Geschäftsbereich Hörfunk- und Fernsehtechnik
Beschreibung Manual Manuel
282.8819...
ENGLISH MANUAL FOLLOWS FIRST COLOURED DIVIDER LA TRADUCTION FRANÇAISE SUIT LE TEXTE ANGLAIS
Printed in the Federal Republic of Germany
283.0005.35-03 - 1
Certificate No.: 960031
This is to certify that:
Equipment typeOrder No.DesignationSUF20282.8819.03Noise Generator
complies with the provisions of the Directive of the Council of the European Union on the approximation of the laws of the Member States
Conformity is proven by compliance with the following standards:
EN61010-1 : 1991 EN50081-1 : 1992 EN50082-1 : 1992
Affixing the EC conformity mark as from 1996
Munich, 19.02.96
Central Quality Management FS-QZ / Becker
Dieses Gerät ist gemäß beiliegender EU-Konformitätsbescheinigung gebaut und geprüft und hat das Werk in sicherheitstechnisch einwandfreiem Zustand verlassen.
Um diesen Zustand zu erhalten und einen gefahrlosen Betrieb sicherzustellen, muss der Anwender alle Hinweise, Warnhinweise und Warnvermerke beachten.
Verwendete Symbole an R&S-Geräten und in Beschreibungen:
Bedienungs-
anleitung
beachten
Gerätege-
wichtes bei
Geräten mit
einer Masse
> 18kg
anschluss
Masseanschluss-
punkte
Achtung! Berührungsgefährliche Oberfläche Spannung
Erde
Achtung! Elektrostatisch gefährdete
erfordern eine besondere Behandlung
1. Das Gerät darf nur in den vom Hersteller angegebenen Betriebszuständen und Betriebslagen ohne Behinderung der Belüftung betrieben werden. Wenn nichts anderes vereinbart ist, gilt für R&S - Produkte folgendes:
IP-Schutzart 2X, Verschmutzungsgrad 2, Überspannungskategorie 2, nur in Innenräumen verwenden, Betrieb bis 2000 m ü. NN,
Der Betrieb ist nur an Versorgungsnetzen gestattet, die mit höchstens 16 A abgesichert sind. Falls im Datenblatt nicht anders angegeben gilt für die Nennspannung eine Toleranz von ±10%, für die Nennfrequenz eine Toleranz von ±5%
ändern, so muss ggf. auch die dazugehörige Netzsicherung des Gerätes geändert werden.
6. Bei Geräten der Schutzklasse I mit beweglicher Netzzuleitung und Gerätesteckvorrichtung ist
der Betrieb nur an Steckdosen mit Schutzkontakt und angeschlossenem Schutzleiter zulässig.
7. Jegliche absichtliche Unterbrechung des Schutzleiters, sowohl in der Zuleitung als auch am Gerät selbst, ist unzulässig und kann dazu führen, dass von dem Gerät eine Gefahr ausgeht.
Bei Verwendung von Verlängerungsleitungen oder Steckdosenleisten ist sicherzustellen, dass diese regelmäßig auf ihren sicherheitstechnischen Zustand überprüft werden.
Ist das Gerät nicht mit einem Netzschalter zur Netztrennung ausgerüstet, so ist der Stecker des Anschlusskabels als Trennvorrichtung anzusehen. In diesen Fällen ist dafür zu sorgen, dass der Netzstecker jederzeit leicht erreichbar und gut zugänglich ist. (Länge des Anschlusskabels ca. 2 m). Funktionsschalter oder elektronische Schalter sind zur Netztrennung nicht geeignet.
Werden Geräte ohne Netzschalter in Gestelle oder Anlagen integriert, so ist die Trennvorrichtung auf Anlagenebene zu verlagern.
9 Bei allen Arbeiten sind die örtlichen bzw. landesspezifischen Sicherheits- und Unfallverhütungsvorschriften zu beachten.
Vor Arbeiten am Gerät oder Öffnen des Gerätes ist dieses vom Versorgungsnetz zu trennen.
Abgleich, Auswechseln von Teilen, Wartung und Reparatur darf nur von R&S-autorisierten Elektrofachkräften ausgeführt werden.
Werden sicherheitsrelevante Teile (z.B. Netzschalter, Netztrafos oder Sicherungen) ausgewechselt, so dürfen diese nur durch Orginalteile ersetzt werden. Nach jedem Austausch von sicherheitsrelevanten Teilen ist eine Sicherheitsprüfung durchzuführen
(Sichtprüfung, Schutzleitertest, Isolationswiderstand-, Ableitstrommessung, Funktionstest). Fortsetzung siehe Rückseite
Wird die Batterie unsachgemäß ausgewechselt, besteht Explosionsgefahr. Ersetzen der Batterie nur durch R&S - Typ (siehe Ersatzteilliste).
Lithium-Batterien sind Sondermüll. Entsorgung nur in dafür vorgesehene Behälter.
Batterie nicht kurzschließen.
12. Geräte, die zurückgegeben oder zur Reparatur eingeschickt werden, müssen in der Originalverpackung oder in einer Verpackung, die vor elektrostatischer Auf- und Entladung sowie vor mechanischer Beschädigung schützt, verpackt werden.
282.9715...
Circuit Modification for 8 MHz (PIONEER, Japan)
In the unit at hand (Order No.: 70-305 2043), various components have been modified for 8 MHz on the triangular noise PC board 282.9715 as follows:
21 | (38 pF) | + | 22 pF |
---|---|---|---|
R4 | (590 Ω) | + | 432 Ω |
22 | not used | ||
հ2 | (12 µH) | + | 6.8 µH |
ն3 | (12 µH) | ≯ | 6.8 µH |
ե4 | (15 µH) | + | 8.2 µH |
R5 | (634 Ω) | ≁ | 475 Ω |
R6 | (3,16 kΩ) | ≁ | 2.00 kΩ |
R7 | (54,9 kΩ) | ≯ | 33.2 kΩ |
A 5.6-pF capacitor has been added in parallel to R6.
Free | quency | Leve | el | (re | elat | iv | 7) |
---|---|---|---|---|---|---|---|
1 | MHz | (1 | 2. | 5) | ±5 | ક | |
2 | MHz | (2 | 5) | ±5 | ક્ર | ( | |
3 | MHz | (3 | 37. | 5) | ±5 | ક્ર | į |
4 | MHz | (5 | 0) | ±5 | ₽ | ||
5 | MHz | (6 | 52. | 5) | ±5 | ₽ | ĺ |
6 | MHz | (7 | 5) | ±5 | ક્ર | ||
7 | MHz | (8 | 37. | 5) | ±5 | ક્ર | i |
8 | MHz | (9 | 2) | ±5 | € | * | |
>10 | MHz | < | 10 | € | |||
t Poferongo is not 100 % |
because of bandlimiting characteristics of internal filters.
RAUSCHGENERATOR 282.8819...
Text-Änderung im Datenblatt
(Seite 2 Absatz: Arbeitsweise)
Die Rauschquelle bildet eine themperaturstabilisierte Z-Diode.
Text-Änderung im Teil 3.1
(Erforderliche Meßgeräte und Hilfsmittel)
Als Leistungsmesser wird der LEISTUNGSMESSER NRVS Id.-Nr. 1020.1809.02
und der
TERMISCHER LEISTUNGSMESSKOPF NRV-Z51 Id.-Nr. 857.9004.02
empfohlen
Baugruppe: 0282.8819.03 Subassembly: 0282.8819.03
Die Angaben zur Netzspannung ändern sich wie folgt:
100 V +15 % / -5 % 120 V +15 % / -10 % 230 V +10 % / -15 % 240 V +10 % / -15 %
100 V +15 % / -5 % 120 V +15 % / -10 % 230 V +10 % / -15 % 240 V +10 % / -15 %
SUF2
Printed in the Federal Republic of Germany
MANUAL
NOISE GENERATOR SUF 2 282.8819
Übersetzung von Ausgabe
1. Data Sheet
2. | Preparations for Use and Operating Instructions | 5 |
---|---|---|
2.1 | Legend | 5 |
2.2 | Preparation for Use | 6 |
2.2.1 | Adjusting the Set to the Local AC Supply Voltage | 6 |
2.2.2 | Switching on | 6 |
2.2.3 | Function Selection (Coding) | 6 |
2.2.4 | Fitting the Options | 8 |
2.3 | Operating Instructions | 9 |
2.3.1 | Manual Mode | 9 |
2.3.2 | Remote Control (Standard) | 11 |
2.3.3 | IEC-625-Bus Control | 11 |
2.3.4 | Automatic Program Run (CCIR Rec. 571) | 13 |
2.4 | Test Methods | 14 |
2.4.1 | Measurements Using White Noise 20 Hz to 110 kHz | 14 |
2.4.2 | Measurements Using White Noise 20 Hz to 6 MHz | 16 |
2.4.3 | Measurements Using White Noise 20 Hz to 50 MHz | 17 |
2.4.4 | Measurements Using Coloured Noise | 18 |
3 | Maintenance | 21 |
3.1 | Required Measuring Equipment and Accessories | 21 |
3.2 | Performance Checking | 22 |
3.2.1 | Measurement in the White Noise Ranges | 22 |
3.2.2 | Measurement in the Coloured Noise Ranges | 23 |
3.2.3 | Checking the Manual Operation | 24 |
3.2.4 | Remote Control | 24 |
4 | Circuit Description | 25 |
4.1 | Power Supply | 25 |
4.1.1 | +12-V and -12-V Supply Voltages | 25 |
4.1.2 | +5-V Supply Voltage | 25 |
4.1.3 | Monitoring the Supply Voltages | 25 |
---|---|---|
4.2 | Analog Section | 26 |
4.2.1 | Noise Source | 26 |
4.2.2 | Filters | 26 |
4.2.3 | Output Stage | 27 |
4.2.4 | Attenuator | 27 |
4.3 | Digital Section | 27 |
4.3.1 | Bandwidth Selection | 27 |
4.3.2 | On/Off Control | 28 |
4.3.3 | Level Control and Indication | 28 |
4.4 | Filters for Coloured Noise (Options) | 29 |
4.4.1 | Triangular Noise 0 to 6 MHz, SUF 2-Z2 | 30 |
4.4.2 | Pink Noise 20 Hz to 16 kHz, SUF 2-Z3 | 30 |
4.4.3 | CCIR Rec. 559 Filter, SUF 2-Z4 | 30 |
4.4.4 | CCIR Rec. 571 Filter, SUF 2-Z5 | 30 |
4.4.5 | CCITT Rec. G.227 Filter, SUF 2-Z7 | 30 |
4.4.6 | Other Filters | 31 |
4.5 | IEC-625-Bus Interface, SUF 2-Z1 | 31 |
4.6 | CCIR Rec. 571 Program, SUF 2-Z6 | 31 |
_ | ||
5. | Repair Instructions | 33 |
5.1 | Required Measuring Equipment and Accessories | 33 |
5.2 | Troubleshooting | 33 |
5.2.1 | Measurement Sequence | 33 |
5.2.2 | Instructions for Troubleshooting | 34 |
5.3 | Adjustments | 35 |
5.3.1 | Power Supply | 35 |
5•3•2 | Analog Section | 36 |
5•3•3 | Digital Section | 38 |
5•3•4 | Options | 39 |
(Page 2, section Description)
The noise source is a temperature-controlled Z-Diode.
(section 3.1, Required Measuring Equipment and Accessories)
Id.-Nr. 1020.1809.02
THERMAL POWER SENSOR NRV-Z51 Id.-Nr. 857.9004.02
Baugruppe: 0282.8819.03 Subassembly: 0282.8819.03
Die Angaben zur Netzspannung ändern sich wie folgt:
100 V +15 % / - 5 % 120 V +15 % / -10 % 230 V +10 % / -15 % 240 V +10 % / -15 %
100 V +15 % / -5 % 120 V +15 % / -10 % 230 V +10 % / -15 % 240 V +10 % / -15 %
SUF2
6
9
0
7
Output; the label below the outputs gives the internally set reference value for 0 dB indication.
see Section 2.2.3 "Selecting the reference voltage"
SUF2
Fig. 2-2 Rear panel
The set is factory-adjusted to an AC supply voltage of 230 V. Changing over the voltage selector permits the set to be also operated from 100 V/120 V/240 V.
is unscrewed from the voltage selector and the cover of the voltage selector removed. Then the cover is inserted such that the marking points to the required AC supply voltage. After screwing in the corresponding fuse, the set is ready for operation.
. 63 Hz
Before the instrument is put into operation, it must be ensured that
Any violation of the permissible voltage limits at the inputs and outputs can damage the instrument (see specifications).
The instrument is switched on by pressing the power switch; after about 3 minutes ( = warmup time of the noise source oven), it is ready for POWER operation.
Shorting link
The instrument is fitted with a removable safety earth link at the rear. This link allows the safety earth to be disconnected from the chassis. It may only be removed after the power cable has been disconnected.
To remove the link, simply unscrew the nuts and take off the metal clip.
In this case, however, chassis and bolt X12 must be taken to an external ground. Otherwise, VDE regulations would be violated and the user would be endangered.
Caution.
With the link removed, the chassis is not connected to the earthing wire of the power cable.
In case of large test systems, the chassis may be taken to the system ground. The safety earth link must be refitted immediately if this system ground connection is removed.
To prevent electromagnetic interference, the instrument may only be operated when closed and fitted with all shielding panels. Only suitably shielded cables are allowed to be used for the remote control of the instrument via the IEC/IEEE bus. Appropriate EMI protection measures must be taken when calibrating with the instrument open.
To enable optimum adaptation of the Noise Generator to the measuring problems on hand, the 0dB reference value can be coded by links. After taking the top half of the case off, the remote control option and the digital section board should be removed by pressing open the plastic hooks. Next undo the four screws to remove the shielding cover of the 75-Ω attenuator so that the two links located next to the output socket are accessible.
Reference voltage for 0 dB | Used as | Links in position |
---|---|---|
1 V rms into 75 Ω | standard reference +) | Br6 + Br8 |
0.775 V rms into 75 Ω | audio reference | Br7 + Br8 |
0.7 V rms into 75 Ω | video reference | Br6 + Br9 |
+) factory-set
After switching the Noise Generator on, a preset mode is selected, i.e. bandwidth "20 Hz to 6 MHz", NOISE ON, and the level is set by three links. This level is factory-adjusted to -40 dB, but it can also be set in 10-dB steps between 0 and -70 dB by changing the links.
Required level | 0 | -10 | -20 | -30 | -40+ | -50 | -60 | -70 | dB |
---|---|---|---|---|---|---|---|---|---|
St5 in position | 2-3 | 2 - 3 | 2 - 3 | 2 - 3 | 2-1 | 2-1 | 2-1 | 2-1 | |
St6 in position | 2 - 3 | 2 - 3 | 2-1 | 2-1 | 2-3 | 2-3 | 2-1 | 2-1 | |
St7 in position | 2-3 | 2 - 1 | 2 - 3 | 2-1 | 2 - 3 | 2-1 | 2 - 3 | 2-1 | |
+) factory-adjusted |
The sign of the level indication can be selected by a link on the digital section board.
Desired sign | without | "_" | +) factory-adjusted |
---|---|---|---|
St4 in position | 1-2 | 2 - 3 +) |
Selecting the program sequence for the CCIR Rec. 571 Program Option SUF 2-26 See Fig. 2-5.
Each program cycle consists of 8 clock periods whose duration can be linkselected. Two link-selected level values between 0 and -99 dB and the "noise off" signal can be assigned to the desired clock periods. Moreover, the filter type can be selected. Fig. 2-5 shows the signal shape and the coding applicable for the factory setting in accordance with CCIR Rec. 571. The remaining tables explain other coding possibilities.
Function | Associated link |
---|---|
Cycle duration | Br1 |
Filter type | Br2 + Br3 |
Allocation of "noise off" signal | Br4 + Br5 + Br6 |
Allocation of level P1 | Br7 + Br8 + Br9 |
Allocation of level P2 | Br10 + Br11 + Br12 |
Level P1 | Br13 to Br 20 |
Level P2 | Br21 to Br28 |
The timing reference for the allocation of levels P1 and P2 is the leading edge (negative-going edge from B6, pin 9) of the "noise off/on" pulse.
Pulse inputs on the rear panel of the instrument permit the program sequence to be started and stopped. For the pin allocation of Bu4 see circuit diagram 282.9673 S (lefthand side). After the program sequence is stopped, the SUF2 switches over to the manual mode.
Selecting the address for the IEC-625-Bus Interface Option SUF2-Z1 See Fig. 2-4
The row of switches on the rear panel permits the 5-digit listener address to be selected in accordance with the tabel given in Fig. 2-4. The pin allocation of the 24-way fremale connector Bu4 and the functions of the pins in the IEC-625 bus are also given in Fig. 2-4.
2.2.4 Fitting the Options
See Fig. 2-3
Opening the instrument
After undoing the four screws, the upper half of the case can be removed.
Disconnect the two flat cabies, coming from the rear panel, from the digital section board and connect them to the IEC-625-Bus Interface, i.e. cange over Bu5 from St9 to St2 and Bu6 from St10 to St3. Bend the flat cables at the edge of the board and lay them on top of the IEC-625 Bus Interface (see Fig. 2-3, lefthand side).
Next plag the IEC-625-Bus Interface board onto the digital section board (St1 to Bu1). Now the Interface board can be snapped into place, the slots at the board edge locking with the plastic hooks. The plastic hooks can be shifted along the grooves in the side panels as required.
Fix the label on the rear panel in the position "IEC 615 Bus" and code the address using the switches (see Fig. 2-6). After setting the "rtl" (return-to-local) switch to 0, the IEC bus is ready for operation.
For fitting this option, basically proceed in the same way as described in the preceding paragraph. Howerver, only the flat cable at Bu6 has to be changed over from St10 to St2 while the other flat cable is connected as before (Bu5 to St9) after fitting the board. Fix the label with the printed side facing the rear panel.
This program control circuit is factory-set in accordance with CCIR Rec. 571 and is used in conjunction with the option CCIR Rec. 571 Filter SUF2-Z5. Different program sequences can be selected in accordance with section 2.2.2 and Fig. 2-5.
These options are plugged into the connector St5 on the motherboard (analog section) and snapped in place using the two plastic hooks. For this purpose, the Option SUF2-Z1 or -Z6, if fitted, should be removed and the digital section board lifted. To remove a Filter Option, lift the connector end; the plastic hooks open automatically when the board is tilted.
2.3 Operating Instructions See Fig. 2-1
2.3.1 Manual Mode
After switching the SUF2 on, the following mode is automatically set; the values specified in the data sheet are reached after abaut 3 minutes.
Filter type: | 20 Hz to 6 MHz (white noise) |
---|---|
Level: | Link-selected value (factory-adjusted to -40 dB) |
Level reference: | Link-selected value (factory-adjusted to 0 dB corresponding to V = 1 V into 75 Ω |
Noise: | on |
IEC 625 Bus: |
address and "return to local" in accordance with
the position of the switches on the rear panel (factory-adjusted: address = "10", rtl = "0") |
CCIR Rec. 571: |
program sequence
(factory-adjusted: program in accordance with CCIR Rec. 571) |
Based on these basic settings, the required values can be selected:
The filter is selected by means of one of the four pushbuttons 1; a LED in the button pressed lights up to indicate the filter selected; this status signal also appears in the case of remote control. It is pointless to press the RES button if no filter option is fitted.
The two pushbuttons 2, "-" and "+", permit the level to be set in 1-dB steps. The level setting pulses are produced by an internal clock generator which switches over to a higher setting speed if the button is held down. The display 3 shows the level set in dB referred to the reference value internally set (0 dB corresponding to Vrms = 1 V/0.775 V/0.700 V). The display also operates in the case of remote control. The level can be set down to -80 dB in the 50-MHz range and down to -100 dB in the other ranges. The control 4 permits the output level to be varied by +0.5 dB.
Button 5 permits the noise to be switched on and off. With the NOISE ON button pressed, the level displayed on 3 is delivered. If the NOISE ON button is not pressed, the noise source proper is disconnected. However, the attenuator represents a 75-Ω noise source; still, its noise level is at least 20 dB below the permissible setting range and can thus normally be neglected.
The parallel remote control facility DATA IN, fitted as a standard, permits the type of filter, level and noise on/off to be selected with the aid of TTL control signals via the female connector 14 (Bu4) on the rear panel.
For the pin allocation, an example of external signal application and the setting tables see Fig. 2-6.
Remote control enabled: Bu4.16 is taken to ground; LED 6 REMOTE on the front panel lights up.
Filter selection: Apply the parallel binary code (F1, F2) representing the desired filter type and store with the 0-V transfer pulse F/N.
Level setting: Apply the parallel BCD code (H1, Z1 to 4, E1 to 4) representing the level value and store with the O-V transfer pulse D/L. The fine adjustment control 4 is also effective in the case of remote control, but it cannot be remote-controlled.
Make sure that with a noise bandwidth of 20 Hz to 50 MHz the level entered is not lower than -80 dB and for the remaining ranges not lower than -100 dB. If wrong values have been entered, repeat the entry with the correct values.
Noise on/off: The two control lines ON (I) and OFF (0) permit the noise signal to be enabled and disabled directly by O-V pulses.
After fitting the IEC-625-Bus Interface Option SUF 2-Z1, the level and noise on/off can be remote-controlled by means of instructions via the IEC-625 bus. For fitting the option see section 2.2.3 and Fig. 2-3; for the pin allocation on the rear connector 14, Bu4, see Fig. 2-4.
The interface operates as a pure listener (function L1).
The device address is set with the miniature switches 15 (A5 to A1) on the rear panel in 5-bit binary code in accordance with the table included in Fig. 2-4. Take into account the addresses possible for the bus-controller; an address should never be used twice within a test system.
For use with the IEC-615 bus, this switch must be set to Ø so that the bus-controller is able to set the SUF 2. If manual operation is required temporarily, the "rtl" switch should be set to 1; in this case, the LED 6 REMOTE is dark. This function can be programmed via the IEC bus.
The SUF 2 is connected to the bus-controller via its 24-way IEC-625-bus connector 14 (Bu4). The pin allocation conforms to the IEC standard so that suitable controllers can be connected directly. When several devices are combined to form a test system, the 24-way programming inputs should be connected in parallel. The connecting cables must conform to the IEC standard, i.e. the wire pairs must be twisted and shielded. Suitable cables with 24-way connectors are available from R & S under the type designation PCK (please specify the length - 0.5/2/2/4 m - when ordering).
The IEC-625-bus interface uses the ISO 7-bit code (ASCII) for data transfer. The programming instructions depend on the bus-controller used. In the following examples, the lefthand column lists BASIC instructions (e.g. for the Tektronix Graphic Computing System 4051 or 4052) and the righthand column instructions for a computer with special IEC-bus facilities (e.g. the R&S Process Controller PPC). The data following the instructions are determined by the IEC-625-Bus Interface SUF 2-Z1 and the set device address (example: address 10).
Filter selection: The filter type is determined by a code number followed by an F (filter) or an N (network).
Code No. Ø: range 20 Hz to 110 kHz 1: range 20 Hz to 6 MHz 2: range 20 Hz to 50 MHz 3: RESERVE for filter option PRINT @ 1Ø: "OF" IEC OUT 1Ø, "ØF" PRINT @ 1Ø: "ON" IEC OUT 1Ø, "ON"
These instructions set a noise signal from 20 Hz to 110 kHz.
Level setting: A maximum of three figures followed by a D (attenuation) or L (level) determines the level value in dB; leading zeros need not be entered:
a | 1Ø: | "31D" | IEC | OUT | 1Ø, | "31D" | |
---|---|---|---|---|---|---|---|
ര | 1ø: | "31L" | IEC | OUT | 1ø. | "311," |
These instructions set a noise level of -31 dB.
Note that the lower level limit is -80 dB for the noise bandwidth 20 Hz to 50 MHz and -100 dB for the other bandwidths.
Noise on/off: A single letter, I for noise on and 0 for noise off, permits these device functions to be selected.
(a) | 1Ø: | "I" | IEC | OUT | 1Ø, | "I" | |
---|---|---|---|---|---|---|---|
@ | 1Ø: | "0" | IEC | OUT | 1Ø, | "0" |
Return to local or local lock-out:
WBYTE @ 42, 1: (42 = 10 + 32)
The individual instructions for filter selection, level setting and noise on/off can be combined to form a single instruction. There are the following programming possibilities for selecting the filter 20 Hz to 6 MHz, the level -37 dB and noise "on":
a | 1Ø: | "1F" | IEC | OUT | 1Ø, | "1F" | ||
---|---|---|---|---|---|---|---|---|
a | 1Ø: | "37L" | IEC | OUT | 1Ø, | "37L" | ||
a | 1Ø: | "I" | IEC | OUT | ıø, | "I" | ||
or | ||||||||
a | 1Ø: | "37L1FI" | IEC | OUT | 1Ø, | "37L1FI" |
Two additional examples are given in Fig. 2-7. The first program increases the noise level in steps until a defined threshold in the test sequence is reached; the second program is used for performance checking of the IEC-625-bus interface. These two programs are written in BASIC for the Tektronix Graphic Computing System 4051.
By fitting the CCIR Rec. 571 Program Option SUF 2-Z6, automatic cycling in the output level is possible. The option SUF 2-Z6 is used in conjunction
with the CCIR Rec. 571 Filter Option SUF 2-27. For fitting the option see section 2.2.4 and Fig. 2-3. For function selection see section 2.2.3 and Fig. 2-4. For pin allocation of the rear-panel connector 14 (Bu4) see Fig. 2-4.
The SUF 2 is switched to programmed operation by a O-V pulse ON and signals this state by LED 6 REMOTE. A O-V pulse OFF terminates the program at the end of the current cycle and switches the SUF 2 back to manual operation. These switching actions can be performed either via separate lines (Bu4.15 = ON, Bu4.11 = OFF) or via a control line (Bu4.17 ON/OFF). In the latter case the external link Bu4.4-Bu4.16 is required.
The measuring method in accordance with CCIR Rec. 571 specifies noise levels of +3 dBm (approx. 1.09 V) and -4 dBm (approx. 0.49 V) with a load of 600 Ω. This is achieved in the case of the audio reference (0 dB = 0.775 V) by a series resistor of 173 Ω between the SUF 2 output and the item under test. This test item should have an input impedance of 600 Ω or be adjusted to this value by shunt resistors. This yields the following noise levels:
2.4.1 Measurements Using White Noise 20 Hz to 110 kHz
The maximum noise which can be superimposed can be determined in analog frequency-division multiplex systems, such as stereo broadcast and radio transmission systems.
Measurements in architectural acoustics
A listening room is to be checked for unwanted resonances or level dips. For this purpose a noise signal is emitted via a stereo system. A test microphone localizes irregularities in the reproduced sound level so that the appropriate remedy can be carried out, e.g. by varying the positions of the loudspeakers or by fitting sound deadening materials in the room. In a non-resonant room, the radiation characteristics of loudspeakers can be determined by this measuring method.
Harmonic distortion measurements in multi-channel systems
The white noise simulates a carrier frequency band covering a variety of speech signals in frequency-division multiplex with constant power distribution (1). Bandstop filters suppress the frequency ranges of the channels to be measured (2).
Due to nonlinear distortions, noise products appear in these gaps (3). The power in these gaps is determined via bandpass filters or with a selective receiver and is a measure of the harmonic distortion (4).
Since it is necessary to have a constant power distribution over the carrier frequency band in order to detect the exact noise effects on the unused speech channels, a measurement using discrete signals is not possible. This measuring method can be used not only for telephony transmission systems but in all the cases where individual transmission channels up to 50 MHz - i.e. also in CB radio - are to be checked for nonlinear crosstalk.
Faulty operation of video equipment in the case of a bad S/N ratio
In the video range it is important to know exactly how far amplifiers, clamping circuits and sync separators are liable to be affected by interference. The SUF 2 makes it easy to determine the threshold up to which unaffected signal processing is possible in the presence of superimposed noise (recommended SUF 2 reference value: 0 dB = Vrms = 0.7 V).
Determination of the subjective video S/N ratio
White noise is inserted into a blanked area or "window" on the screen serving as a reference signal for comparison with the rest of the picture content.
2.4.3 Measurements Using White Noise 20 Hz to 50 MHz
Measurements on digital TV transmission systems
The presently used digital TV systems work with a transmission speed of 34 x 106 bits/second. The SUF 2 covers this frequency range with white noise and thus permits bit error rates to be measured and the performance of error-correction codes to be determined as a function of S/N ratio.
Measurement of frequency response
Basically this measurement is the inverse of the method employed in most cases which uses a swept transmit signal plus wideband indication. By using a noise signal, the device under test is subjected to virtually its normal operating conditions; however, an analyzer is required for evaluation. This method is used for filter measurements in the IF range of vision and sound receivers.
Measurement of receiver selectivity
This test setup permits radio equipment to be tested at the RF, IF and AF under conditions which are close to practical operation.
After fitting the corresponding filter option, the SUF 2 permits measurements which, in most cases, conform to the internationally recommended methods. For the frequency response of the test signal concerned see Figs. 4-1 to 4-5.
Triangular noise 0 to 6 MHz (Option SUF 2-Z2)
The spectral distribution of the triangular noise (see Fig. 4-1) shows that the signal level increases proportionally with frequency. This signal permits simple measurements on FM transmission systems (radio links, satellite radio) without requiring RF or IF equipment. After FM demodulation, the noise spectrum corresponds to triangular noise (preemphasis).
Pink noise 20 Hz to 16 kHz (Option SUF 2-Z3)
The pink noise has a spectral level distribution decreasing by 3 dB/octave from 20 Hz to 16 kHz (see Fig. 4-2). If a one-third-octave or octave filter (e.g. PBT or PBO) is used for the measurement, the same level is obtained in each of the preset frequency bands.
In contrast to the energy content of white noise, that of pink noise remains constant over an octave or one-third octave. To cover the complete AF range up to 16 kHz, ten measurements are required with the octave filter and 30 measurements with the one-third-octave filter.
Replacement signal in accordance with CCIR Rec. 559 (Option SUF 2-Z4)
This filter simulates a program signal for 9-kHz AM systems (Fig. 4-3). The method for measuring the protection ratio in accordance with this standard basically consists of alternately modulating the wanted and the unwanted transmitter by the defined "modern dance music" at a modulation depth of 50%.
Both signals are applied to the receiver to be tested. The O-dB reference level is measured at the audio output of the receiver in accordance with CCIR Rec. 468-2 (e.g. with the UPGR millivoltmeter) when the wanted transmitter is modulated. When the unwanted transmitter is modulated with coloured ("dance-music") noise, the same measuring instrument (e.g. UPGR) indicates the corresponding protection ratio (for more details see CCIR Green Book, vol. X, p. 37 ff).
Replacement signal in accordance with CCIR Rec. 571 (Option SUF 2-Z5) (in conjunction with the control option CCIR Rec. 571 Program, SUF 2-Z6)
In contrast to CCIR Rec. 559, CCIR Rec. 571 specifies the program cycle to be used for measuring the effects on FM systems of interference in the adjacent channels. Since previous CCIR recommendations provided for a wide level range at the audio input of a radio broadcast transmission
system, CCIR Rec. 571 specifies switchover between two typical level values; in a third mode, the "conventional program signal" is disabled to permit the reference measurement of the interference signal. The levels vary periodically in accordance with the following table:
Mode | Signal level | Duration |
---|---|---|
1 | Noise off | 2 s |
2 | -4 dBm | 4 s |
3 | +3 dBm | 2 s |
(For more details see CCIR Green Book, vol. XII, p. 114 ff).
Replacement signal in accordance with CCITT Rec. G.227 (Option SUF 2-Z7)
To measure the crosstalk between adjacent telephony channels, CCITT recommends that a "speech replacement signal" represented by a noise spectrum in accordance with Fig. 4-5 be transmitted on the telephony channel. For evaluation, a psophometer is connected to the output of the unused channel. The reference level is obtained with the noise source disabled (for more details see CCITT Orange Book, vol. III-1, p. 145 ff).
No. |
|
Туре | Ordering No. |
---|---|---|---|
1 |
|
NRS |
100.2432.92
100.2440.70 |
2 |
|
UPA | 372.6014.02 |
3 |
|
UPSF2 | 341.7019.09 |
4 | ° Spectrum analyzer 10 Hz to 100 kHz | Advantest TR 9404 | |
5 |
|
FŚA | 804.8010.52 |
6 | ° Oscilloscope 0 to >100 MHz | ||
7 | PCB test adapter for filter options |
can be made up by
customer |
|
8 |
|
PC with National card
for IEEE-488-Bus PCA5 PUC |
375.2010.00
344.8900.10 |
9 | • Connecting cable (2 x BNC connector) | 100.6990 |
Prior to starting the measurement with the Noise Generator SUF 2, allow for a warmup of at least 3 minutes until the noise source has reached its rated temperature. The crest factor rating of the level meter should be taken into account for all rms-value measurements. In most cases it will be sufficient to select a measurement range of ≥ 3 V or ≥ +10 dBm for measuring 1 Vrms.
For the test setup see Fig. 3-1. SUF 2 setting: 20 Hz to 50 MHz, 0 dB (Vrms = 1 V), noise on.
Frequency response checking: Use an analyzer; flat frequency response up to 50 MHz (_ -3 dB), then roll-off by > 20 dB/octave until a level of at most -60 dB is reached at 400 MHz.
Level checking: Use a power meter with a 75-Ω load. Indication: 13.33 mW +5%.
Checking the noise distribution as a function of amplitude, which should appear as a lens-shaped bright area on the oscilloscope, using the slowest available X deflection (> 10 s per screen width).
For the test setup see Fig. 3-2. SUF 2 setting: 20 Hz to 6 MHz, 0 dB ( ), noise on.
Frequency response checking: Use an analyzer; flat frequency response up to 6 MHz. Beyond about 8 MHz, the noise should be down 32 dB.
Level checking: Use a wideband voltmeter with a 75-Ω load. Indication: 1 V +1 dB in the case of rms-value measurements, > 7.1 V (crest factor) in the case of peak-value measurements.
For the test setup see Fig. 3-2. SUF 2 setting: 20 Hz to 110 kHz, 0 dB (Vrms = 1 V), noise on.
Frequency response checking: Use an analyzer; flat frequency response between 20 Hz and 110 kHz. Starting with about 200 kHz, the noise should be down more than 32 dB.
Once the measurement at low frequencies (20 Hz to about 20 kHz) has been carried out on the bottom range, the results can be assumed to be the same at low frequencies when the ranges 20 Hz to 6 MHz and 20 Hz to 50 MHz are selected.
Level checking: Use an AF level meter with a 75-Ω load. Indication 1 V +1 dB in the case of rms-value measurement.
Triangular Noise Option SUF 2-Z2 For the test setup see Fig. 3-2. SUF 2 setting: RES, 0 dB (Vrms = 1 V), noise on.
Frequency response checking: Use an analyzer with linear level display. A linearly increasing frequency response with a permissible variation of 5% referred to the value (100%) at 6 MHz should be obtained. Starting with about 8 MHz, the noise should be down more than 20 dB. See the table in Fig. 4-1.
Level checking: Use a wideband voltmeter with a 75-Ω load. Indication: 1 V +0.5 dB in the case of rms-value measurement.
CCITI | Rec. ( | 3. | 227 Filter | Option | SUF | 2-Z7 |
---|---|---|---|---|---|---|
CCIR | Rec. 57 | 71 | Filter | Option | SUF | 2-Z5 |
CCIR | Rec. 55 | 59 | Filter | Option | SUF | 2 Z4 |
Pink | Noise | Option | SUF | 2 - Z3 |
For the test setup see Fig. 3-3. SUF 2 setting: RES, 0 dB (Vrms = 1 V), noise on.
Frequency response checking: Use an analyzer. The frequency response shown in Figs. 4-2 to 4-5 should be obtained.
Level checking: Use an AF level meter with a 75-Ω load. Indication: 1 V +0.5 dB in the case of rms-value measurement.
For accurate frequency response measurement, the filter option should be operated in a test setup as shown in Fig. 3-4. For the individual values, see the tables in Figs. 4-2 to 4-5. Make sure that the permissible input voltages are used.
Switch the SUF 2 on. The level set internally for POWER ON should be indicated and the range 20 Hz to 6 MHz selected.
Switch over to the range 20 Hz to 50 MHz and press the level button "-". At first the switching rate is 3 dB/second, after about 2 seconds it is 30 dB/second, i.e. starting at -40 dB the final value of -80 dB is reached after about 4 seconds.
Switch over to the range 20 Hz to 110 kHz and press the level button "-". The final value of -100 dB is reached. When switching over to RES, the indication should not vary.
Switch over to the range 20 Hz to 50 MHz. The level is automatically switched over to -80 dB (permissible minimum value for this range). Next press the level button "+" until the final value of 0 dB is reached.
Connect pin Bu4.16 to ground. This sets the SUF 2 for remote control, i.e. LED REMOTE is on and manual operation is inhibited. If required, proceed with performance checking in accordance with Fig. 2-6.
With the "rtl" switch on the rear panel set to "1", manual operation should be possible. Then put this switch to "Ø" and, if required, check the performance in accordance with Fig. 2-7 "test program for IEC-625-Bus Interface".
Connect an oscilloscope to the front-panel output and check the operational cycle. The ON pulse should be present at Bu4.15 and the OFF pulse at Bu4.11. See Fig. 2-5. During the automatic sequence, manual operation is inhibited and the LED REMOTE is on.
See circuit diagram 282.9115 S, sheet 1.
The power supply delivers the three supply voltages of +12 V, -12 V and +5 V. The O-V line of the +5-V section is run separately to avoid hum loops when IEC-625-bus controllers are connected.
The centre-tapped full-wave rectifier Gl 2 produces the two raw supply voltages. These are stabilized to +18 V and -18 V with T5/Gl 6 and T6/Gl 5 and applied to the two feedback amplifiers Bl.I and Bl.II. The tracking principle permits the two voltages to be adjusted simultaneously with one potentiometer, only one reference voltage source being required.
The feedback amplifier Bl.II for the +12-V section compares the reference voltage of Zener diode Gl 7 with the fraction of the output voltage determined by R14/R13/R15. The output voltage is kept constant at about +12 V (checkpoint Br3) via T1 and T8.
In the -12-V section, the feedback amplifier B1.I compares the constant voltage of about +5 V (across R10/R11) with the voltage from divider R8/R9 and keeps the output voltage constant at about -12 V via T2 and T7.
The bridge rectifier Gl 3 feeds the +5-V section. The feedback amplifier B3 compares a fraction of the output voltage (R19/R20/R21) with the reference voltage across Gl 8 (approx. 3.9 V) and keeps the output voltage constant via T4 and T9.
The two opto-couplers B2 and B4 monitor the -12-V and +5-V supply voltages. If one of the two voltages is faulty, the "fault" LED on the front panel is switched on via T3. Since the +12-V and -12-V sections are coupled, the +12-V supply voltage is included in the monitoring procedure.
The diode GL16 serves as a noise source. The current flowing through the diode determines the noise amplitude, the noise distribution and the frequency response and can be using R40 and, if required, R39.
SUF2
B6 amplifies the noise voltage provided by B5 and permits the frequency response to be corrected by means of R37 whereas R43 is used to calibrate the noise power (20 Hz to 50 MHz).
The AGC amplifier B7.1 stabilizes the DC voltage across the emitter T14 to 0 V via B5.
To keep the noise power delivered constant, the noise source (GL16) is temerature-controlled. The AGC amplifier B7.II drives the heater transistor T21, GL38 being used as a temperature sensor.
GL16, GL38 and T21 are fitted on a bracket in order to establish a common thermal contact.
B13, T23 and T24 generate the supply voltages of +8 V and -8 V for the circuitry described above.
The noise signal derived from the emitter of T14 is taken the output stage via different phaths depending on the bandwidth selected:
20 Hz to 110 kHz: |
Rs7, 6-MHz lowpass filter, amplifier B8/T15, 110-kHz lowpass filter,
amplifier B9, Rs9 |
---|---|
20 Hz to 6 MHz: | Rs7, 6 MHz-lowpass filter, amplifier B8/T15, Rs6 + Rs8 |
20 Hz to 50 MHz: | Rs3, Rs5, Rs8 |
RES ( = option): | St5.1, filter option, St5.10 (Rs3 open-circuit), Rs5 + Rs8 |
The gain of the above signal phaths is adjusted such that a noise signal of 0.3 Vrms is present at the input of the output stage. Potentiometers R91
SUE2
The NAND gates in chip B11, and the two diodes GI 22 and GI 23, are used for driving the relays.
The output stage amplifies the noise signal to 2 Vrms (EMF). The AGC amplifier B10.1 + .11 maintains the mean signal value at the output of this stage at 0 V.
The attenuator consists of attenuator networks set in seven binary steps from 1 to 64 dB. Relays Rs11 to Rs29 are used for switching over the individual attenuators whereas the two relays Rs30 and Rs31 permit the noise signal to be completely turned off.
In conjunction with the links Br6-Br8, the two attenuators (2.23 db and 3 dB) enable the refernce level for 0 dB to be set.
Link Br10 is provided to aid servicing. If this link is removed, the two relay contacts Rs30 and Rs31 are open with NOISE ON and the attenuator can be measured between Bu11 and Bu12.
4.3 Digital Section
See circuit diagram 282.9515 S.
Pressing one of the buttens S1 to S4 switches one input of the switchable 4-bit memory B3 from + 5 V to 0 V. This level change causes B5 and B4.3 to produce a clock pulse which transfers the bit which has been set into the memory. Next driver B1 switches over to corresponding relays of the noise source.
In the case of remote control, a bit pattern corresponding to the desired bandwidth is present at the two inputs of the 2-to-4-line decoder B2; after decoding, this signal is applied to the 4-bit memory via the local/remote line. A "data valid" pulse (F/N) produces via B4.1,2 the transfer clock pulse.
After "power on - reset" delivered by B26 and B22.2, the bandwidth 20 Hz to 6 MHz is always selected via Gl 16.
Pressing button S7 (NOISE ON) produces, via B12.3 and B12.4, a clock pulse which switches the Q output of flipflop B9 from L to H or from H to L. The LED incorporated in the button indicates the switching state of the flip-flop; B10.2 and B10.3 actuate the relays Rs30 and Rs31. In the case of "noise off", B10.1 connects the 64-dB attenuator.
With each change of the selected noise level, monostable B11.2 delivers a 100-ms pulse and turns off the noise signal via B10.2 and B10.3. In this way, high noise levels caused by non-simultaneous relay switching or contact chatter are avoided.
In the case of remote control, B9 functions as an RS flipflop and can be driven via inverters B14.2 and B14.3 and NAND gates B12.2 and B12.1, by establishing momentary contacts to ground at St10.9 and St10.7.
Pressing one of the buttons S5 or S6 causes the 3-Hz oscillator B25.1 + .2 to start oscillating via B21.1 and B21.4. If the button is held down, B22.1 and T1 switch the frequency over to about 30 Hz. The switchover delay is determined by the RC network R38/C8.
Latch B21.2 + .4 recognizes the desired count direction for the BCD up/down counter B16 + B17 + B18. It is driven by the clock pulses from the 3-Hz (30-Hz) oscillator B25.I + .II. If the buttons are not pressed, the desired level value is thus stored in the counter.
The counter outputs are connected to the digital readouts B1 to B3 via the 7-segment decoders B6 and B7 (tens and units) and via the inverter B8.3 (hundreds). Thus the level setting can be observed immediately.
The link at St4 causes the desired polarity sign of the level indication to appear.
The level values stored in the BCD counter must be available in binary form to drive the attenuator; EPROM B16 is used for this conversion.
The nine BCD lines are taken to the memory chip as the addresses AØ to A8. The associated bit pattern appears at the data outputs. Since the LSB is the same in BCD and in the binary form, only 6 data lines are required for this conversion.
The seventh data line is used for suppressing the leading zero on the frontpanel display.
The eighth data line inhibits the clock of the BCD counter in the case of overranging and ensures that only levels between 0 and 100 dB or 0 and 80 dB can be set (based on address line A9 which is activated by button 20 Hz to 50 MHz).
The level information is taken in parallel, via the tristate drivers B19.I to 5 and B20.3 to 6, to the set inputs of the BCD counter. The "data valid" pulse ("D/L" at St10.3) transfers the level information into the BCD counter. The level indication and the control of the attenuator are the same as described above.
NOTE: If unacceptable level values (= addresses of the EPROM) are applied, the six highest attenuator networks are always connected.
At switch-on, the outputs of the tristate drivers B19 and B20 are highimpedance. Thus the parallel inputs of the BCD counter receive a bit pattern which is preset by the resistor network R56 and the links at St5, St6 and St7. During this period, the ON monitor B26.2 delivers a "data valid" replacement pulse and stores this level value. The level can be link-preselected in 10-dB steps between 0 and -70 dB.
The filters, which can be inserted or exchanged without any adjustment, are fitted with a relay at the input and output. When button RES is pressed, these relays are energized and the signal path is through-connected whereas relay Rs3 (noise source board) is not energized.
4.4.1 Triangular Noise 0 to 6 MHz, SUF 2-Z2 See circuit diagram 282.9715 S.
The signal, which is band-limited via L1 and C1, is applied, via emitter follower T1, to the input of a 6-MHz lowpass filter. The current flowing to the 0-Ω point of the output amplifier T2, T3, T4 is further processed by C9 (at the output of the lowpass filter). This current increases proportionally with the frequency. Thus it produces the desired triangular noise at the emitter of T4. C3 is used to linearize the frequency-dependent voltage rise at the emitter of T4. R6 is used for gain adjustment.
The noise components above about 50 kHz are attenuated by R1 and C1 before B1.1 amplifies the noise signal by approx. 36 dB. The R/C network included in the negative-feedback path of the cascaded amplifier B1.2 attenuates the spectral components of the noise between 20 Hz and 16 kHz by 3 dB/octave. R9 determines the gain.
4.4.3 CCIR Rec. 559 Filter, SUF 2-Z4 See circuit diagram 282.9644 S.
The frequency response is determined by the RC coupling between the amplifiers B1.2, B1.1 and B1.4 and the active high-pass filter including B1.3. R9 is selected for gain adjustment.
After preamplifaction with B1.2, the active lowpass filter including B1.1 attenuates the highfrequency noise components. The RC network R5/C1 produces an additional inflection point at about 800 Hz. Following amplifier B1.4, the active highpass filter including B1.3 shapes the rising edge of the passband characteristic. Gain adjustment is carried out using R12.
Basically this filter operates in the same way as described in section 4.4.4. However, it contains different circuit components to produce the desired shape of the passband characteristic.
Basically the space provided for the filter options can be used for inserting any other filter; however, the basic filter design, i.e. a relay at the input and output, should be maintained. In this way, different shapes of the passband characteristic and simple band limiting up to max. 50 MHz are made possible.
See circuit diagram 282.9915 S.
The heart of this option for the listen-only mode (L1) is chip B4 which handles the complete management and handshake program for the IEC-625 bus. For this purpose, the 400-kHz oscillator (B3.3, 4, 5, 6) and the parallel-in/serial-out shift register (B6 and B7) are required.
The oscillator determines the data transmission speed. In the serial mode, chip B4 receives from the register all the required device data, such as the device address (to be set with S1 on the rear panel), the "return-tolocal" signal and the "listen-only" mode.
Chip B5 decodes from the ISO 7-bit code of the IEC-625 bus the range of the upper-case letters. The 4 low-order bits of this code are transferred in the serial mode to registers B11 and B12 and are available in parallel at the outputs. If, in conjunction with B5, decoder gates B10 and B13 recognize one of the upper-case letters (I/O/D/L/F/N) which cause the "data valid" pulse, the digital section accepts the previously transmitted information. Next B14 resets the outputs of registers B11 and B12 to low.
This resetting is also caused by the BASIC instruction INIT and the IEC-625-bus command WBYTE (a) < addr. +32 >, 20:
In accordance with the recommendation, this option repeatedly switches the noise level at preset intervals. The time sequence and the level can be link-selected.
An external low pulse sets flipflop B1 and starts oscillator B3I + II. In accordance with the setting of link Br1, dividers B4.I and B4.II deliver the clock period of 0.5/1/2 or 4 s. 8 clock periods constitute a complete cycle.
The following settings are possible with links Br4 to Br12:
Br4, Br5 (Br6): |
determination of the interval for NOISE OFF
(controlling Rs30 + Rs31 of the attenuator) |
---|---|
Br7, Br8, Br9: |
output of the first level which is selected by
Br13 to Br20 in 1-dB steps |
Br10, Br11, Br12: |
output of the second level which is selected
by Br21 to Br28 in 1-dB steps. |
"Data valid" pulses transfer the link-selected level values to B7 or B8 and output them. NAND gate B5.III combines the start pulses for the first and the second level and produces the "D/L" pulse for entering the values into the digital section.
Links Br3 and Br4 (F1, F2) determine the desired noise bandwidth.
SUF2
The required measuring instruments and accessories are listed in section 3.1. For the test setups see Figs. 3-1 to 3-4. The digital section 282.9519 can be vertically plugged into the servicing sockets on board 282.9415 so that all the components are readily accessible.
First check the supply voltages of + 5 V and ± 12 to 13 V. Next some easy checkouts using an oscilloscope and a wideband voltmeter will permit the fault to be localized; all the filter ranges need to be checked
It should be possible to switch the noise signal on and off with the aid of the NOISE ON button and to vary the output level in uniform 1-dB steps by means of " + " and "-" buttons. If the levels are incorrect, check the attenuator and its control signals from the digital section. The following measurement should be made if the level is wrong:
2. Measurement at test socket Bull (input of the attenuator): Switch the noise signal on using the NOISE ON button. If the signal is absent, check the switching action of relays Rs30 and Rs31 and, if required, their control signals from the digital section. Next proceed als follows:
If the signal is present, check the output stage. If the signal is absent (in all the filter ranges), perform the following measurement:
If the signal is absent, perform additional measurements on the noise source plus the amplifiers and the equalizer; if the signal is present, check the filter switchover and the control in the digital section.
If a signal of about 3.5 Vpp is not present across R85 (wideband signal path), the fault will probably be located in the noise source (GL16) or in the subsequent amplifiers.
No signal across R85 First find the mean DC value at the emitter of T14. If this value differs from 0 V, the fault is located in the 0-V control loop comprising feedback amplifier B7.1, B5, B6 and the transistors T13 to T14.
Application of a 2-MHz signal to C49 (5 mV) enables easy function checking of this signal path. Measure the output voltage across R85; it should amount to about 0.6 to 0.7 Vnp. If the output voltage is correct, either GL16 is defective or the break-through current through GL16 is wrongly adjusted. The optimum value of this current can be set with R39 and potentiometer R40.
The fault is due to the temperature-control circuit comprising B7.1. The heating current for T21 is measured via R72. In steady state (approx. 2 to 3 minutes after "power on"), about 350 mV should be present across R72, and the temperature measured on the plate should be about 65°C
Button RES is pressed, but none of the filter options is inserted. The attenuator or its control circuitry is defective. Therefore the noise voltage present across R140 (or via B11) is measured. If the signal is present, the fault should be localized in accordance with the circuit description and circuit diagrams 282.9115 S (switchable attenuator) and 282.9515 S (digital section).
If the signal is absent or faulty, the attenuator can be checked separately from the rest of the set with the NOISE ON mode selected and link Br10 removed. For this purpose, apply an RF signal of about 1 V (Rin = 75 Ω) to Bull and measure at the front-panel output with a 75-Ω termination.
After bandwidth selection, measurements across the following resistors show how the signal is taken to the power output stage:
RES:output resistor of filter option20 Hz to 6 MHz:R9620 Hz to 110 kHz:R10520 Hz to 50 MHz:R85
If the signal is present at all these points, the fault is to be found in the output stage after the attenuator has been checked.
If it is clear that the output stage delivers a sufficient noise level to the attenuator (abaut 15 Vpp, high-impedance measurement across R117/R120/R121), the fault must be in the control circuit.
If no fault is discovered when checking the control circuits for the relays of the attenuator (B12.1 to VIII on the main board 282.9115 and B10.1/B14.4, B8 and B13 on the digital section board 282.9515), the bit pattern of EPROM B15 is no longer correct. Therefore the EPROM must be erased and programmed again.
5.3 Adjustments
5.3.1 Power Supply See circuit diagram 282.9115 S sheet 1
Use R13 to adjust for + 12 V ( + 10 %/-0 %) at Br3.1 (coding link). Check for -12 V ( + 10 %/-0 %) at Br4.1 (coding link). If required, adjust for voltage symmetry.
Use R20 to adjust for + 5 V 50 mV at Br5.1 (coding link).
St3.1: ground of the ± 12-V power supply St3.2: -18 V ± 10 % (supply voltage for chip B1) St3.3: + 18 V ± 10 % (supply voltage for chip B1) St3.4: -12 V.(ΔV about 350 mV from temperature-control circuit) St3.5: emitter of T21 (ΔV about 350 mV from temperature-control circuit)
5.3.2 Analog Section See circuit diagram 282.9115 S sheets 2 and 3.
Adjust R80 to obtain temperature of about 65 °C at the heating block. This corresponds to a voltage drop (ΔV) of about 350 mV across R72, measured between St3.4 and St3.5 (servicing connector).
R39 and potentiometer R40 determine the optimum avalanche discharge current for GL16. The noise signal is checked by means of an oscilloscope probe connected to the emitter of T14 (first make sure that the zero-volt control in this branch (control amplifier B7.1) is in the active range).
The signal at the emitter of T14 should be adjusted for optimum Gaussian amplitude distribution with the aid of R39 and R40. On the screen of the oscilloscope, this corresponds to a lens-shaped brightness distribution if an X deflection of >1 s/division is chosen.
Further adjustments in this area should be made only after a complete performance chek of the entire set.
Noise bandwidth 20 Hz to 50 MHz:
Set the wiper of potentiometer R107 to Rs8/9. Set the front-panel potentiometer R111 to its 0-dB midposition. Then check using a probe at the output of the power output stage T25, T16 to T20, R120/R121.
The signal exhibits the Gaussian amplitude distribution and has a mean DC value of 0 V which is set via B10 from the 0-V control circuit.
Use R91 to adjust the correction voltage across B10.II.7 to the same value as in the case of the bandwidth 20 Hz to 50 MHz.
Noise bandwidth 20 Hz to 110 kHz: Use R102 to adjust the correction voltage across B10.II.7 to the same value as in the case of the bandwidth 10 Hz to 50 MHz.
All the measurements are made in the range 20 Hz to 50 MHz; the attenuator is set to 0 dB; the reference value is 0 dB corresponding to 1 Vrms.
Adjustment at high frequencies (approx. 0.1 MHz to 50 MHz): Use a spectrum analyzer to measure at the SUF2 output (frequency range 0.1 to >400 MHz).
Adjust for an optimum frequency response by changing R37 (if required, a slight improvement can be made with R40, but make sure that the Gaussian amplitude distribution is maintained).
Connect the output of the SUF2 to the input of a microwave power meter (e.g. NRS) and use R43 to adjust the output power of the SUF2 to 13.33 mV ± 5 % into 75 Ω at 20 Hz to 50 MHz. This power corresponds to 1 Vrms into 75 Ω.
Check the frequency response again with the spectrum analyzer and, if required, adjust the flatness using R37. Repeat the adjustments alternately until the frequency response and the output voltage conform to the specifications (ripple <0.7 dB). For frequencies above 50 MHz ≤-3 dB, the amplitude should decrease by >20 dB/octave (minimum 60 dB at about 400 MHz).
If the crest factor is <7.1 (i.e. the peak-to-peak voltage is <7.1 V), check on the oscilloscope whether the noise signal is being limited. If it is being limited because the supply voltage is too low, use R13 to increase the voltage in the power supply, i.e. the upper tolerance limit may be used (± 13 V -5 %). After the supply voltage has been varied, the temperature-control circuit of the noise source shold, however, be readjusted with R80 (65 °C corresponding to 350 mV at St3.4-5) and the frequency response and output voltage checked in the range from 20 Hz to 50 MHz.
Adjustment at low frequencies (20 Hz to about 0.1 MHz): Use a wave analyzer (e.g. FAT2) to measure in the frequency range 20 Hz to >60 kHz. Test bandwidth ≤30 Hz.
R107 is used to flatten the frequency response for frequencies >2 kHz. The time constant of the 0-V control circuit (including B7.1) overlaps the range up to about 30 Hz. By varying R71, the frequency response in this range should therefore be adjusted such that the output at all frequencies of <20 Hz does not rise above the level at higher frequencies.
Note: The analyzer zero must not invalidate the measurement range at low frequencies (< 30 Hz)
Check the frequency response in the range 0.1 MHz to 6 MHz using a spectrum analyzer (e.g. SWOF3). Ripple < 0.7 dB up to 6 MHz, decreasing until -32 dB is reached at frequencies above 8 MHz.
Check the output voltage using a wideband voltmeter (e.g. UPSF). Rms-value measurement: 1 Vrms ± 5 % into 75 Ω Peak-value measurement: 7.1 Vpp into 75 Ω Adjust, if required, using R98.
With a perfectly functioning digital section, check the noise voltage using a wideband voltmeter and switching the attenuator through its range. The measurement can also be performed with an external signal between Bull (noise off) and the output socket with the aid of a reference attenuator. Due to the binary stepping, the values measured at -1 dB, -2 dB, -4 dB, -8 dB, -16 dB, -32 dB and -64 dB show the errors possible for the individual attenuator networks.
Next check the additional attenuator networks associated with the audio reference (0 dB = 0.775 V) and the video reference (0 dB = 0.7 V).
The digital section does not have any adjusting elements; thus only the performance checks for manual control and parallel remote control in accordance with section 3.2.3 are required.
Use a spectrum analyzer to check the board in the SUF 2 in accordance with the test setup of Fig. 3-2. For the frequency response and its tolerance see Fig. 4-1. Use C3 to adjust for a linear rise up to 6 MHz. Use R6 to adjust the gain to 1 Vrms ±0.5 dB into 75 Ω. Check the stopband attenuation: > 20 dB at > 8 MHz. Filter options SUF 2-Z3/-Z4/-Z5/-Z7: Operate the PC board in the adapter in accordance with the test setup of Fig. 3-4. For the frequency response and the corresponding tolerances see Figs. 4-2 to 4-5.
Adjust the gain using the appropriate control in accordance with the table included in Fig. 3-4.
Next insert the board into the SUF 2 and check the gain with an rms voltmeter (e.g. UPGR). Output voltage: 1 Vrms +0.5 dB into 75 Ω.
Check the board in the SUF 2. Connect a bus controller (e.g. Tektronix 4051) via an IEC-bus cable (e.g. PCK). Check the IEC-625-Bus Interface in accordance with the test program (Fig. 2-7, left).
Use an oscilloscope for the following measurements: reset pulse at B14, pin 8 (see program sequence) and oscillator frequency (about 400 kHz).
Check the board in the SUF 2. For the pin allocation of the rear-panel connector see Fig. 2-5 (three buttons, one link). Use an oscilloscope for all the measurements.
Check with the program option ON and OFF (buttons connected to Bu4.15 and .11) and ON/OFF (button connected to Bu4.17 with the link inserted between Bu4.4 and .16).
Check the clock pulses at St4 (spacing 0.5/1/2/4 s corresponding to a cycle duration of 4/8/16/32 s).
Check the filter selection with links Br2 and Br3; the filter selected is connected into circuit with the start command and acknowledged by the corresponding button.
Check the link-selected level values on the front panel; the two levels are indicated alternately (factory setting: 0/-7 dB).
Check the level at the output in accordance with the oscillogram of Fig. 2-5.
Analogteil . | Analog section |
---|---|
2 auf 4 Decoder | 2-to-4 line decoder |
Bandbreiten-Steuerung | Bandwidth control |
Bedienplatte | Panel-control board |
Betrieb | Operation |
Bezug | Reference |
4 bit Speicher | 4-bit memory |
Decodierung BCD↓Binår | BCD-to-binary decoding |
Decodierung Noise ein | Decoding "noise on" |
Digitalplatte | Digital section board |
Digitalteil | Digital section |
Dreieckrauschen | Triangular noise |
Eichleitung | Attenuator |
EIN/AUS | On/off |
Ein-Aus-Steuerung | On/off control |
Endstufe | Output stage |
Entzerrer | Equalizer |
Fern | Remote |
Hierzu | See |
IEC-bus-Anschlußplatte | IEC-bus connecting board |
IEC-625-Platte | IEC-625-bus board |
Netz | AC supply |
Netz ein - Reset | Power on - reset |
Netzteil | Power supply |
Dszillator | Oscillator |
Pegel-Anzeige | Level indication |
lauschgenerator | Noise Generator |
Rauschquelle | Noise source |
---|---|
Relaisansteuerung | Relay control |
Rosa Rauschen | Pink noise |
Schaltb. Dämpfungsgl. | Switchable attenuator |
7-Segment | 7-segment |
Service | Servicing |
Speicher + Zähler | Memory + counter |
Stromlauf zu | Circuit diagram of |
Taktoszillator | Clock generator |
Telefoniekanalbelegung | CCITT Rec. G 227 Filter |
Temp. Regelung | Temperature control |
Tiefpaß + Verstärker | lowpass filter + amplifier |
Treiber | Driver |
UP-DOWN Logik | Up/down logic |
Verstärker | Amplifier |
Vor-Rückwärtszähler/BCD-Speicher | Up/down counter - BCD memory |
Zeichn. Nr. | Drawing No. |
Schaltteillisten Stromläufe Bestückungspläne Part lists Circuit diagrams Components plans Listes des pièces détachées Schémas de Circuit Plans des composants
Die R&S-Schaltteillisten nennen in der Spalte The R&S Parts Lists give the technical data of "Benennung/Beschreibung" die technischen Daten der Bauelemente in Kurzform. Die Art des Bauelements (z.B. Schicht-, Draht-Widervor der "Benennung" (evtl. auch vor der "Sachnummer"), die nachfolgend erklärt werden. In Ersatzteil-Bestellungen an R&S ist stets die Angabe der vollständigen Sachnummer erforder-
the components in short form in the column "Benennung/Beschreibung" (designation). The type of component (e.g. depos.-carbon stand usw.) beschreiben die 2 Kennbuchstaben resistor. wire-wound resistor etc.) is indicated by 2 identification letters before the designation. possibly also before the "Sachnummer" (order number), which are explained below. When ordering spare parts from R&S, the complete order number must always be specified.
La colonne «Désignation/description» des listes de pièces de R&S indique les caractéristiques des éléments sous forme abrégée. Le type d'élément (p. ex. résistance à couche, résistance bobinée etc...) est décrit par les deux lettres précédant la désignation (et éventuellement le numéro de référence), dont voici l'explication. Prière d'indiquer le numéro de référence («Sachnummer») complet dans toute commande de pièces de rechange.
Teile-
familie |
Art des Bauelementes |
Parts
family |
Type of component |
Famil-
le |
Type d'élément |
---|---|---|---|---|---|
A | Aktive Bauelemente, Halbleiter | A | Active components, semiconductors | A | Composants actifs, semiconducteurs |
AD |
Universaldiode, z.B. Gleichrichter,
Sperrdiode |
AD |
General-purpose diode, e.g.
rectifier, high-resistance diode |
AD | Diode d'usage général, p.ex. redresseur, diode à haute résistance |
AE |
Spezialdiode, z.B. Tunnel-,
Kapazitäts-, Zener-Diode |
AE | Diode (special), e.g. tunnel diode, varactor, Zener diode | AE | Diode spéciale, p.ex. diode tunnel, varactor, diode Zener |
AF |
Fotohalbleiter, z.B. Foto-Diode,
-Transistor, -Widerstand, Leucht- diode |
AF |
Photo-semiconductor, e.g.
resistor, diode, transistor, LED |
AF |
Semiconducteur photoélectrique, p.ex.
diode, transistor, résistance photoél., DEL |
AG |
Leistungs-Gleichrichter, z.B.
Thyristor, Triac, Selengleichrichter |
AG | Power rectifier, e.g. thyristor, triac, selenium rectifier | AG | Redresseur de puissance, p.ex. thyristor, triac, redresseur, au sélénium |
AK | Kleinsignal-Transistor | AK | Small-signal transistor | AK | Transistor faible puissance |
AL | Leistungs-Transistor | AL | High-power transistor | AL | Transistor grande puissance |
АМ |
Spezial-Transistor, z.B. FET,
MOSFET |
АМ |
Transistor (special), e.g. FET,
MOS-FET |
АМ |
Transistor spécial, p.ex. TEC,
MOSTEC |
AP | Peltier-, Hall-Element | AP | Peltier element, Hall element | AP | Element Peltier, élement Hall |
AR |
Röhre für Empfänger, Verstärker,
Gleichrichter |
AR | Valve for receiver, amplifier, rectifier | AR | Tube pour récepteur, amplificateur, redresseur |
AS |
Spezialröhre, z.B. Senderöhre,
EW-Widerstand, Stabilisator |
AS | Valve (special), e.g. for transmitter, baretter, ballast valve | AS | Tube (spécial), p.ex. pour émetteur, résistance fer-hydrogène, ballast |
AT |
Katodenstrahlröhre, z.B. Bildröhre,
Ziffern-Anzeigeröhre |
AT | Cathode ray tube, e.g. picture tube, digital indicator tube | AT |
Tube à rayon cathodique, p.ex. tube
à image, tube à affichage numérique |
AZ | Zubehör für Halbleiter u. Röhren | AZ | Accessories for semiconductors and valves | AZ |
Accessoires pour semiconducteurs
et tubes |
в | Bausteine | в | PC boards, chips | в | Cartes imprimées, puces |
BC | Integr. Schaltkreis (Microcomp.) | вс | Integrated circuit (interface, A/D) | вс | Circuit intégré (microprocesseur) |
BD |
R&S-Dünnschicht- und Dickschicht-
schaltung |
BD | R&S thinfilm or thickfilm circuit | ВD |
Circuit R&S à couche mince ou
épaisse |
BG | R&S-spezifische Gate-Arrays | BG | R&S gate arrays | BG | Circuits intégrés prédiffusés R&S |
BJ |
Integrierter Schaltkreis (Interface,
A/D-Wandler) |
BJ | Integrated circuit (interface, A/D converter) | ВJ |
Circuit intégré (interface, convertisseur
A/N) |
BL |
Log. Schaltkreis z.B. DTL, TTL, HTL,
ECL, C-MOS |
BL |
Logic circuit, e.g. DTL, TTL, HTL,
ECL, C-MOS |
BL | Circuit logique, p.ex. DTL, TTL, HTL, ECL, C-MOS |
ВМ |
Hybridbaustein, z.B. Mischer, Tuner,
Modulator |
вм |
Hybrid chip, e.g. mixer, tuner,
modulator |
вм | Puce hybride, p.ex. mélangeur, tuner, modulateur |
во |
Analogschaltkreis, z.B. Operations-
verstärker |
во |
Analog circuit, e.g. operational
amplifier |
во | Circuit analogique. p.ex. amplificateur opérationnel |
BP |
Optoelektronischer Baustein, z.B.
Anzeigeeinheit, Koppler |
BP |
Optoelectronic component, e.g.
display, coupler |
BP |
Composant optoélectronique, p.ex.
afficheur, coupleur |
BS |
Schalt- und Steuerbaustein,
elektronischer Sensor |
BS | Switching and control modul, electronic sensor | BS |
Modul de commutation et de
commande, sonde électronique |
ΒV | Stromversorgung, ÜberspSchutz | вv | Power pack, protective circuit | BV | Alimentation, protection surcharge |
ΒZ | Zubehör | BZ | Accessories | BZ | Accessoires |
Teile-
familie |
Art des Bauelementes |
Parts
family |
arts
mily |
Type d'élément | |
---|---|---|---|---|---|
С | Kondensatoren | С | Capacitors | С | Condensateurs |
СВ | Bypass-, DurchfKondensator | СВ | Bypass capacitor, feed-through capacitor | СВ | Condensateur bypass, condensateur de traversée |
сс | Keramischer Kondensator | сс | Ceramic capacitor | сс | Condensateur céramique |
CD | Drehkondensator | ÇD | Variable capacitor | CD | Condensateur variable |
CE | Elektrolytkondensator | CE | Electrolytic capacitor | CE | Condensateur électrolytique |
CG | Glimmerkondensator | CG | Mica capacitor | CG | Condensateur au mica |
СН | Sperrschichtkondensator | СН | Semiconductor capacitor | СН | Condensateur semiconducteur |
СК | Kunstfolienkondensator | СК | Synthetic-foil capacitor | СК | Condensateur à feuille synthétique |
CL | Ker. HochspKondensator | CL | HV capacitor (ceramic) | CL | Condensateur HT céramique |
СМ | Metallpapier-Kondensator | СМ | MP capacitor | СМ | Condensateur à papier métallisé |
CN | Kondensatornetzwerk | CN | Capacitor network | CN | Réseau capacitif |
СР | Papierkondensator | СР | Paper capacitor | СР | Condensateur au papier |
CS | Störschutzkondensator | CS | Interference-suppression capacitor | CS | Condensateur anti-parasite |
СТ | Trimmkondensator | СТ | Trimmer capacitor | СТ | Condensateur ajustable |
CV | Vakuum-Kondensator | CV | Vacuum capacitor | CV | Condensateur à vide |
D | Drähte, Leitungen | D | Wires, lines | D | Fils, lignes |
DD | Schalt- und Wickeldraht | DD | Hook-up or winding wire | DD | Fil de câblage, fil de bobinage |
DF | Flachleitung, Litze | DF | Flat multiple line, stranded wire | DF | Ligne plate, ligne torsadée |
DG | Abgeschirmte Leitung | DG | Shielded line | DG | Ligne blindé |
DH | Koaxialkabel | DH | Coaxial line | DH | Ligne coaxiale |
DJ |
Isolierschläuche, Schrumpf-
schläuche, Wellrohre, Schutzschläuche |
DJ | Insulating sheaths, shrink-on sleeves, corrugated tubes, protective tubes | DJ |
Gaines isolantes, gaines thermorétrac-
tables tubes ondulés, gaines protectrices |
DL | HF-Litzen | DL | RF stranded wires | DL | Lignes torsadées RF |
DM | Schaltlitzen (mehrdrähtige Leiter) | DM | Multi-conductor wires | DM | Lignes torsadées (multiconducteurs) |
DN | Antenne | DN | Antenna | DN | Antenne |
DO | Lichtleiter (optisch) | DO | Optical waveguides | DO | Guides d'onde optiques |
DP | Leiterplatten (unbestückt) | DP | Printed circuit boards (bare) | DP | Cartes imprimées (non équipées) |
DQ | Multilayer (unbestückt) | DQ | Multilayer boards (bare) | DQ | Cartes multicouche (non équipées) |
DS | Anschlußkabel (mehradrig) | DS | Connecting cable, multicore | DS |
Câble de connexion
(multiconducteur) |
DU |
Substratplatten für Dickschicht-
schaltungen |
טס | Substrate boards for thickfilm circuits | טס |
Cartes à substrat pour circuits à
couche épaisse |
DW | Festmantelkabel | DW | Rigid cables | DW | Câbles rigides |
Е | Elektrische Teile | Е | Electric parts | Ε | Organes électriques |
EB | Blei-, NC-Akku, Batterie | EB | Lead or alkaline accumulator, battery | EB | Accumulateur Pb/NC, batterie |
ED |
Gedruckte Schaltung (bestückte
Leiterplatte), nicht steckbar |
ED |
Printed circuits (assembled),
non-pluggable |
ED |
Circuits imprimés (équipés) non
enfichables |
EE |
Gedruckte Schaltung (bestückte
Leiterplatte), steckbar |
EE | Printed circuits (assembled), pluggable | EE |
Circuits imprimés (équipés)
enfichables |
EF | Glühlampe, Leuchte | EF | Incandescent lamp, pilot lamp | EF | Lampe à incandescence, voyant |
EG | Glimmlampe, Entladungslampe | EG | Glow lamp, discharge lamp | EG |
Lampe à luminescence lampe à
décharge |
ΕK | Kontakt-Streifen, -Feder | ΕK | Contact clip, contact spring | EK | Lampe de contact, ressort de contact |
EL | Lautsprecher, Kopfhörer, Mikrofon | EL | Loudspeaker, headphones, microphone | EL | Haut-parleur, casque, microphone |
EM | Motor, Hubmagnet, Drehfeldsystem | EM | Motor, lifting magnet, synchro system | ЕМ |
Moteur, électro-aimant de levage,
système synchro |
EO | Oszillator, z.B. Quarzoszillator | EO | Oscillator, e.g. crystal oscillator | EO | Oscillateur p.ex. oscillateur à quartz |
EP |
Tief-, Band-, Hochpaß, Bandsperre,
Diskriminator |
EP | Lowpass, bandpass, highpass filter, band-stop filter, discriminator | EP |
Filtre passe-bas, passe-bande,
passe-haut, suppression de bande, discriminateur |
EQ | Schwing-, Filter-Quarz | EQ | Oscillator or filter crystal | EQ | Quartz oscillateur, quartz de filtre |
ER | Resonator, piezoelektr./magnetostriktiv | ER |
Resonator, piezoelectric/
magnetostrictive |
ER |
Résonateur piézo-électrique/
magneto-strictif |
ES | Passive SHF-Bauteile | ES | Passive SHF-components | ES | Composant SHF passif |
ET | Thermostat | ET | Thermostat | ET | Thermostat |
EV | Lüfter, Gebläse | EV | Ventilator, blower | EV | Ventilateur, soufflerie |
1 |
Teile-
familie |
Art des Bauelementes |
Parts
family |
Type of component |
Famil-
le |
Type d'élément |
---|---|---|---|---|---|
F | Fassungen, Steckverbindungen | F | Sockets, connectors | F | Douilles, connecteurs |
FG | Koax-Umrüstsatz | FG | Coaxial screw-in assembly | FG | Ensemble vissable coaxial |
FH | Koax-Übergang auf Fremdsystem | FH | Coaxial adapter | FH | Adaptateur coaxial |
FJ | BNC-Systemteil | FJ | BNC screw-in assembly | FJ | Ensemble vissable BNC |
FK | Koaxial-UHF-Systemteil | FK | Coaxial UHF screw-in assembly | FK | Ensemble vissable coaxial UHF |
FM | Mehrfachstecker, Buchsenleiste | FM | Multipoint connector | FM | Connecteur multiple |
FN | Netz-Steckverbindung | FN | AC-supply connector | FN | Connecteur secteur |
FO | Runde Mehrfach-Steckverbindung | FO | Round multipoint connector | FO | Connecteur multipoles rond |
FP | Druckschalt-Steckverbindung | FP | Multipoint connector for PC boards | FP |
Connecteur multipoles pour cartes
imprimées |
FR | Fassung für Lampe, Sicherung, usw. | FR | Socket for lamp, fuse, etc. | FR | Douille pour lampe, fusible etc |
FT | Schwachstrom-Steckverbindung | FT | LV plug and socket | FT | Connecteur pour faible courant |
FU | Hochspannungs-Steckverbindung | FU | HV plug and socket | FU | Connecteur pour haute tension |
FV | Verbinder (z.B. AMP) | FV | Push-on connector | FV | Connecteur à enfichage |
FZ | Zubehör für koax. Bauelemente | FZ | Accessories for coax. components | FZ | Accessoires pour composants coax. |
н | Software | н | Software | н | Logiciel |
ΗP |
Software-Komponenten und Software-
Module |
HP |
Rights to software components and
software modules |
HP |
Droits d'utilisation de composants et
modules logiciel |
HS . |
Auf Informationsträger geladene
Software |
HS | Software data media | HS | Logiciel sur support d'information |
J | Meßinstrumente | J | Indicators | J | Indicateurs |
JD | Drehspul-Anzeigeinstrument | JD | Moving-coil meter | JD | Galvanomètre à cadre mobile |
JE | Dreheisen-Anzeigeinstrument | JE | Moving-iron meter | JE | Galvanomètre à fer mobile |
JF | Frequenzmesser | JF | Frequency meter | JF | Fréquencemètre |
JG | Drehspulinstrument mit Gleichrichter | JG | Moving-coil meter with rectifier | JG | Galvanomètre à cadre mobile avec redresseur |
ΙН | Betriebsstundenzähler | ЈН | Operating-hours counter | JH | Compteur d'heures de fonctionnement |
IJ | Impulszähler | JJ | Pulse counter | JJ | Compteur d'impulsions |
ΙK |
Kleinst-Instrument, z.B.
Abstimmanzeiger |
JK | Mini-instrument, e.g. tuning indicator | JK | Petit indicateur, p.ex. indicateur d'accord |
JM | Mechanisches Zählwerk | JM | Mechanical counter | ЈМ | Compteur mécanique |
IP | Projektions-Instrument (Leuchtziffer) | JP | Digital display | JP | Afficheur numérique |
JQ | Quotientenmesser (Kreuzspulinstrum.) | JQ | Ratiometer (cross coul) | JQ | Quotientmètre (à cadres croisés) |
U | Uhrwerk | JU | Clockwork | JU | Mouvement d'horlogerie |
W | Elektrodyn. Anzeigeinstrument | JW | Electrodynamic meter | JW | Instrument électrodynamique |
L | Induktivitäten, Magnetik | L |
Inductors, magnetic
components |
L |
Composants inductifs et
magnétiques |
_В |
Blech- und Schnittbandkern mit
Zubehör |
LB |
Laminated and C-cores with
accessories |
LB | Noyaux feuilletés et noyaux de type C, avec accessoires |
_C | Keramische Spule | LC | Ceramic coil | LC | Bobine céramique |
D | Netz-, HF-Drossel, Df-Filter | LD | Choke, lead-through filter | LD | Self de choc, filtre de traversée |
.E | Einzelkreis, Bandfilter | LE | Single tuned circuit, bandpass filter | LE | Circuit accordé, filtre passe-bande |
F | Ferritkern mit Zubehör | LF | Ferrite cores with accessories | LF | Noyaux en ferrite avec accessoires |
.K |
Karbonyleisenkern und elektrischer
Kupferkern mit Zubehör |
LK |
Iron carbonyl slugs and copper slugs
with accessories |
LK | Noyaux en fer carbonyle et en cuivre, avec accessoires |
.L | Luftspule | LL | Air-core coils | LL | Bobines à air |
M | Magnetband und -platte | LM | Magnetic tapes and disks | LM | Bandes et disques magnétiques |
.s | Schirmbecher | LS | Screening cans | LS | Boitiers de blindage |
.т | Netztransformator | LT | Power transformer | LT | Transformateur secteur |
.U | NF-Übertrager | LU | AF transformer | LU | Transformateur BF |
.v | Variometer | LV | Variometer | LV | Variomètre |
-W | Wickelkörper, allgemein | LW | Coil formers, general | LW | Carcasses de bobine, en général |
1 | · |
Tei
familie |
Art des Bauelementes |
Parts
family |
Type of component |
Famil-
le |
Type d'élément | |
---|---|---|---|---|---|---|
R | Widerstände | R | Resistors | R | Résistances | |
RD | Drahtwiderstand | RD | Wire-wound resistor | RD | Résistance bobinée | |
RF | Kohleschicht-Widerstand | RF | Carbon-film resistor | RF | Résistance à couche de carbone | |
RG | Metallglasur-Widerstand | RG | Metal-coated resistor | RG | Résistance à couche métallique | |
RJ | Metalloxyd-Widerstand | RJ | Metal-oxide resistor | RJ | Résistance à oxyde métallique | |
RK | Kaltleiter, Heißleiter, Varistor | RK | PTC, NTC resistors, varistors | RK | Résistances CPT, CNT, varistors | |
RL | Metallfilm-Widerstand | RL | Metal-film resistor | RL | Résistance à film métallique | |
RN | Widerstandsnetzwerk | RN | Resistor network | RN | Réseau de résistance | |
RR | Draht-Potentiometer | RR | Wire-wound potentiometer | RR | Potentiomètre bobiné | |
RS | Schicht-Potentiometer | RS | Carbon-film potentiometer | RS | Potentiomètre à couche | |
RT | Dämpfungsglied, Abschlußwiderstand | RT | Attenuator, termination | RT | Atténuateur, charge | |
RV | Drahtwiderstand mit Abgriff | RV | Wire-wound resistor, tapped | RV | Résistance bobinée à prise | |
RW | Wendelpotentiometer | RW | Helical potentiometer | RW | Potentiomètre hélicoidal | |
S | Schalter, Relais, Sicherungen | S | Switches, relays, fuses | S | Commutateurs, relais, fusibles | |
SB | Drucktastenschalter | SB | Pushbutton switch | SB | Commutateur à touche | |
SD | Drehschalter | SD | Rotary switch | SD | Commutateur rotatif | |
SF | Kontaktfedersatz | SF | Spring contact assembly | SF | Jeu de ressorts de contact | |
SH | HF-Koaxialschalter, -Relais, -Teiler | SH |
Coaxial RF switch, RF relay,
RF attenuator |
SH | Commutateur RF coaxial, relais RF, atténuateur RF | |
SK | Kipp-, Wipp- und Schiebeschalter | SK | Toggle switch, slide switch | sк | Commutateur à bascule, à glissière | |
SL | Leistungsschalter Netz/HF | SL | AC supply switch, high-power RF switch | SL | Commutateur secteur, de puissance RF | |
SM | Mikroschalter | SM | Microswitch | SM | Microrupteur | |
SN | Elektromagnet, Relais | SN | Electromagnetic relay | SN | Relais électromagnétique | |
SP | Leistungsrelais, Luftschütz | SP | Power relay, air-type contactor | SP | Relais de puissance, contacteur à air | |
SR | Reedrelais | SR | Reed relay | SR | Relais reed | |
SS | Sicherung, Schutzschalter | SS | Fuse, automatic cut-out | SS | Fusible, coupe-circuit automatique | |
ST | Thermoschalter | ST | Thermal circuit breaker | ST | Disjoncteur thermique | |
SU | Überspannungs-Ableiter | SU | Arrester | SU | Eclateur | |
SW | Wechselrichter, Näherungsschalter | SW | Inverter (DC-AC), proximity switch | SW | Inverseur (DC-AC), commutateur de proximité | |
SZ | Zeitschalter | SZ | Time switch | SZ | Interrupteur horaire | |
V | Verbindungselemente | V | Connecting elements | V | Eléments de raccordement | |
٧K | Klemme, Klemmleiste | VK | Clamp, terminal strip | VK | Pince, réglette à bornes | |
VL | Lötöse, Stützpunkt | VL | Soldering lug | VL | Cosse à souder | |
VS | Schraube, Mutter, Scheibe | VS | Screw, nut, washer | vs | Vis, écrou, disque | |
Farbco | ode für Widerstände und Kondensatoren | Colour | code for resistors and capacitors | Code couleur pour résistances et condensateurs |
Anmerkung: Die Wertangabe der weitgehend miniaturisierten Bau-elemente erfolgt überweitgend durch Farbkennzeich-nungen, deren Bedeutung der nachfolgenden Tabelle entnommen werden kann.
entnommen werden kann. Hinweis: Im Zuge des technischen Fortschrittes setzt R&S zu-nehmend Metallschichtwiderstände mit 1% Toleranz anstelle von Kohleschichtwiderstände können sich dabei ranz ein. Metallschichtwiderstände können sich dabei an Stellen befinden, an denen gemäß Schattteilliste Kohleschichtwiderstände vorgesehen sind. Etwaige ge-ringfügige Differenzen der Nennwerte zwischen Strom-laufplan, Schattteilliste und Gerät liegen im zulässigen Toleranzbereich.
Note: The electrical values of the largely miniaturized components are mainly identified by a colour code, the meaning of which can be taken from the table below.
N. B. Following the state of the art R&S makes increasing use of metal-film resistors (1% tolerance) instead of carbon-film resistors (5% tolerance). Metal-film resistors may have been employed where carbon-film resistors are specified in the parts list. Any slight differences of nominal values between circuit diagram, parts list and equipment are within tolerance.
N. B.: Suivant le progres technique R&S utilise de plus en plus des résistances à film métallique (tolérance 1%) au lieu des résistances à couche de carbone (tolérance 5%). Des résistances à film metallique peuvent se trouver en des resisances a minimulatingue peuvert se trouver en des points où de types à couche de carbone figurent dans la liste des composants. Les différences minimes des valeurs nominales existant eventuellement entre le schéma de circuit, la liste des composants et l'appareil sont dans la marge de tolérance.
Remarque: Les valeurs électriques des composants fort miniaturisés sont indiquées dans la plupart des cas par un code couleur dont voici l'explication.
Farbe/Colour/Couleur | A | в | с | D |
Anordnungs
Examples for / |
sbeispiele für
/ Exemple pour |
Definition* / Définition * | ||||
---|---|---|---|---|---|---|---|---|---|---|---|
Schwarz/Black/Noir | 0 | Widerstände (R) | Kondensat. (C) | Kennzeichen A | (Bauteilfarbe/1. Farbring) = 1. Zahl | ||||||
Braun/Brown/Marron | 1 | 1 | 0 | ± 1% | Resistors (R) | Capacitors (C) | Kennzeichen B |
(Bauteilende/2, Farbring) = 2, Zahl
(Bunkt/3, Farbring) - 2, Zahl = Zahl dar Nullen |
|||
Rot/Red/Rouge | 2 | 2 | 00 | ± 2% | Résistance (R) | Condensateur (C) | Kennzeichen D | (Punkt/4, Farbring) = Toleranz des Nennwerts in % | |||
Orange/Orangé | 3 | 3 | 000 | Das Fehlen eines k |
(Fehlendes Kennzeichen für D bedeutet ±20%)
Kennzeichens bedeutet daß die Fathe des Bauteilkörners die Wortengebe |
||||||
Gelb/Yellow/Jaune | 4 | 4 | 0000 | A 8CD | ABCO_ | darstellt. | to massishens bouchter, dan dier ande des bauteinor pers die Wertangabe | ||||
Grün/Green/Vert | 5 | 5 | 00000 | ± 0,5% | Marking A | (body colour or first coloured ring) = 1st digit | |||||
Blau/Blue/Bleu | 6 | 6 | 000000 | Marking C |
(body end or second coloured ring) = 2nd digit
(dot or third coloured ring) = number of zeroes |
||||||
Violett/Violet | 7 | 7 | - 1 | ± 0,1% | 6285 | Marking D | (dot or fourth coloured ring) = tolerance on nominal value in % | ||||
Grau/Gray/Gris | 8 | 8 | - | The absence of a m | narking signifies that the body colour gives the corresponding information. | ||||||
Weiß/White/Blanc | 9 | 9 | - | | Repérage A | (couleur du corps ou 1er anneau) = 1er chiffre | ||||||
Gold/Doré | |- | - | | - | | ± 5% | A l |
Repérage B
Repérage C |
(bout du corps ou 2e anneau) = 2e chiffre | ||||
Silber/Silver/Argenté | |_ | |_ | - | ± 10% | Repérage D | (point ou 4e anneau) = tolérance en % de la valeur nominale | |||||
Ohne Farbe/No colour/
'Pas de couleur |
- | - | - | ± 20% | رنيين |
L'absence de tout
valeur correspond |
(Labsence du reperage D signifie ± 20%)
repérage signifie que la couleur du corps du composant représente la lante. |
||||
1) Toleranzring, hier nicht sp | Toleranzring, hier nicht spezifiziert. 1) Tolerance ring, here not specified. |
Kennz.
Comp. No. |
Benennu
Designati |
ng
ion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
enthalten in
contained in |
||||
---|---|---|---|---|---|---|---|---|---|
BU1 | FJ BUCHSE F.LEI | FJ | 0017.6788.00 | IMS | 05.2214. | 199 | 0282.88 | 325.00 | |
BU2
BU3 |
MB RAENDELKLEMN
MB RAENDELKLEMN |
AE
AE |
0282.8948.00
0282.8948.00 |
0282.89
0282.89 |
919.00
919.00 |
||||
К1 |
DV KABEL K1
CABLE |
0282.9344.00 | 0282.88 | 325.00 | |||||
K2
K3 |
DY KABEL K2
DY KABEL K3 |
0282.9980.00
0282.9973.00 |
|||||||
S8 |
SB NETZSCHALTER
POWER SWITCH |
R 2XU O.KN. | SB | 0007.5143.00 | ITT-SEL | NE18 2U | EE | 0282.89 | 919.00 |
SI4 |
SS SCHMELZS.T31
FUSE FUER 230V/240V TO,4B SS 020.73 |
15 IEC127/3
323 |
SS | 0020.7300.00 | WICKMANN | TO.315 | NR.19195 | ||
ST1 |
FUER 1000/1200
FN GERAETEST.M. RECEPTACLE WITH |
NETZFILTER
H MAINS |
FN | 0252.5757.00 | CORCOM | 3EF1 | 0282.89 | 919.00 | |
т7 | AL BD236 P | 60V 1A0 | 0010.0361.00 | PHILIPS | BD236 | 0282.89 | 919.00 | ||
Т8 |
AL BD233 (BD237
TRANSISTOR BD23 |
7) 45V 2AO
33 (BD237) |
0010.0784.20 | 0282.89 | 919.00 | ||||
Т9 |
AL BD233 (BD237
TRANSISTOR BD23 |
7) 45V 2AO
33 (BD237) |
0010.0784.20 | 0282.89 | 919.00 | ||||
TR1 | LT NETZTRAFO | (55267) | 0218.3549.00 | 0282.89 | 919.00 | ||||
Y1 | ED RAUSCHQUELLE | Ξ | 0282.9115.00 | ||||||
Y2 | Ξ | 0282.9415.00 | 0282.88 | 325.00 | |||||
Y3 | ΓE | 0282.9515.00 | |||||||
Υ7
Υ10 |
EE SUF2-27 TELE
TELEPHONE CHANN FUER DREICKRAUS 282.9715.00 FUER ROSA RAUSC 282.9815.00 FUER CCIR-REC-5 282.9615.00 FUER CCIR-REC-5 282.9644.00 FUER ISDN-FILTE 218.3526.02 FUER 4KHZ TP-FI 218.3526.02 FUER 4KHZ TP-FI 218.3561.02 EMPFOHLENES ZUE FUER BEWERTUNGS NACH IEC65 218.3590.02 EE SUF2-Z1 IEC- FUER CCIR-REC-5 282.9673.00 FMPEOHLENES ZUE |
FONIEKANAL
SEL SCHEN 550-FILTER 571-FILTER ER GLTER SFILTER FILTER -INTERFACE 571-PROGRAMM 3FHOFR |
0282.8860.00 | ||||||
Y11 |
ED IEC-625-PLAT
IEC 625 BOARD |
ΓTE | 0218.3326.00 | 0282.89 | 919.00 | ||||
MENP2 | 567 3PU-D |
ÄI Datum
ÄI Date |
Schaltteil
Parts li |
liste für
st for |
Sachnummer
Stock No. |
l |
Blatt-Nr.
Page |
||
ROHD | E&SCHWARZ | 22 14.05.98 | G | G SUF2 VIDEO | -RAUSCHGENE | r 02 | 82.8819.0′ | I SA | 1- |
comp. No. | Designation | Stock No. | Manufacturer | Designation | contai | ined in |
---|---|---|---|---|---|---|
B1 | BO TLO74IN LN 4XFET OPAM | 0568.7528.00 | TEXAS | TL074IN | ||
BU1 |
FP BUCHSENLEISTE 13POL.
SOCKET CONNECTOR |
FP 0510.1391.00 | BERG_ELEKT | 76323 | ||
C1 | CK 2,2NF+-1%63V 6,3QUAD. | CK 0099.1304.00 | SIEMENS | B33531-A5222-F | ||
C2 |
CAPACITOR
CK 2,7NF+-1%63V6,3QUX11K |
СК 0340.6754.00 | SIEMENS | B33531-A5272-F | ||
СЗ |
CAPACITUR
CK 820PF+-1%63V6,3QUX11K |
СК 0340.6748.00 | SIEMENS | B33531-A5821-F | ||
C4 |
CAPACITOR
CK 12NF+-1%63V7,5QUX13 K |
СК 0340.6760.00 | SIEMENS | B33531-A5123-F | ||
C5 |
CAPACITOR
CK 12NF+-1%63V7,5QUX13 K |
СК 0340.6760.00 | SIEMENS | B33531-A5123-F | ||
C6 |
CC 10NF-20+50%7X8R4000
CAPACITOR |
CC 0087.7525.00 | VALVO | 2222 640 51103 | ||
R1 | RL 0,60W 10,0K0HM+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R2 |
RL 0,60W 182 KDHM+-1%TK50
RESISTOR |
RL 0083.2193.00 | RESISTA | MK2 | ||
R3 |
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR |
RL 0083.1297.00 | RESISTA | MK2 | ||
R4 |
RL 0,60W 105 KOHM+-1%TK50
RESISTOR |
RL 0083.2029.00 | RESISTA | MK2 | ||
R5 |
RL 0,60W 6,34K0HM+-1%TK50
RESISTOR |
RL 0083.1151.00 | RESISTA | MK2 | ||
R6 |
RL 0,60W 57,6K0HM+-1%TK50
RESISTOR |
RL 0083.6830.00 | RESISTA | MK2 | ||
R7 |
RL 0,60W 105 KOHM+-1%TK50
RESISTOR |
RL 0083.2029.00 | RESISTA | MK2 | ||
R8 |
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR |
RL 0083.1297.00 | RESISTA | MK2 | ||
R9 |
RL 0,60W 5,36K0HM+-1%TK50
RESISTOR |
RL 0082.2460.00 | RESISTA | MK2 | ||
R10 |
RL 0,60W 5,36K0HM+-1%TK50
RESISTOR |
RL 0082.2460.00 | RESISTA | MK2 | ||
R11 |
RL 0,60W 182 KOHM+-1%TK50
RESISTOR |
RL 0083.2193.00 | RESISTA | MK 2 | ||
R12 |
RL 0,66W 40,2K0HM+-1%TK50
RESISTOR TRIMMWERT |
RL 0083.1751.00 | RESISTA | MK2 | ||
R14 |
RL 0,60W 953 KOHM+-1%TK50
RESISTOR |
RL 0083.2870.00 | RESISTA | MK2 | ||
R15 |
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR |
RL 0083.1297.00 | RESISTA | MK2 | ||
R16 |
RL 0,60W 20,0K0HM+-1%TK50
RESISTOR |
RL 0083.1522.00 | RESISTA | MK2 | ||
R17 |
RL 0,60W 182 OHM+-1%TK50
RESISTOR |
RL 0083.0010.00 | RESISTA | MK2 | ||
RS1 |
SR 5V3600HM1MAL1RH-JC-GEH
RELAY |
SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS2 |
SR 5V3600HM1MAL1RH-JC-GEH
RELAY |
SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
Cabalté-ill | lieta fiir | Contractor | Biatt-Nr | |||
MENP | 567 3PU-D ÄI Date | Parts li | st for |
Sachnummer
Stock No. |
Page | |
$ | 02 14.05.9 | EE SUF2-Z7 TE | LEFONIEKANAL | 0282.8860.00 | ) SA | 1- |
ROHD | E&SCHWARZ | TELEPHONE CHA | NNEL |
Kennz.
Comp. No. |
Benennur
Designatio |
on |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bez
Des |
eichnung
ignation |
enthal
contai |
ten in
ned in |
||
---|---|---|---|---|---|---|---|---|---|---|
B1 | BO TLO72ACP 2 | XFE | T OPAMP | 0340.6054.00 | TEXAS | TL C | 072 ACP | |||
В2 | BP 4N38 OP | TOC | OUPLER | ВР | 0219.3188.00 | OPTRON | 4N38 | |||
вз | BO UA741MJG | , | OPAMP | во | 0275.0822.00 | NSC | LM74 | 1J | ||
В4 | BP 4N38 OP | TOC | OUPLER | вр | 0219.3188.00 | OPTRON | 4N38 | |||
В5 | BO SE5539 | Н | F AMPL | 0332.2682.00 | PHILIPS_SE | SE 5 | 539F | |||
В6 | BO SE5539 | Н | F AMPL | 0332.2682.00 | PHILIPS_SE | SE 5 | 539F | |||
В7 | BO TLO72ACP 2 | XFE | T OPAMP | 0340.6054.00 | TEXAS | TL C | 72 ACP | |||
В8 | BO SE5539 |
сть
Н |
IER
F AMPL |
0332.2682.00 | PHILIPS_SE | SE 5 | 539F | |||
В9 |
HF AMPLIFIER
BO UA748C |
L | POPAMP | во | 0247.6542.00 | TEXAS_INST | UA74 | 8CP | ||
в10 | BO TLO72ACP 2 | XFE |
IER
T OPAMP |
0340.6054.00 | TEXAS | TL C | 72 ACP | |||
B11 | BL SN7400N -0+7 | 11F | ANDG. | 0009.3219.00 | TEXAS | SN74 | OON | |||
B12 | BL SN74LS24ON 8 |
740
XIN |
UN
V.DRIV. |
0282.9196.00 | TEXAS | SN74 | LS240N | |||
В13 | BO TLO72ACP 2. | XFE | T OPAMP | 0340.6054.00 | TEXAS | TL C | 72 ACP | |||
BR1 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BR2 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BR3 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BR4 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BR5 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BR6 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BR8 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BR10 | FP KURZSCHLUSSB | UCH | SE | FP | 0491.7042.00 | IS | IPC- | 254-BL01 | ||
BU11 | FJ EINBAUSTECKE | RS | YST.SMC | FJ | 0082.6895.00 | ROSENBERGE | 395- | 101-400-D3 " | ||
BU12 | FJ EINBAUSTECKE | RS | YST.SMC | FJ | 0082.6895.00 | ROSENBERGE | 395- | 101-400-D3 " | ||
C1 | CE 470UF+-20%50 | V | RM5 | CE | 0008.7504.00 | PANASONIC | ECA | 1 HFG 471 B | ||
C2 |
ELECTRULYTIC CA
CE 470UF+-20%50 |
PAC
V |
RM5 | CE | 0008.7504.00 | PANASONIC | ECA | 1 HFG 471 B | ||
СЗ | CE 470UF+-20%50 |
TIUK
RM5 |
CE | 0008.7504.00 | PANASONIC | ECA | 1 HFG 471 B | |||
C4 | CE 470UF+-20%50 | RM5 | CE | 0008.7504.00 | PANASONIC | ECA | 1 HFG 471 B | |||
C5 | CE 1000UF+-20%1 |
PAC
6V |
RM5 | 0008.7556.00 | PANASONIC | ECA- | 1 CFG 102 B | |||
C6 | CE 1000UF+-20%1 |
PAC
6V |
TIOR
RM5 |
0008.7556.00 | PANASONIC | ECA- | 1 CFG 102 B | |||
C7 | CC 1 NF+50-20%5 |
PAC
00V |
HDK | 0006.0490.00 | VALVO | 2222 | 65553(09<16000) | |||
C8 | CERAMIC CAPACIT |
UR
00V |
НДК | 0006.0490.00 | VALVO | 2222 | 65553(09<16000) | |||
СЭ |
CERAMIC CAPACIT
CE 47UF+-20%63V |
UR | RM5 | 0008.7440.00 | PHILIPS_CO | 2222 | 116 90112 | |||
C10 |
ELECTROLYTIC CA
CE 47UF+-20%63V |
PAC |
TOR
RM5 |
0008.7440.00 | PHILIPS_CO | 2222 | 116 90112 | |||
C11 |
ELECTROLYTIC CA
CE 47UF+-20%63V |
PAC |
ITOR
RM5 |
0008.7440.00 | PHILIPS_CO | 2222 | 116 90112 | |||
C12 |
ELECTROLYTIC CA
CC 1 NF+50-20%5 |
PAC |
I TOR
HDK |
0006.0490.00 | VALVO | 2222 | 65553(09<16000) | |||
C13 |
CERAMIC CAPACIT
CC 4,7PF+-0,25P |
OR
F3X |
4NPO | сс | 0087.6387.00 | PHILIPS_CO | 2222 | 678 | ||
C14 |
CAPACITOR
CC 2,2PF+-0,25P CAPACITOR |
F3X | 4NPO | сс | 0087.6341.00 | PHILIPS_CO | 2222 | 678 | ||
C20 |
TRIMMWERT
CE 10 UF+-20%16 |
V 7 | X 4X 8 | CE | 0022.8085.00 | KEMET | T340 | B106M016 AS | ||
ELECTRULYTIC CA | PAC | TIUK | ||||||||
MENP2 | 567 3PU-D | ÄI |
Datum
Date |
Schaltteill
Parts lis |
iste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|||
49 | 14.05.98 | _E | 0282.9115.00 | ) SA | 1+ | |||||
ROHD | E&SCHWARZ | NOISE SOURCE | - | |||||||
] | L |
Kennz.
Comp. No. |
Benennu
Designat |
ng
ion |
Sachnummer Hersteiler
Stock No. Manufacturer |
Be
De |
zeichnung
signation |
enthal
contai |
ten in
ned in |
|||
---|---|---|---|---|---|---|---|---|---|---|
C21 | CE 10 UF+-20%16 | 7X 4X 8 | CE | 0022.8085.00 | KEMET | T34 | 0 B106M016 AS | |||
C23 |
CC 10NF-20+50%7
CAPACITOR |
7X8F | 21708 | сс | 0087.7525.00 | VALVO | 222 | 2 640 51103 | ||
C24 | CE 2,2UF+-20%20 | 5X 4X 7 | CE | 0022.8104.00 | KEMET | T34 | D A225MO25 AS | |||
C25 | CC 2,2PF+-0,25F | PF32 | (4NPO | сс | 0087.6341.00 | PHILIPS_CO | 222 | 2 678 | ||
C26 | CC 220PF+-10%20 | ov | K1200VI | сс | 0060.1078.00 | UNION_CARB | СК | 05 BX 221K | ||
C32 | 7X 4X 8 | CE | 0022.8085.00 | KEMET | T34 | D B106M016 AS | ||||
СЗЗ | CK 220NF+-20%10 | QUADER | ск | 0006.5056.00 | PLESSEY | R 6 | D EF 3220 AAM | |||
C34 | CK 2,2NF+-20%16 | SOV | RM7,5KC | ск | 0006.4614.00 | WESTERMANN | FKC | З | ||
C35 | CK 2,2NF+-20%16 | %160V RM7,5KC | 0006.4614.00 | WESTERMANN | FKC | 3 | ||||
C36 | X 5X11 | CE | 0022.8127.00 | KEMET | T34 | O C156MO20 AS | ||||
C37 | X 5X11 | CE | 0022.8127.00 | KEMET | T34 | O C156MO20 AS | ||||
C38 | SV 7 | X 4X 8 | CE | 0022.8085.00 | KEMET | T34 | D B106M016 AS | |||
C39 | SV 7 | X 4X 8 | CE | 0022.8085.00 | KEMET | T34 | D B106M016 AS | |||
C40 | CC 47PF+-2%5X6N | IPO | сс | 0087.6506.00 | PHILIPS_CO | 222 | 2 678 | |||
C41 | CC 18PF+-2%3X4N | IP0 | сс | 0087.6458.00 | PHILIPS_CO | 222 | 2 678 | |||
C42 | CC 12PF+-2%3X4N | IPO | сс | 0087.6435.00 | VALVO | 222 | 2 678 | |||
C43 | CC 68PF+-2%6X7N | IPO | сс | 0087.6529.00 | PHILIPS_CO | 222 | 2 678 | |||
C44 | CC 18PF+-2%3X4N |
CAPACITOR
CC 18PF+-2%3X4NPO |
PHILIPS_CO | 222 | 2 678 | |||||
C45 | CC 56PF+-2%5X6N | 56PF+-2%5X6NPO | PHILIPS_CO | 222 | 2 678 | |||||
C46 | CC 22PF+-2%4X5N |
22PF+-2%4X5NPO
PACITOR |
PHILIPS_CO | 222 | 2 678 | |||||
C47 |
CC 33PF+-2%4X5N
CAPACITOR |
IP0 | сс | 0087.6487.00 | PHILIPS_CO | 222 | 2 678 | |||
C48 | CC 47PF+-2%5X6N | 5X6NP0 | 0087.6506.00 | PHILIPS_CO | 222 | 2 678 | ||||
C49 | RM5 | 0008.7562.00 | FROLYT | EKS | DOCC322D | |||||
C50 | CC 39PF+-2%4X5N | IP0 | сс | 0087.6493.00 | PHILIPS_CO | 222 | 2 678 | |||
C51 | CC 56PF+-2%5X6N | IP0 | сс | 0087.6512.00 | PHILIPS_CO | 222 | 2 678 | |||
C52 |
CC 39PF+-2%4X5N
CAPACITOR |
IP0 | сс | 0087.6493.00 | PHILIPS_CO | 222 | 2 678 | |||
C53 |
CC 3,3PF+-0,25F
CAPACITOR |
PF3X | (4NPO | сс | 0087.6364.00 | PHILIPS_CO | 222 | 2 678 | ||
C54 |
CC 12PF+-2%3X4N
CAPACITOR |
IPO | сс | 0087.6435.00 | VALVO | 222 | 2 678 | |||
C55 |
CC 22PF+-2%4X5N
CAPACITOR |
IP0 | сс | 0087.6464.00 | PHILIPS_CO | 222 | 2 678 | |||
C56 |
CK 2,61NF+-1%63
PLASTIC-FOIL CA |
BV6, |
3QUX11
CITOR |
0282.9180.00 | SIEMENS | B33 | 531-A5262-F100 | |||
C57 |
CK 560PF+-1%63V
PLASTIC-FOIL CA |
/6,3
\PAC |
SX11 KP | ск | 0283.1660.00 | SIEMENS | B33 | 531-A5561-F | ||
C58 |
CE 220UF+-20%35
ELECTROLYTIC CA |
5V
\PA( |
RM5
CITOR |
CE | 0008.7904.00 | PANASONIC | ECA | 1 VFG 221 B | ||
C60 |
CC 47PF+-2%5X6N
CAPACITOR |
IPO | СС | 0087.6506.00 | PHILIPS_CO | 222 | 2 678 | |||
C61 |
CK 3,48NF+-1%63
PLASTIC-FOIL CA |
SV ( |
Q6XH11
CITOR |
СК | 0282.9173.00 | SIEMENS | B33 | 531-A5342-F800 | ||
C62 |
CK 3,3NF+-1%63V
CAPACITOR |
/6,3 | BQUX 1 1KP | СК | 0340.9030.00 | SIEMENS | B33 | 531-A5332-F | ||
C63 |
CK 2,87NF+-1%63
CAPACITOR |
3V6, | , 3QUX 1 1 | 0282.9150.00 | SIEMENS | B33 | 531-A5282-F700 | |||
C64 |
CK 2,37NF+-1%63
CAPACITOR |
3V6, | , 3QUX 1 1 | 0282.9144.00 | SIEMENS | B33 | 531-A5232-F700 | |||
C65 |
CK 1,62NF+-1%63V6,3QUX11
CAPACITOR |
0282.9138.00 | SIEMENS | B33 | 531-A5162-F200 | |||||
C66 |
CC 4 PF+-O,5 PF5P100
CERAMIC CAPACITOR |
0006.0077.00 | DRALORIC | SDP | N8 400V P100 | |||||
ļ | ||||||||||
MENP2 | 567 3PU-D | ÄI |
Datum
Date |
Schaltteill
Parte lie |
liste für
st for |
Sachnummer
Stock No |
L |
Blatt-Nr.
Page |
||
ROHDE&SCHWARZ 49 14.05.98 | ED RAUSCHQUEL | _E | 0282.9115.00 | J 5A | 2+ | |||||
NOISE SOURCE |
Kennz.
Comp. No. |
Benennu
Designat |
ng
ion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Beze
Desi |
eichnung
ignation |
enthal
contai |
ten in
ned in |
||||
---|---|---|---|---|---|---|---|---|---|---|---|---|
C67 | CC 4 PF | +-0,5 PF | 5P 1 | 00 | 0006.0077.00 | DRALORIC | SDPN | 8 400V P1 | 00 | |||
C70 | CE 100U | F+-20%35 | 5V | RM5 | 0008.7510.00 | PHILIPS_CO | 2222 | 116 9004 | 2 | |||
C71 |
ELECTRU
CE 100U |
LYTIC CA
F+-20%35 |
APAC
5V |
RM5 | 0008.7510.00 | PHILIPS_CO | 2222 | 116 9004 | 2 | |||
C72 |
ELECTRU
CK 4,7N |
EYTIC CA |
АРАС
/6,3 |
SITOR
SX11 KP |
СК | 0283.1701.00 | SIEMENS | B335 | 31-A5472- | F | ||
C73 |
PLASTIC
CC 10NF |
-FOIL CA
-20+50%7 |
4PAC
7X8F |
CITOR
84000 |
сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | з | ||
C74 |
CAPACIT
CE 15 U |
OR
F+-20%20 |
DV 7 | 7X 5X11 | CE | 0022.8127.00 | KEMET | т340 | C156MD2C | AS | ||
C75 |
ELECTRO
CE 15 U |
LYTIC CA
F+-20%20 |
APAC
DV 7 |
CITOR
X 5X11 |
CE | 0022.8127.00 | KEMET | т340 | C156M02C | AS | ||
C77 |
ELECTRO
CK 680N |
LYTIC CA
F+-20%10 |
APAC
DOV |
CITOR
QUADER |
СК | 0087.4078.00 | ROEDERSTEI | MKC | 1862 468/ | 01 | ||
C78 |
CAPACIT
CC 10NF |
OR
-20+50%7 |
7X8F | 4000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C80 |
CAPACIT
CE 1000 |
0R
UF+-20%1 |
16V | RM5 | 0008.7556.00 | PANASONIC | ECA- | 1 CFG 102 | В | |||
C81 |
ELECTRO
CC 100N |
LYTIC CA | APAC |
LITOR
K1200VI |
0060.1149.00 | AVX | CK06 | BX 104K | ||||
C82 |
CERAMIC
CE 1000 |
CAPACIT |
TOR
16V |
RM5 | 0008.7556.00 | PANASONIC | ECA- | 1 CFG 102 | В | |||
C83 |
ELECTRO
CC 100N |
LYTIC CA |
APAC
DOV |
CITOR
K12OOVI |
0060.1149.00 | AVX | CK06 | BX 104K | ||||
C85 |
CERAMIC
CC 10NF |
CAPACI1
-20+50%7 |
TOR
7X8F |
4000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C86 |
CAPACIT
CC 10NF |
0R
-20+50%7 |
7X8F | 4000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | з | ||
C87 |
CAPACIT
CC 10NF |
0R
-20+50%7 |
7X8F | 84000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 03 | ||
C90 |
CAPACIT
CC 10NF |
OR
-20+50%7 |
7X8F | 4000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 03 | ||
C91 |
CAPACIT
CC 1NF+ |
0R
-10%63V |
K20 | 000 | cc | 0022.0784.00 | PHILIPS_CO | 2222 | 630 | |||
C92 |
CERAMIC
CC 1NF+ |
CAPACIT
-10%63V |
FOR
K2C |
000 | сс | 0022.0784.00 | PHILIPS_CO | 2222 | 630 | |||
C93 |
CERAMIC
CC 1NF+ |
CAPACIT
-10%63V |
FOR
K2C |
000 | сс | 0022.0784.00 | PHILIPS_CO | 2222 | 630 | |||
C94 |
CERAMIC
CC 1NF+ |
CAPACIT
-10%63V |
FOR
K2C |
000 | сс | 0022.0784.00 | PHILIPS_CO | 2222 | 630 | |||
C95 |
CERAMIC
CC 10NF |
CAPACIT
-20+50%7 |
FOR
7X8F |
4000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C96 |
CAPACIT
CC 10NF |
0R
-20+50%7 |
7X8F | 4000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C97 |
CAPACIT
CC 10NF |
OR
-20+50%7 |
7X8F | 4000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C110 |
CAPACIT
CC 39PF |
OR
+-2%4X5N |
1150 | ) | сс | 0087.6664.00 | PHILIPS_CO | 2222 | 678 34 3 | 99 | ||
C111 |
CAPACIT
CC 10NF |
0R
-20+50%7 |
7X8F | 84000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C112 |
CAPACIT
CC 5,6P |
OR
F+-0,25F |
PF3X | (4N150 | сс | 0087.6564.00 | PHILIPS_CO | 2222 | 678 3356 | 8 | ||
C113 |
CAPACIT
CC 47PF |
OR
+-2%4X5N |
150 | сс | 0087.6670.00 | VALVO | 2222 | 678 34 4 | 79 | |||
C114 |
CAPACIT
CC 5,6P |
OR
F+-0,25F |
PF3X | (4N150 | сс | 0087.6564.00 | PHILIPS_CO | 2222 | 678 3356 | 8 | ||
C115 |
CAPACIT
CC 5,6P |
OR
F+-0,25F |
PF3X | (4N150 | сс | 0087.6564.00 | PHILIPS_CO | 2222 | 678 3356 | 8 | ||
C116 |
CAPACIT
CC 18PF |
UR
+-2%3X4N |
150 | сс | 0087.6629.00 | VALVO | 2222 | 678 3418 | 9 | |||
C117 |
CAPACIT
CE 22 U |
UR
F+-20%16 |
5V 7 | X 5X11 | CE | 0022.8091.00 | KEMET | тз40 | C226MO16 | S AS | ||
C118 |
ELECTRO
CC 100P |
F+-2%4X5 |
APAC
5N75 |
50 OR | сс | 0087.6906.00 | PHILIPS_CO | 2222 | 678 5810 | 01 | ||
C120 |
CAPACIT
CC 10NF |
UR
-20+50%7 |
7X8F | 84000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C121 |
CAPACIT
CC 10NF |
UR
-20+50%7 |
7X8F | 84000 | сс | 0087.7525.00 | VALVO | 2222 | 640 5110 | 3 | ||
C122 |
CAPACIT
CC 10NF |
UR
-20+50%7 |
7X8F | 84000 | cc | 0087.7525.00 | VALVO | 2222 | 640 5110 | з | ||
C123 |
CAPACIT
CC 10NF |
UR
-20+50%7 |
7X8F | 84000 | cc | 0087.7525.00 | VALVO | 2222 | 640 5110 | з | ||
C124 |
CAPACIT
CC 10NF |
UK
-20+50%7 |
7 X 8F | 84000 | cc | 0087.7525.00 | VALVO | 2222 | 640 5110 | з | ||
C125 |
CAPACIT
CC 10NF |
UK
-20+50%7 |
7X8F | 84000 | cc | 0087.7525.00 | VALVO | 2222 | 640 5110 | з | ||
CAPACIT | UK | |||||||||||
Datum | | | Schaltteill | iste für | 1 | Sachnummer | Blatt-Nr. | ||||||
MENP2 | 567 | 37U-D | Date | Parts lis | st for | Stock No. | Page | |||||
49 | 14.05.98 | ED RAUSCHQUELI | _E | 0282.9 | 115.00 | SA | 3+ | |||||
=α30Π\ | NOISE SOURCE | |||||||||||
Kennz.
Comp. No. |
Benennung
Designation |
J
n |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
---|---|---|---|---|---|---|---|
C126 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C130 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C131 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C132 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C135 |
CAPACITUR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C136 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C138 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C140 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C141 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C142 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C143 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C144 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C145 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C146 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C147 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C150 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C151 |
CAPACITOR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C152 |
CAPACITUR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C153 |
CAPACITUR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C154 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C155 |
CAPACITUR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C156 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C157 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C160 |
CAPACITUR
CC 2,2NF+-10%5X6 |
R2000 | CC 0087.7060.00 | PHILIPS_CO 2 | 2222 630 51222 | ||
C161 | CC 100NF+-10%10C | V K1200VI | 0060.1149.00 | Ανχ ( | CK06BX104K | ||
C170 | CC 10NF-20+50%7X | 8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C171 |
CAPACITUR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
C172 |
CAPACITUR
CC 10NF-20+50%7X |
8R4000 | CC 0087.7525.00 | VALVO 2 | 2222 640 51103 | ||
CL 1 | () LIDT | 1N4448 " | |||||
AU IN4448 75
DIODE |
AG 0012.0700.00 | CEN INSTRU | |||||
RECTIFIER | AG 0013.2042.00 | BV 164 | |||||
RECTIFIER | AD 0012 0700 00 | 1N4448 " | |||||
,,, 001
),5₩ 701 |
AF 0008 7627 00 | PHTI TPC CF F | R7X79B18 | ||||
ZENER | ) 5W ZDI | AE 0008 7627 00 | DHTI TDC CF I | B7X79B18 | |||
AE 0419 0020 00 | COMDENICATE | 1827(4) | |||||
REFERENCE DIODE | AE 0009 7695 00 | DHTI TDC CF I | R7X79R3\/9 | ||||
AE DZA 1903V9 2%
ZENER |
DHTI TDC CE | 18/4/8 " | |||||
GL 10 | AD 0012.0700.00 | PHTITPC CE | 1N4448 " | ||||
96110 | DIODE | ov UDI | AD 0012.0700.00 | FUTTL972 | 1144440 | ||
MENDO | E67 2011-0 | , Datum | Schaltteil | liste für | Sachnummer | Blatt-Nr. | |
WIENP2 | Al Date | Parts li | st for | Stock No. | Page | ||
19 14.05.98 | ED RAUSCHQUEL | LE | 0282.9115.00 | ) SA | 4+ | ||
RUND | EQJUINANT | NOISE SOURCE |
Kennz.
Comp. No. |
Benenni
Designa |
ung
tion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichn
Designati |
on |
entha
conta |
lten in
ined in |
|||
---|---|---|---|---|---|---|---|---|---|---|---|
GL11 | AE BZX7 | 9/B6V8 | 0, | 5W ZDI | AE | 0586.9906.00 | PHILIPS | BZX79B6 | V8 | ||
GL16 | AE BZX7 |
9/B6V8
10DE |
0, | 5W ZDI | AE | 0586.9906.00 | PHILIPS | BZX79B6 | V8 | ||
GL 19 | AE BZX5 |
IELLUNG
5/B10 |
DUR
O, |
CH
5W ZDI |
AE | 0289.4302.00 | VALVO | BZX79B1 | 0 | ||
GL20 | AD 1N44 |
10DE
48 |
75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | н | ||
GL21 | AD 1N44 | 48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | н | ||
GL22 | AD 1N44 | 48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | 11 | ||
GL23 | AD 1N44 | 48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | u | ||
GL24 | AD 1N44 | 48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | н | ||
GL25 | AD 1N44 | 48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | н | ||
GL26 | AD 1N44 | 48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | н | ||
GL27 |
AD 1N44
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | II | ||
GL30 |
AD 1N44
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | u | ||
GL31 |
AD 1N44
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | H. | ||
GL32 |
AD 1N44
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | II. | ||
GL33 |
AD 1N44
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | u | ||
GL34 |
AD 1N44
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | н | ||
GL35 |
AD 1N444
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | н | ||
GL36 |
AD 1N444
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | u | ||
GL37 |
AD 1N444
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | II | ||
GL38 |
AD 1N444
DIODE |
48 | 75V | UDI | AD | 0012.0700.00 | PHILIPS_SE | 1N4448 | IL | ||
L3 | E | 0282.9221.00 | 0218.3 | 455.00 | |||||||
L4 | E | 0282.9238.00 | 0218.34 | 455.00 | |||||||
L5 | E | 0282.9244.00 | 0218.3 | 455.00 | |||||||
L6 | E | 0282.9250.00 | 0218.3 | 455.00 | |||||||
L7 | E | 0282.9267.00 | 0218.34 | 455.00 | |||||||
L8 | Ε | 0282.9273.00 | 0218.34 | 455.00 | |||||||
L10 |
ED ENTH/
282.912 |
ALTEN II
1 |
MLA | YOUT | |||||||
L11 | ED ENTH |
ALTEN II
1 |
MLA | YOUT | } | ||||||
L12 |
ED ENTH/
282.912 |
ALTEN II
1 |
MLA | YOUT | |||||||
L13 |
ED ENTH/
282.912 |
ALTEN II
1 |
MLA | YOUT | ļ | ||||||
L14 |
ED ENTH/
282.912 |
ALTEN II
1 |
MLA | YOUT | |||||||
L15 |
ED ENTH/
282.912 |
ALTEN II
1 |
MLA | YOUT | |||||||
L16 |
ED ENTH/
282.912 |
ALTEN II
1 |
MLA | YOUT | |||||||
L17 |
ED ENTH/
282.912 |
ALTEN II
1 |
MLA | YOUT | |||||||
L18 |
ED ENTH
282.912 |
ALTEN II
1 |
MLA | YOUT | |||||||
R1 | RL 0,60 | W 332 OI | HW+- | 1%TK50 | RL | 0083.0255.00 | RESISTA | MK2 | |||
R2 | RL 0,60 |
ĸ
₩39,2K |
онм+ | -1%TK50 | RL | 0083.1745.00 | RESISTA | MK2 | |||
RESISIO | ĸ | ||||||||||
|
|||||||||||
MENP2 | 567 | 3PU-D | ÄI |
Datum
Date |
Schaltteill
Parts lis |
iste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|||
٢ | 49 | 14.05.98 | ED RAUSCHQUELI | _E | 02 | 82.9115.0 | D SA | 5+ | |||
ROHD | E&SCHV | NARZ | NOISE SOURCE | ||||||||
- |
Kennz.
Comp. No. |
Benennu
Designat |
ion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Be
De |
zeichnung
ssignation |
entha
conta |
lten in
ined in |
||
---|---|---|---|---|---|---|---|---|---|---|
R3 | RL 0,60W 332 OF | HM+ | -1%TK50 | RL | 0083.0255.00 | RESISTA | MK2 | |||
R4 | RL 0,60W 39,2K | DHM | +-1%TK50 | RL | 0083.1745.00 | RESISTA | MK 2 | |||
R5 | RL 0,60W 100KOH | HM+ | -1%TK50 | RL | 0082.1764.00 | RESISTA | MK2 | |||
R6 |
RESISTOR
RL 0,60W 1KOHM |
F-19 | %TK50 | RL | 0082.2160.00 | RESISTA | MK 2 | |||
R7 | RL 0,60W 1KOHM | +-15 | %TK50 | RL | 0082.2160.00 | RESISTA | MK 2 | |||
R8 |
RESISTOR
RL 0,60W 4,87K0 |
Энм∙ | +-1%TK50 | RL | 0083.1100.00 | RESISTA | MK2 | |||
R9 |
RESISTOR
RL 0,60W 11,8K( |
DHM∙ | +-1%TK50 | RL | 0083.1345.00 | RESISTA | MK2 | |||
R10 |
RESISTOR
RL 0,60W 6,98K( |
)
MHC |
+-1%TK50 | RL | 0082.2454.00 | RESISTA | MK 2 | |||
R11 |
RESISTOR
RL 0,60W 4,99K |
)
DHM- |
+-1%TK50 | RL | 0083.1116.00 | RESISTA | MK2 | |||
R12 |
RESISTOR
RL 0,60W 1KOHM |
⊦-19 | %TK50 | RL | 0082.2160.00 | RESISTA | MK 2 | |||
R13 | RS 0,5W1K0HM+-1 | 10% | 10X 10X5 | RS | 0087.7560.00 | SPECTROL | 63 | М ТО 10 | ||
R14 | RL 0,60W 5,23K | +-1%TK50 | RL | 0083.1122.00 | RESISTA | MK2 | ||||
R15 | RL 0,60W 5,23K0 | ОНМ∙ | +-1%TK50 | RL | 0083.1122.00 | RESISTA | MK2 | |||
R16 | RL 0,60W 562 OF | -+M | -1%TK50 | RL | 0083.0461.00 | RESISTA | MK2 | |||
R17 | RL 0,60W 1KOHM | +- 19 | %TK50 | RL | 0082.2160.00 | RESISTA | MK2 | |||
R18 | RL 0,60W 221 OF | +M+∙ | -1%TK50 | RL | 0083.0084.00 | RESISTA | MK 2 | |||
R 19 | RL 0,60W 249 OF | -+M+- | -1%TK50 | RL | 0083.0132.00 | RESISTA | MK2 | |||
R20 | RS 0,5W200 OHM+ | 0%10X10X | RS | 0087.7554.00 | BI_TECHNOL | 72P | VI | |||
R21 | RL 0,60W 1,21K( | DHM- | +-1%TK50 | RL | 0083.0655.00 | RESISTA | MK2 | |||
R22 | RL 0,60W 562 OF | -HM+- | -1%TK50 | RL | 0083.0461.00 | RESISTA | MK 2 | |||
R26 | RL 0,60W 475 OF | -HM+ | -1%TK50 | RL | 0083.0390.00 | RESISTA | MK 2 | |||
R27 | RL 0,60W 47,5 C | )HM- | +-1%TK50 | RL | 0082.9507.00 | RESISTA | MK 2 | |||
R28 | RL 0,60W 47,5 C | DHM- | +-1%TK50 | RL | 0082.9507.00 | RESISTA | MK2 | |||
R29 | RL 0,60W 1,82KC | )HM- | +-1%TK50 | RL | 0082.2277.00 | RESISTA | MK2 | |||
R35 |
RL 0,60W 1,82KC
RESISTOR |
)HM- | +-1%TK50 | RL | 0082.2277.00 | RESISTA | MK2 | |||
R37 |
RS 0,3W 100 OHM
TRIMMING POTENT |
/+-
10 |
10%CERM.
METER |
RS | 0006.6652.00 | BECKMAN | 67 | N | ||
R38 |
RL 0,60W 56,2 C
RESISTOR |
)HM- | +-1%TK50 | RL | 0082.9571.00 | RESISTA | MK2 | |||
R39 |
RL 0,60W 1,50KC
RESISTOR |
)HM- | +-1%TK50 | RL | 0083.0732.00 | RESISTA | MK2 | |||
R40 |
RS 0,3W 5KOHM+-
TRIMMING POTENT |
-10%
IOM |
CERMET | RS | 0006.6698.00 | BOURNS | 329 | 6W-001-502 | ||
R41 |
RL 0,60W 221 OF
RESISTOR |
-+M+ | -1%TK50 | RL | 0083.0084.00 | RESISTA | MK2 | |||
R42 |
RL 0,60W 2,74KC
RESISTOR |
)HM- | +-1%TK50 | RL | 0083.0926.00 | RESISTA | MK2 | |||
R43 |
RIMMWERT
RS 0,5W 1KOHM+- |
-20% | KURVE 1 | RS | 0069.8030.00 | BI_TECHNOL | 82P | R1K | ||
R45 |
DEPOSCARBON F
RL 0,60W 475 0F |
POTE
IM+• |
ENTIOMET
-1%TK50 |
RL | 0083.0390.00 | RESISTA | MK2 | |||
R46 |
RESISTOR
RL 0,60W 221 OF |
-+M+ | -1%TK50 | RL | 0083.0084.00 | RESISTA | MK 2 | |||
R49 |
RESISTOR
RL 0,60W 10,0KC |
онм- | +~1%TK50 | RL | 0083.1297.00 | RESISTA | MK2 | |||
R50 |
RESISTOR
RE 0,60W 1KOHM+ |
- 19 | %TK50 | RL | 0082.2160.00 | RESISTA | MK2 | |||
R52 |
RESISTOR
RL 0,60W 182 DF |
-+M+ | -1%TK50 | RL | 0083.0010.00 | RESISTA | MK 2 | |||
R54 | RL 0,60W 1,50K | DHM- | +-1%TK50 | RL | 0083.0732.00 | RESISTA | MK 2 | |||
RESISTOR | ||||||||||
MENP2 | 567 3PU-D | ÄI |
Datum
Date |
Schaltteil
Parts li |
liste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|||
k | 40 | 14 05 00 | 0282 9115 00 | 6± | ||||||
ROHD | E&SCHWARZ | 49 | 14.05.98 | - - | 0202.0110.00 | 0* | ||||
l | 1 | NUISE SUUKUE | 1 |
Kennz.
Comp. No. |
Benennun
Designatio |
ng
on |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
lten in
ined in |
---|---|---|---|---|---|---|---|
R58 | RL 0,60W 10,0K0 | HM+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R59 | RL 0,60W 4,99KO | HM+-1%TK50 | RL 0083.1116.00 | RESISTA | MK2 | ||
R60 | RL 0,60W 121 OH | M+-1%TK50 | RL 0082.9859.00 | RESISTA | MK 2 | ||
R62 | RL 0,60W 1,50K0 | HM+-1%TK50 | RL 0083.0732.00 | RESISTA | MK 2 | ||
R63 | RL 0,60W 1KOHM+ | -1%TK50 | RL 0082.2160.00 | RESISTA | MK2 | ||
R64 |
RESISTOR
RL 0,60W 221 KO |
HM+-1%TK50 | RL 0083.2270.00 | RESISTA | MK2 | ||
R65 |
RESISTOR
RL 0,60W 1KOHM+ |
-1%TK50 | RL 0082.2160.00 | RESISTA | MK2 | ||
R66 |
RESISTOR
RL 0,60W 1KOHM+ |
-1%TK50 | RL 0082.2160.00 | RESISTA | MK2 | ||
R70 | RL 0,60W 100K0H | M+-1%TK50 | RL 0082.1764.00 | RESISTA | MK2 | ||
R71 |
RL 0,60W 562 KO
RESISTOR |
HM+-1%TK50 | RL 0083.2664.00 | RESISTA | MK 2 | ||
R72 | RF 0,5 W 12 OHM | +-5% | 0007.1148.00 | ROEDERSTEI | SK4 | ||
R73 | RL 0,60W 1KOHM+ | -1%TK50 | RL 0082.2160.00 | RESISTA | MK2 | ||
R74 | RL 0,60W 2,21K0 | HM+-1%TK50 | RL 0082.2477.00 | RESISTA | MK2 | ||
R75 | RL 0,60W 1MOH | IM+-1%TK50 | RL 0082.7862.00 | RESISTA | MK2 | ||
R76 | RL 0,60W 3,92KO | HM+-1%TK50 | RL 0083.1039.00 | DRALORIC | SMA 0207 | ||
R77 | RL 0,60W 10,0K0 | HM+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R80 | RS 0,5W 200 DHM | RS 0069.8017.00 | BI_TECHNOL | 82 P | |||
R81 | RL 0,60W 475 OH | IM+-1%TK50 | RL 0083.0390.00 | RESISTA | MK2 | ||
R82 |
RESISTOR
RL 0,60W 121 DH |
M+-1%TK50 | RL 0082.9859.00 | RESISTA | MK2 | ||
R83 | RL 0,60W 121 OH | M+-1%TK50 | RL 0082.9859.00 | RESISTA | MK2 | ||
R84 | RL 0,60W 392 OH | IM+-1%TK50 | RL 0082.2183.00 | RESISTA | MK2 | ||
R85 | RL 0,60W 182 OH | M+-1%TK50 | RL 0083.0010.00 | RESISTA | MK2 | ||
R86 | RL 0,60W 392 OH | M+-1%TK50 | RL 0082.2183.00 | RESISTA | MK2 | ||
R87 | RL O-OHM-WIDERS | T. 0204 | RL 0069.0000.00 | DRALORIC | OMA 0204 | ||
R90 | RL 0,60W 150 KO | HM+-1%TK50 | RL 0083.2129.00 | RESISTA | MK2 | ||
R91 | RS 0,5W2OKOHM+- | 20%KURVE1 | RS 0069.8075.00 | BOURNS | 3329H-1 | ||
R92 | RL 0,60W 1,82KO | HM+-1%TK50 | RL 0082.2277.00 | RESISTA | MK2 | ||
R93 | RL 0,60W 221 OH | M+-1%TK50 | RL 0083.0084.00 | RESISTA | MK2 | ||
R94 | RL 0,60W 1KOHM+ | - 1%TK50 | RL 0082.2160.00 | RESISTA | MK2 | ||
R95 | RL 0,60W 549 OH | IM+-1%TK50 | RL 0083.0455.00 | RESISTA | MK2 | ||
R96 | RL 0,60W 182 OH | M+-1%TK50 | RL 0083.0010.00 | RESISTA | MK2 | ||
R97 | RL 0,60W 549 OH | IM+-1%TK50 | RL 0083.0455.00 | RESISTA | MK2 | ||
R98 | RS 0,3W 1KOHM+- | 10%CERMET | RS 0006.6681.00 | BECKMAN | 67 W | ||
R101 | RL 0,60W 332 KO | HM+-1%TK50 | RL 0083.2441.00 | RESISTA | MK2 | ||
R102 | RS 0,5W2OKOHM+- | RS 0069.8075.00 | BOURNS | 3329H-1 | |||
R103 | RL 0,60W 1KOHM+ | 1%TK50 | RL 0082.2160.00 | RESISTA | MK2 | ||
R104 | RL 0,60W 8,25K0 | )HM+-1%TK50 | RL 0083.1239.00 | RESISTA | MK2 | ||
R105 |
RL 0,60W 182 OH
RESISTOR |
IM+-1%TK50 | RL 0083.0010.00 | RESISTA | MK2 | ||
MENP2 | 567 3PU-D |
Äl Datum
Date |
Schaltteil
Parts li |
nste tur
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
$ | 49 14.05.98 | ED RAUSCHQUEL | LE | 0282.9115.0 | D SA | 7+ | |
ROHD | E&SCHWARZ | NOISE SOURCE | |||||
L | l | - |
Kennz.
Comp. No. |
Benennun
Designatio |
ng
on |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
entha
conta |
lten in
ined in |
|
---|---|---|---|---|---|---|---|---|
R 106 | RL 0,60W 2,32KO | HM+-1%TK50 | RL | 0082.2519.00 | RESISTA | MK2 | ||
R107 | RS 0,3W 5KOHM+- | 5% CERMET | 0282.9209.00 | VISHAY | 1260 W 5K 5% | |||
R110 | RF 0,5 W 820 OH | M +-5% | 0007.1360.00 | ROEDERSTEI | SK4 | |||
R111 | RS 47R 10% LI |
ESISIUK
N 0,5W |
RS | 0087.7277.00 | DRALORIC | 61CDP 470HM 10% P8 | ||
ACHSLAENGE A GEI | ||||||||
R112 |
AUF 27,6 MM
RL 0,60W 226 OHI |
M+-1%TK50 | RL | 0083.0090.00 | RESISTA | MK2 | ||
R113 |
RESISTOR
RL 0,60W 6,81KO |
HM+-1%TK50 | RL | 0082.2560.00 | RESISTA | MK2 | ||
R114 |
RESISTOR
RL 0,60W 1,0 DH |
M+-1%TK50 | RL | 0099.7860.00 | ROEDERSTEI | MK2 | ||
R115 | RF 0,5 W 820 OH |
UR
M +-5% |
0007.1360.00 | ROEDERSTEI | SK4 | |||
R116 | RL 0,60W 10,0 OF |
ESISTOR
HM+-1%TK50 |
RL | 0082.8852.00 | RESISTA | MK2 | ||
R117 |
RESISTOR
RL 0,60W 2,15KO |
HM+-1%TK50 | RL | 0083.0855.00 | RESISTA | MK2 | ||
R120 |
RESISTOR
RL 0,60W 10,0 OF |
HM+-1%TK50 | RL | 0082.8852.00 | RESISTA | MK2 | ||
R121 | RL 0,60W 10,0 OF | HM+-1%TK50 | RL | 0082.8852.00 | RESISTA | MK2 | ||
R123 | RL 0,60W 10,0KD | HM+-1%TK50 | RL | 0083.1297.00 | RESISTA | MK2 | ||
R124 |
RESISTUR
RL 0,60W 10,0KD |
HM+-1%TK50 | RL | 0083.1297.00 | RESISTA | MK2 | ||
R125 | RL 0,60W 4,75K0 | HM+-1%TK50 | RL | 0083.1097.00 | RESISTA | MK2 | ||
R126 | RL 0,60W 10,0KO | HM+-1%TK50 | RL | 0083.1297.00 | RESISTA | MK2 | ||
R127 |
RESISTOR
RL 0,60W 100K0H |
M+-1%TK50 | RL | 0082.1764.00 | RESISTA | MK2 | ||
R131 | RL 0,60W 100K0H | M+-1%TK50 | RL | 0082.1764.00 | RESISTA | MK2 | ||
R132 | RL 0,60W27,40 OF | HM+-1%TK50 | RL | 0082.9271.00 | RESISTA | MK2 | ||
R133 | RL 0,60W 121 OH | M+-1%TK50 | RL | 0082.9859.00 | RESISTA | MK2 | ||
R134 | RL 0,60W 1KOHM+- | - 1%TK50 | RL | 0082.2160.00 | RESISTA | MK 2 | ||
R135 | RL 0,60W18,20 OF | HM+~1%TK50 | RL | 0082.9107.00 | RESISTA | MK2 | ||
R136 | RL 0,60W18,20 OF | HM+-1%TK50 | RL | 0082.9107.00 | RESISTA | MK2 | ||
R137 | RL 0,60W 182 OH | M+-1%TK50 | RL | 0083.0010.00 | RESISTA | MK2 | ||
R138 | RL 0,60W 2,21KOF | HM+~1%TK50 | RL | 0082.2477.00 | RESISTA | MK2 | ||
R140 |
RL 0,60W 75,0 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9665.00 | RESISTA | MK.2 | ||
R141 |
RL 0,60W 100 OHM
RESISTOR |
M+-1%TK50 | RL | 0082.6543.00 | RESISTA | MK2 | ||
R142 |
RL 0,60W 78,7 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9688.00 | RESISTA | MK2 | ||
R143 |
RL 0,60W 1,50KDH
RESISTOR |
HM+~1%TK50 | RL | 0083.0732.00 | RESISTA | MK2 | ||
R144 |
RL 0,60W 39,2 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9420.00 | RESISTA | MK2 | ||
R145 |
RL 0,60W 1,50K0H
RESISTOR |
HM+-1%TK50 | RL | 0083.0732.00 | RESISTA | MK2 | ||
R146 |
RL 0,60W 78,7 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9688.00 | RESISTA | MK2 | ||
R147 |
RL 0,60W 78,7 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9688.00 | RESISTA | MK2 | ||
R150 |
RL 0,60W 1,50KOH
RESISTOR |
HM+-1%TK50 | RL | 0083.0732.00 | RESISTA | MK2 | ||
R151 |
RL 0,60W 78,7 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9688.00 | RESISTA | MK2 | ||
R152 |
RL 0,60W 54,9 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9565.00 | RESISTA | MK2 | ||
R153 |
RL 0,60W24,30 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9220.00 | RESISTA | MK2 | ||
R154 |
RL 0,60W 54,9 OH
RESISTOR |
HM+-1%TK50 | RL | 0082.9565.00 | RESISTA | MK2 | ||
MENP2 | 567 3PU-D | Äl Datum | + |
Schaltteill
Parte lie |
iste für | Sachnummer | Blatt-Nr. | |
, a96 | ||||||||
ROHD | 49 | 14.05.98 | ED RAUSCHQUELI | _E | 0282.9115.00 | ) 5A | 8+ | ||
NOISE SOURCE |
Kennz.
Comp. No. |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
entha
contai |
lten in
ined in |
|
---|---|---|---|---|---|---|---|
R 155 | RL 0,60W 32,4 OHM+- | -1%TK50 | L 0082.9494.00 | RESISTA | MK2 | ||
R156 | RL 0,60W 71,5 OHM+- | -1%TK50 | L 0082.9659.00 | RESISTA | MK2 | ||
R157 | RL 0,60W 32,4 OHM+- | - 1%TK50 | L 0082.9494.00 | RESISTA | MK2 | ||
R160 | RL 0,60W16,90 OHM+- | -1%TK50 | L 0082.9071.00 | RESISTA | MK2 | ||
R161 | RL 0,60W 158 OHM+- | 1%TK50 R | L 0082.9965.00 | RESISTA | MK2 | ||
R162 | RL 0,60W16,90 OHM+- | -1%TK50 | L 0082.9071.00 | RESISTA | MK2 | ||
R163 |
RESISTOR
RL 0, 1W 8,660HM+-* |
1%TK50 | 0086.5370.00 | SFERNICE | RCMSO2K3 | ||
R164 |
RESISTOR
RL 0,60W 324 OHM+-* |
1%TK50 R | L 0083.0249.00 | RESISTA | MK2 | ||
R165 | RL 0, 1W 8,660HM+ | 1%TK50 | 0086.5370.00 | SFERNICE | RCMSO2K3 | ||
R166 |
RESISTOR
RL 0,60W4,32 OHM+-1 |
1%TK50 R | L 0099.8015.00 | ROEDERSTEI | MK2 | ||
R167 | RL 0,60W 649 0HM+-1 | 1%TK50 R | L 0082.2402.00 | RESISTA | MK2 | ||
R170 | RL 0,60W4,32 OHM+-1 | 1%TK50 R | L 0099.8015.00 | ROEDERSTEI | MK2 | ||
R171 | RL 0,1W 9,530HM+-1 | I%TK50 | 0086.5412.00 | SFERNICE | RCMSO2K3 | ||
R172 | RL 0,60W 287 OHM+-1 | 1%TK50 R | L 0083.0190.00 | RESISTA | MK2 | ||
R173 |
RL 0,1W 9,530HM+-1
RESISTOR |
1%TK50 | 0086.5412.00 | SFERNICE | RCMSO2K3 | : | |
R174 | RL 0,60W12,70 OHM+- | -1%TK50 R | L 0082.8952.00 | RESISTA | MK2 | 1 | |
R175 |
RL 0,60W 215 OHM+-1
RESISTOR |
1%TK50 R | L 0083.0078.00 | RESISTA | MK2 | ||
R176 |
RL 0,60W12,70 OHM+-
RESISTOR |
-1%TK50 R | L 0082.8952.00 | RESISTA | MK2 | ||
R177 |
RL 0,60W 121 OHM+-1
RESISTOR |
1%TK50 R | L 0082.9859.00 | RESISTA | MK2 | ||
RS3 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS4 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS5 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS6 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS7 |
SR 5V3600HM1MAL1RH-
RELAY |
JC~GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS8 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS9 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS11 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS12 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS13 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS14 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS 15 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS16 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS17 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS18 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS 19 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS20 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS21 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | i | |
RS22 |
SR 5V3600HM1MAL1RH-
RELAY |
JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS23 |
SR 5V3600HM1MAL1RH-
RELAY |
-JC-GEH S | R 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
MENP2 | 567 3PU-D äi |
Datum
Date |
Schaltteill
Parts lis |
iste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
A | 0282 0115 00 | ||||||
ROHD | 4.05.98 | -E | , 3A | 9+ | |||
NUISE SUURCE |
Kennz.
Comp. No. |
Benennun
Designatio |
ng
on |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
---|---|---|---|---|---|---|---|
RS24 | SR 5V3600HM1MAL | 1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS25 | SR 5V3600HM1MAL | 1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS26 | SR 5V3600HM1MAL | 1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS27 | SR 5V3600HM1MAL | 1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS28 | SR 5V3600HM1MAL | 1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS29 | SR 5V3600HM1MAL | 1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS30 | SR 5V3600HM1MAL | 1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
RS31 |
SR 5V3600HM1MAL
RELAY |
1RH-JC-GEH | SR 0412.0027.00 | HAMLIN | HE 721 A 6732 | ||
SI1 | SS SCHMELZS.T63 | O IEC127/3 | SS 0020.7381.00 | WICKMANN | TO.63 NR.19195 | ||
S12 | SS SCHMELZS.T63 | 0 IEC127/3 | SS 0020.7381.00 | WICKMANN | TO.63 NR.19195 | ||
SI3 |
SS SCHMELZS. T800
FUSE |
0 IEC127/3 | SS 0020.7417.00 | WICKMANN | TO.8 NR.19195 | ||
ST1 |
FP STIFTLEISTE :
PIN CONNECTOR 5-POLIG |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST2 |
FP STIFTLEISTE :
PIN CONNECTOR 6-POLIG |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST3 |
FP STIFTLEISTE :
PIN CONNECTOR 5-POLIG |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST4 |
FP STIFTLEISTE :
PIN CONNECTOR 4-POLIG |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST5 |
FP STIFTLEISTE :
PIN CONNECTOR 13-POLIG |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST6 |
FP STIFTL.WIN 30
ANGLE PIN CONNEC 9-POLIG |
6P.R2,54
CTOR 4 WAY |
FP 0288.1945.00 | BINDER | 11-0229-00-36 | ||
ST7 |
FP STIFTL.WIN 30
ANGLE PIN CONNEC 13-POLIG |
6P.R2,54
CTOR 4 WAY |
FP 0288.1945.00 | BINDER | 11-0229-00-36 | ||
Т1 | AK BCY59IX N | 45V 200MA | AK 0010.5163.00 | VALVO | BCY59IX | ||
Т2 | AK BCY79IX P | 45V 200MA | AK 0010.3777.00 | VALVO | BCY79IX | ||
ТЗ | AK BCY59IX N | 45V 200MA | AK 0010.5163.00 | VALVO | BCY59IX | ||
Т4 | AK BCY59IX N | 45V 200MA | AK 0010.5163.00 | VALVO | BCY59IX | ||
Т5 | AM BF245B N-D | 30V JFET | AM 0010.8627.00 | TEXAS | BF245B | ||
Т6 | AM BF245B N-D | 30V JFET | AM 0010.8627.00 | TEXAS | BF245B | ||
Т13 |
AK BFX48 P (
TRANSISTOR |
30V 100MA | AK 0010.3202.00 | SGS-THOMSO | BFX 48 | ||
Т14 | AK 2N3947 N | 40V 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | ||
T15 | AK 2N3947 N 4 | 40V 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | ||
Т16 | AK 2N3947 N | 40V 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | ||
T17 | AK 2N5583 P C | 30V 500MA | 0377.3871.00 | MOTOROLA | 2N5583 | ||
T18 | AK 2N3947 N | 40V 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | ||
Т 19 | AK 2N3947 N | 40V 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | ||
Т20 | AK BFX48 P C | 30V 100MA | AK 0010.3202.00 | SGS-THOMSO | BFX 48 | ||
T21 | AL BD233 (BD237 |
) 45V 2AO
3 (BD237) |
0010.0784.20 | ||||
Т23 |
AK BCY59IX N
TRANSISTOR |
45V 200MA | AK 0010.5163.00 | VALVO | BCY59IX | ||
MENDO | ". Datum | Schaltteill | iste für | Sachnummer | Blatt-Nr. | ||
WENP2 | 567 380-0 | Al Date | Parts li | st for | Stock No. | Page | |
ROHD | E&SCHWARZ | 49 14.05.98 | ED RAUSCHQUELI | _E | 0282.9115.00 | ) SA | 10+ |
ROHDE&SCHWARZ NOISE SOURCE |
Г |
Kennz.
Comp. No. |
Ĩ |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
|||
---|---|---|---|---|---|---|---|---|---|---|---|
F | Т24 | AK BCY791X | P 45 | V 200MA | AK | 0010.3777.00 | VALVO | BCY79IX | |||
т25 | AK 2N3947 | N 40 | V 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | - | ||||
TRANSISTUR | ( | ||||||||||
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ļ | |||||||||||
ŀ | Datum | Schaltteill | iste für | Sachnummer | Blatt-Nr. | ||||||
- 83 | WENP2 | 567 3P | ′U−D ÄI | Date | Parts lis | t for | Stock No. | Page | |||
26-06 | 49 | 14.05.98 | | 1 | ED RAUSCHQUELL | -E | 0282 | .9115.00 | SA | 11- | ||
95.00. | ROHD | E&SCHWA | RZ | | 1 | NOISE SOURCE | ||||||
• L | ·- · | L |
Kennz.
Comp. No. |
Benennu
Designati |
ng
ion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
||
---|---|---|---|---|---|---|---|---|---|
А |
ZUGEHOERIGER
282.9515 S |
STROMLAUF | |||||||
B1 | BP QDSP4332 | +-ANZ RTR | 0302.7934.00 | HEWLETT_PA | QDSP-4332 HKL | D+E | |||
В2 | BP 5082-7610 | 7SEGM RTL | 0293.6241.00 | HEWLETT_PA | QDSP-4330 HKL | _ D+E | |||
ВЗ | BP 5082-7610 | 7SEGM RTL | 0293.6241.00 | HEWLETT_PA | QDSP-4330 HKL | _ D+E | |||
BU1 | FP BUCHSENLEIST |
E 18POL.
NNECTOR |
FP | 0280.9747.00 | DUPONT CON | 67231-009 | |||
BU2 |
FP BUCHSENLEIST
SOCKET CONNECTO |
E 16POL.
DR |
FP | 0230.2249.00 | BERG_ELEKT | 76325 | |||
BU3 |
FP BUCHSENLEIST
ANGLE SOCKET CO |
E 18POL.
INNECTOR |
FP | 0280.9747.00 | DUPONT CON | 67231-009 | |||
BU4 |
FP BUCHSENLEIST
SOCKET CONNECTO |
E 16POL.
DR |
FP | 0230.2249.00 | BERG_ELEKT | 76325 | |||
BU5 | FP BUCHSENLEIST | E 18POL. | FP | 0280.9747.00 | DUPONT CON | 67231-009 | |||
BU6 | SOCKET CONNECTO |
E 16PUL.
)R |
IFP | 0230.2249.00 | BERG_ELEKT | 76325 | |||
SOCKET CONNECTO |
E 9PUL.
)R |
FP | 0510.1491.00 | DUPUNI CUN | 76323-209 | ||||
DUð | SOCKET CONNECTO | R ISPOL. | FP | 0510.1391.00 | BERG_ELEKI | /6323 | |||
GL1 |
AF HLMP3401 LE
LED |
D GE RD5 | 0092.8703.00 | HEWLETT_PA | HLMP~3401 #SC | 2HKL EF | |||
GL2 | AF HLMP3401 LE | D GE RD5 | 0092.8703.00 | HEWLETT_PA | HLMP~3401 #SC | 2HKL EF | |||
GL3 |
AF HLMP3502 LE
LED |
D GN RD5 | 0235.4862.00 | HEWLETT_PA | HLMP3502-F-OC | 02 | |||
R1
4 |
RL 0,60W 221 OH
RESISTOR |
IM+-1%TK50 | RL | 0083.0084.00 | RESISTA | MK2 | |||
S1 | SB SCHALTELEMEN | IT M.LED RT | SB | 0099.0689.40 | ALCATEL | 27592 70279 | |||
$5
$5 |
SB SCHALTELEMEN | IT UNBEL. | 0099.0672.00 | ALCATEL | 275 927 0282 | ||||
S6 | SB SCHALTELEMEN | IT UNBEL. | 0099.0672.00 | ALCATEL | 275 927 0282 | ||||
S7 | SB SCHALTELEMEN | IT M.LED RT | SB | 0099.0689.40 | ALCATEL | 27592 70279 | |||
ST1 |
FP STIFTL.WIN 3
ANGLE PIN CONNE 5-POLIG |
6P.R2,54
CTOR 4 WAY |
FP | 0288.1945.00 | BINDER | 11-0229-00-36 | 5 | ||
! | |||||||||
Datum | Schaltteill | iste für | Sachnummer | Blatt-Nr | |||||
MENP2 | 567 3PU-D | Äl Date | Parts lis | st for | Stock No. | Page | |||
E&SCHWAD7 | 07 14.05.98 | f | ED BEDIENPLAT | ſE | 0282.9 | 415.00 | SA | 1- | |
( | CONTROL BOARD |
Kennz.
Comp. No. |
Benenni
Designa: |
ung
tion |
Sachnu
Stoc |
immer
k No. |
Hersteller
Manufacturer |
Bez
Des |
zeichnung
signation |
entha
contai |
lten in
ined in |
|||
---|---|---|---|---|---|---|---|---|---|---|---|---|
В1 | BL SN74 | 17N HEX | . BUF | F.DRIV. | 0244. | 8538.00 | TEXAS | SN 7 | 7417 N | |||
В2 | BL MC14 | 556BCP | 2X1: | 4DEMUX. | 0 | 0282. | 3400.00 | HARRIS | CD45 | 556BE | ||
в3 | BL SN74 | LS298N | NP.MUX | 0 | 0303. | 1452.00 | TEXAS | SN74 | 1LS298N | |||
В4 |
IC 4/2
BL SN74 |
LSOON 4 |
SN
/2IN |
74LS298
IP.NAND |
0266. | 4641.00 | TEXAS | SN74 | 1LSOON | |||
B5 |
IC NAND
BL CD40 |
GATE SI
12BE |
N74L
2X4I |
.SOON
N.NANDG |
086. | 7015.00 | RCA | CD40 | D12BE | |||
В6 |
NAND GA
BL SN54 |
TE
LS247J |
7SEG | M.DECOD | 0 | 0294. | 9673.00 | TEXAS | SN54 | 4LS247J | ||
В7 |
IC SEGM
BL SN54 |
ENT DECI |
ODER
7SEG |
SN54LS
M.DECOD |
0294. | 9673.00 | TEXAS | SN54 | 4LS247J | |||
В8 |
IC SEGM
BL SN74 |
LSO5N 6 |
ODER
/INV |
SN54LS
ERT. OC |
0266. | 7911.00 | TEXAS | SN74 | ILS05N | |||
в9 |
IC INVE
BL SN74 |
RTER SN
LS74AN |
74LS
2/D- |
05N
FLIPFL. |
0266. | 7934.00 | TEXAS | SN74 | ILS74N/AN | |||
в10 |
IC FLIP
BL SN74 |
-FLOP SI
LS38N 4 |
N74L
/2IN |
.S74N
IP . NANDO |
0216. | 2000.00 | TEXAS | SN74 | ILS38N | |||
B11 |
LOW POW
BL CD40 |
IER
198BF |
2X N | ONOFLOP | 0517. | 7550.00 | RCA | CD40 | 98BF | |||
B12 |
MONO FL
BL SN74 |
.0P
LS132N 4 |
4XSC | HMITT. | 0267. | 0291.00 | TEXAS | SN74 | 4LS132N | |||
В13 |
SCHMITT
BL SN74 |
TRIGGE |
R
/2IN |
IP.NAND | 0 | 0266. | 4641.00 | TEXAS | SN74 | LSOON | ||
B14 |
IC NAND
BL SN74 |
GATE SI |
N74L
/INV |
SOON
ERT. OC |
c | 0266. | 7911.00 | TEXAS | SN74 | LS05N | ||
B15 |
IC INVE
HS BC27 |
RTER SN
16 PROG |
74LS
RAMN |
05N
IIERT |
6 | 0282. | 9067.00 | |||||
B16 |
BC2716
BL CD40 |
PROGRAMI
29BE |
MED
U/D- |
COUNTER | . 9800 | 7167.00 | HARRIS | CD40 | 029BE | |||
B17 |
COUNTER
BL CD40 |
29BE | | U/D- | COUNTER | c | . 9800 | 7167.00 | HARRIS | CD4C | 029BE | ||
B18 |
CUUNTER
BL CD40 |
29BE | | U/D- | COUNTER | 0 | 086. | 7167.00 | HARRIS | CD40 | 029BE | ||
В19 |
COUNTER
BL_MC14 |
503BAL | 6XBU | FF. 3S | 6 | 0418. | 0212.00 | HARRIS | CD45 | 503BF | ||
B20 |
BUFFER
BL MC14 |
503BAL |
E
6XBU |
FF. 3S | 0418. | 0212.00 | HARRIS | CD45 | 503BF | |||
B21 |
BUFFER
BL CD40 |
E
4X2I |
N.NANDG | 0252. | 7337.00 | RCA | CD40 | 011BE | ||||
B22 |
NAND GA
BL PC74 |
HCTO4P | 6X | INVERT. | 037 9 . | 6726.00 | PHILIPS | (PC) | 74HCTO4N(P) | |||
B23 | BL CD40 | SOBE | 4X2I | N.EXORG | 6 | 086. | 7173.00 | RCA | CD4C | O3OBE(CD407OBE) | ||
B24 | BL CD40 | 11BE | 4X2I | N.NANDG | 0252. | 7337.00 | RCA | CD40 | 011BE | |||
B25 | BL CD40 | 98BF : | 2X N | IONOFLOP | d | 0517. | 7550.00 | RCA | CD40 | 988F | ||
B26 | 988F : | 2X N | IONOFLOP | c | 0517. | 7550.00 | RCA | CD40 | 98BF | |||
B27 | LS22N 2 | /4IN | P.NAND. | C | 0282. | 9280.00 | TEXAS | SN74 | ILS22N | |||
BR 1 | FP KURZ | SCHLUSS | BUCH | SE | FP C | 0491. | 7042.00 | IS | IPC- | -254-BL01 | ||
BR2 | FP KURZ | BUCH | ISE | FP ( | 0491. | 7042.00 | IS | IPC- | -254-BL01 | |||
BR3 | BUCH | ISE | FP ( | 0491. | 7042.00 | IS | IPC- | -254-BL01 | ||||
BR4 | BUCH | ISE | FP C | 0491. | 7042.00 | IS | IPC- | -254-BL01 | ||||
BU1 | FP BUCH |
SENLEIS
OCKET C |
TE 2
ONNE |
4POL.
CTOR |
FP ( | 0219. | 3342.00 | DUPONT CON | 6723 | 31-012 | ||
C1 | CK 1,0U | F+-10%1 | 000 | QUADER | ск с | . 2006 | 5091.00 | PLESSEY | R 60 | DEI 4100AAK | ||
C2 |
PLASTIC
CK 10NF |
APAC
00V |
RM10KC | ск с | 0006. | 4808.00 | WESTERMANN | FKC | 3 | |||
СЗ |
PLASTIC
CK 10NF |
-FUIL C. |
APAC
OOV |
RM10KC | ск с | 2006. | 4808.00 | WESTERMANN | FKC | 3 | ||
C4 |
PLASTIC
CE 1,0U |
-FUIL C |
APAC
5V 5 |
1 TUR
X 4X 7 |
CE C | 0022. | 8185.00 | KEMET | т340 | D A105M040 AS | ||
C5 | +-20%63 |
APAC
V |
RM5 | 6 | . 8000 | 7440.00 | PHILIPS_CO | 2222 | 2 116 90112 | |||
C6 | CC 1 NF |
+- 5%10
CAPACI |
APAC
OV N TOR |
PO VIEL | 0060. | 0894.00 | AVX | MR ( | 061 A 102 JAA | |||
MENP2 | 567 | 3PU-D | ÄI | Datum | Schaltteil | liste für | Sachnummer | Blatt-Nr. | ||||
Date | 1 990 | |||||||||||
ROHD | E&SCH\ | WARZ | 23 | 14.05.98 | E | D DIG | GITALPLA | TTE | 0282.9515.00 | 5A | 1+ | |
D | IGITA | L BOARD |
Comp. No. |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
|
---|---|---|---|---|---|---|---|
C7 | CE 47UF+-20%63V | RM5 | 0008.7440.00 | PHILIPS_CO | 2222 116 90112 | ||
C8 | CE 10UF+-20%63V R | D9XH12 | 0008.7910.00 | PHILIPS_CO | 2222 036 90362 | ||
С9 | CE 15 UF+-20%20V | 7X 5X11 | CE 0022.8127.00 | KEMET | T340 C156M020 AS | ||
C10 | CE 100NF+-20%35V | 5X 4X 7 | CE 0022.8156.00 | KEMET | T340 A104M040 AS | ||
C11 | CC 1 NF+- 5%100V | NPO VIEL | 0060.0894.00 | AVX | MR 061 A 102 JAA | ||
C12 | CK 22NF+-5%63V RD | 2,5H7MKT | СК 0099.2881.00 | ROEDERSTEI | MKT 1826-322-01-4W | ||
C13 |
CAPACITOR
CK 10NF+-5%63V RD |
2,5H7MKT | СК 0099.2869.00 | ROEDERSTEI | MKT 1826-310-014W | ||
C14 | CE 100NF+-20%35V | 5X 4X 7 | CE 0022.8156.00 | KEMET | T340 A104M040 AS | ||
C15 | CE 1, OUF+-20%35V | 5X 4X 7 | CE 0022.8185.00 | KEMET | T340 A105M040 AS | ||
C16 | CE 10UF+~20%63V R | D9XH12 | 0008.7910.00 | PHILIPS_CO | 2222 036 90362 | ||
C17 | CC 2,7NF+-10%5X6R | 2000 | CC 0087.7077.00 | PHILIPS_CO | 2222 630 01272 | ||
CL 1 | זחוו | 1N4448 " | |||||
DIODE | 1114440 | ||||||
11/1/18 " | |||||||
דטוי י | 184448 | ||||||
דטט
דטט |
DHTI TDC CE | 1N4448 " | |||||
GLS |
AD IN4448 75V
DIODE |
AD 0012.0700.00 | 1N4440 | ||||
AD IN4448 75V
DIODE |
AD 0012.0700.00 | 1N4440 | |||||
AD IN4448 75V
DIODE |
AD 0012.0700.00 | 1N4440 | |||||
GL8 |
AD IN4448 75V
DIODE |
AD 0012.0700.00 | 114440 | ||||
AD 1N4448 75V
DIODE |
AD 0012.0700.00 | PHILIPS_SE | 1N4448 " | ||||
GL10 |
AD IN4448 75V
DIODE |
AD 0012.0700.00 | PHILIPS_SE | 1N4448 " | |||
GL11 |
AD 1N4448 75V
DIODE |
UDI | AD 0012.0700.00 | PHILIPS_SE | 1N4448 " | ||
GL 12 |
AD 1N4448 75V
DIODE |
UDI | AD 0012.0700.00 | PHILIPS_SE | 1N4448 " | ||
GL 13 |
AD 1N4448 75V
DIODE |
UDI | AD 0012.0700.00 | PHILIPS_SE | 1N4448 " | ||
GL 14 |
AD 1N4448 75V
DIODE |
UDI | AD 0012.0700.00 | PHILIPS_SE | 1N4448 " | ||
GL15 |
AD 1N4448 75V
DIODE |
UDI | AD 0012.0700.00 | PHILIPS_SE | 1N4448 " | ||
GL 16 |
AE 5082-2800 S
DIODE |
СНОТТКҮ | AE 0012.9066.00 | HEWLETT_PA | 5082-2800 | ||
GL17 |
AE 5082-2800 S
DIODE |
СНОТТКҮ | AE 0012.9066.00 | HEWLETT_PA | 5082-2800 | ||
GL 18 |
AE 5082-2800 S
DIODE |
СНОТТКҮ | AE 0012.9066.00 | HEWLETT_PA | 5082-2800 | ||
GL19 |
AE 5082-2800 S
DIODE |
СНОТТКҮ | AE 0012.9066.00 | HEWLETT_PA | 5082-2800 | ||
R1 | RL 0,60W 10,0K0HM | I+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R2 |
RESISTOR
RL 0,60W 10,0K0HM |
I+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R3 |
RESISTOR
RL 0,60W 10,0KOHM |
I+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R4 |
RESISTOR
RL 0,60W 10,0K0HM |
1+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | 2 | |
R5 |
RESISTOR
RL 0,60W 100K0HM+ |
1%TK50 | RL 0082.1764.00 | RESISTA | MK2 | ||
R6 |
RESISTOR
RL 0,60W 100K0HM+ |
1%TK50 | RL 0082.1764.00 | RESISTA | MK2 | ||
R7 |
RESISTOR
RL 0,60W 274 OHM+ |
RL 0083.0178.00 | RESISTA | MK2 | |||
R8 |
RESISTOR
RL 0,60W 5,62KOHN |
1+-1%TK50 | RL 0082.2190.00 | RESISTA | MK2 | ||
RESISTOR | |||||||
| | Detur | C-L-IA* | llista für | Cartering | Blatt-Nr | ||
MENP2 | 567 3PU-D äi |
Datum
Date |
Parts I | ist for | Stock No. | Page | |
ک | 23 | 14.05.98 | ED DIGITALPLA | TTE | 0282.9515.00 | ) SA | 2+ |
ROHD | E&SCHWARZ | DIGITAL BOARD | ) |
Kennz.
Comp. No. |
Ber
Des |
nennu
signati |
ng
ion |
Sachni
Stoc |
ummer
k No. |
Hersteller
Manufacturer |
Be:
De: |
zeichnung
signation |
entha
conta |
lten in
ined in |
||
---|---|---|---|---|---|---|---|---|---|---|---|---|
R9 | RL 0,60W 1,8 | 82KC | )HM+ | -1%TK50 | RL | 0082 | . 2277 . 00 | RESISTA | MK2 | |||
R10 | RL 0,60W 22 | 1 OH | łM+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R11 | RL 0,60W 150 | 0 0⊢ | -+M+ | 1%TK50 | RL | 0082. | . 9942 . 00 | RESISTA | MK 2 | |||
R12 | RL 0,60W 22 | 1 0⊢ | | M+− | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R13 | RL 0,60W 22 | 1 0⊢ | {M+− | 1%TK50 | RL | 0083 | .0084.00 | RESISTA | MK2 | |||
R14 | RL 0,60W 22 | 1 0⊦ | |M+- | 1%TK50 | RL | 0083 | . 0084 . 00 | RESISTA | MK 2 | |||
R15 | RL 0,60W 22 | 1 OH | ₩+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK2 | |||
R16 | RL 0,60W 22 | 1 0⊦ | 1M+- | 1%⊺K50 | RL | 0083. | .0084.00 | RESISTA | MK2 | |||
R17 | RL 0,60W 22 | 1 OH | {M+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R18 | RL 0,60W 22 | 1 OH | {M+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R19 | RL 0,60W 22 | 1 0H | 1M+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R20 |
RL 0,60W 22
RESISTOR |
1 01 | |M+− | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK2 | |||
R21 |
RL 0,60W 22
RESISTOR |
1 0⊢ | |M+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R22 |
RL 0,60W 22
RESISTOR |
1 0H | { M +− | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R23 |
RL 0,60W 22
RESISTOR |
1 0H | |M+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R24 |
RL 0,60W 22
RESISTOR |
1 0H | 1M+ - | 1%TK50 | RL | 0083 | .0084.00 | RESISTA | MK 2 | |||
R25 |
RL 0,60W 22
RESISTOR |
1 0+ | 1M+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK2 | |||
R26 |
RL 0,60W 22
RESISTOR |
1 OH | 1M+- | 1%TK50 | RL | 0083. | .0084.00 | RESISTA | MK 2 | |||
R27 |
RL 0,60W 274
RESISTOR |
4 KC | )HM+ | -1%TK50 | RL | 0083. | .2364.00 | RESISTA | MK 2 | |||
R28 |
RL 0,60W 8,:
RESISTOR |
25KC | )HM+ | -1%TK50 | RL | 0083. | .1239.00 | RESISTA | MK2 | |||
R29 |
RL 0,60W 8,1
RESISTOR |
25KC | )HM+ | - 1%TK50 | RL | 0083. | . 1239.00 | RESISTA | MK2 | |||
R30 |
RL 0,60W 8,2
RESISTOR |
25KC | )HM+ | -1%TK50 | RL | 0083. | . 1239.00 | RESISTA | MK2 | |||
R31 |
RL 0,60W 8,1
RESISTOR |
25KC | )HM+ | -1%TK50 | RL | 0083. | . 1239.00 | RESISTA | MK2 | |||
R32 |
RL 0,60W 8,2
RESISTOR |
25KC | )HM+ | -1%1K50 | RL | 0083. | . 1239.00 | RESISTA | WK2 | |||
R33 | RESISTOR | 25KU | -1%1K50 | RL | 0083. | . 1239.00 | RESISTA | IVIK 2 | ||||
R34 | RESISTOR | RL | 0082. | 2190.00 | RESISIA | |||||||
RJD | RESISTOR | 0082. | 1207 00 | DECTOTA | ||||||||
K30 | RESISTOR | , UKU | ייאורוע | -1%1K50 | 0083. | 1297.00 | DECISTA | |||||
R38 | RESISTOR |
, UNU
9 KC |
)HW+ | -1%TK50 | 0003. | 2441 00 | RESISTA | MK 2 | ||||
R30 | RESISTOR |
∠ NU
74K∩ |
)HM+ | -1%TK50 | RI | 0083 | 0926 00 | RESISTA | MK 2 | |||
R40 | RESISTOR | 25KC | )HM+ | -1%TK50 | RI | 0083 | 1239 00 | RESISTA | MK 2 | |||
R41 |
RESISTOR
RL 0 60W 68 |
_ 1KC | )HW+ | -1%TK50 | RI | 0082 | . 2602 00 | RESISTA | MK 2 | |||
R42 |
RESISTOR
RL 0.60W 100 |
1%TK50 | RL | 0082 | . 1764.00 | RESISTA | MK 2 | |||||
R43 |
RESISTOR
RL 0,60W 100 |
OKOH | -+M+ | 1%TK50 | RL | 0082 | . 1764.00 | RESISTA | MK2 | |||
R44 |
RESISTOR
RL 0,60W 68 |
, 1KC | )HM+ | -1%TK50 | RL | 0082 | .2602.00 | RESISTA | MK2 | |||
R45 |
RESISTOR
RL 0,60W 1K |
OHM+ | 1% | ТК50 | RL | 0082 | .2160.00 | RESISTA | MK2 | |||
R46 |
RESISTOR
RL 0,60W 10 |
, OKC | )HM+ | RL | 0083 | . 1297.00 | RESISTA | MK2 | ||||
R47 |
RESISTOR
RL 0,60W 10 RESISTOR |
, OKC | )HM+ | -1%⊺K50 | RL | 0083 | . 1297.00 | RESISTA | MK 2 | |||
MENDO | 567 2011 | -n | Ä1 | Datum | Schaltteil | liste für | Sachnummer | Blatt-Nr | ||||
507 070 | ~ | Date | Parts li | st for | Stock No. | Page | ||||||
ВОНО | E&SCHWAR | z | 23 | 14.05.98 | ED DI( | GITALPLA | TTE | 0282.9515.00 | SA | 3+ | ||
DIGIT | AL BOARD |
Kennz.
Comp. No. |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
---|---|---|---|---|---|---|
R48 | RL 0,60W 10,0K0HM+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R 49 | RL 0,60W 100K0HM+-1%TK50 | RL 0082.1764.00 | RESISTA | MK2 | ||
R50 | RL 0,60W 221 0HM+-1%TK50 | RL 0083.0084.00 | RESISTA | MK2 | ||
R51 | RL 0,60W 6,81K0HM+-1%TK50 | RL 0082.2560.00 | RESISTA | MK2 | ||
R52 | RL 0,60W 5,62K0HM+-1%TK50 | RL 0082.2190.00 | RESISTA | MK 2 | ||
R53 | RL 0,60W 5,62K0HM+-1%TK50 | RL 0082.2190.00 | RESISTA | MK2 | ||
R54 | RL 0,60W 5,62K0HM+-1%TK50 | RL 0082.2190.00 | RESISTA | MK2 | ||
R55 | RN 9X100K0HM+-2%SIL10 H5 | RN 0542.5092.00 | BI_TECHNOL | L 10 1 S 104 M* | ||
R56 | RN 7X 22KOHM+-2%SIL 8 H5 | RN 0540.5720.00 | BI_TECHNOL | L 08 1 S 223 M* | ||
R57 | RN 3X100K0HM+-2%SIL6 H5 | RN 0282.9309.00 | BI_TECHNOL | L 06 3 S 104 M* | ||
R58 | RL 0,60W 10,0K0HM+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R59 |
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR |
RL 0083.1297.00 | RESISTA | MK2 | ||
R60 |
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR |
RL 0083.1297.00 | RESISTA | MK2 | ||
R62 |
RL 0,60W 5,62KOHM+-1%TK50
RESISTOR |
RL 0082.2190.00 | RESISTA | MK2 | ||
R63 |
RL 0,60W 5,62K0HM+-1%TK50
RESISTOR |
RL 0082.2190.00 | RESISTA | MK2 | ||
R64 |
RL 0,60W 2,74K0HM+-1%TK50
RESISTOR |
RL 0083.0926.00 | RESISTA | MK2 | ||
R65 |
RL 0,60W 2,21K0HM+-1%TK50
RESISTOR |
RL 0082.2477.00 | RESISTA | MK2 | ||
R66 |
RL O,6OW 3,32KOHM+−1%TK5O
RESISTOR |
RL 0083.0990.00 | RESISTA | MK 2 | ||
ST4 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST5 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST6 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR 3-POLIC |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST7 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR 3-POLIG |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST8 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR 1-POLIG |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST9 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR 16POLIG,GETEILT AUF |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST 10 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR 16POLIG,GETEILT AUF |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST1A |
2X8PUL.
FP STIFTL.WIN 36P.R2,54 ANGLE PIN CONNECTOR 4 WAY |
FP 0288.1945.00 | BINDER | 11-0229-00-36 | ||
ST1B |
FP STIFTL.WIN 36P.R2,54
ANGLE PIN CONNECTOR 8-POLIG |
FP 0288.1951.00 | BINDER | 742-11-0227-00-36 | ||
ST2A |
FP STIFTL.WIN 36P.R2,54
ANGLE PIN CONNECTOR 4 WAY |
FP 0288.1945.00 | BINDER | 11-0229-00-36 | ||
ST2B |
FP STIFTL.WIN 36P.R2,54
ANGLE PIN CONNECTOR 8-POLIG |
FP 0288.1951.00 | BINDER | 742-11-0227-00-36 | ||
ST3A |
FP STIFTL.WIN 36P.R2,54
ANGLE PIN CONNECTOR 4 WAY |
FP 0288.1945.00 | BINDER | 11-0229-00-36 | ||
ST3B |
FP STIFTL.WIN 36P.R2,54
ANGLE PIN CONNECTOR |
FP 0288.1951.00 | BINDER | 742-11-0227-00-36 | ||
MENP2 |
567 3PU-D Äl Datum
Date |
Schaltteill
Parts lis |
liste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
ROHD | E&SCHWARZ 23 14.05.98 |
ED DIGITALPLA
DIGITAL BOARD |
TTE | 0282.9515.00 | ) SA | 4+ |
Kennz.
Comp. No. |
Benennu
Designat |
ing
ion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
entha
conta |
lten in
ined in |
||
---|---|---|---|---|---|---|---|---|---|
т 1 | 8-POLIG | TY D | 45 | AK 0010 2777 00 | |||||
TRANSIST | OR | 45\ | / 2001/1A | AK 0010.3777.00 | VALVU | BCAVAIX | |||
! | |||||||||
: | |||||||||
: | |||||||||
: | |||||||||
MENP2 | 567 3 | 3PU-D | ÄI |
Datum
Date |
Schaltteill
Parts lis |
iste für
t for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
23 | 14.05.98 | ED DIGITALPLAT | TE | 0282.9515.00 | ) SA | 5- | |||
ROHD | E&SCHW | ARZ | DIGITAL BOARD |
095.0026~0693
Kennz.
Comp. No. |
Benennu
Designat |
ion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Be:
De |
zeichnung
signation |
entha
conta |
lten in
ined in |
||
---|---|---|---|---|---|---|---|---|---|---|
B1 | BO TLO74IN LN 4 | 4XFE | T OPAMP | 0568.7528.0 | O TEXAS | TLO | 74IN | |||
BU 1 | FP BUCHSENLEIS |
TE 1
DR |
3POL. | FP | 0510.1391.0 | O BERG_ELEKT | 7632 | 23 | ||
C1 | CK 4,7NF+-1%63 | /6,3 | X11 KP | ск | 0283.1701.0 | O SIEMENS | B335 | 531-A5472-F | ||
C2 | CK 4,7NF+-1%63 |
4PAC
/6,3 |
X11 KP | ск | 0283.1701.0 | OSIEMENS | B335 | 531-A5472-F | ||
СЗ | CK 18NF+-1%63V |
арас
7,50 |
DAX13 KP | ск | 0099.1933.0 | O SIEMENS | B335 | 531-A5183-F | ||
C4 |
CAPACITUR
CK 33NF+-1% 6 |
53V | 10QARD. | ск | 0294.6351.0 | OSIEMENS | B335 | 531-A5333-F | ||
C5 |
CAPACITUR
CC 10 NF +100% CERAMIC CAPACI |
HDK 6
FOR |
000 | 0022.0678.0 | O PHILIPS_CO | 2222 | 2 640 53103 | |||
R 1 | RL 0,1W 10,0K |
)
HM+ |
-1%TK50 | 0067.4772.0 | O SFERNICE | RCMS | SO2K3 | |||
R2 |
RESISTOR
RL 0,1W 8,25K0 |
)
HM+ |
0067.4750.0 | 0 SFERNICE | RCMS | SO2K3 | ||||
R3 |
RESISTOR
RL 0,1W 56,2K0 |
)HM+ | -1%TK50 | 0067.4950.0 | O SFERNICE | RCMS | SO2K3 | |||
R4 |
RESISTOR
RL 0,1W 44,2K0 |
)
HM+ |
-1%⊺K50 | 0086.3732.0 | OSFERNICE | RCMS | SO2K3 | |||
R5 |
RESISTOR
RL 0,1W 10,0K0 |
)
HM+ |
-1%TK50 | 0067.4772.0 | O SFERNICE | RCMS | 502K3 | |||
R6 |
RESISTUR
RL 0,1W 44,2K0 |
)
HM+ |
-1%TK50 | 0086.3732.0 | OSFERNICE | RCMS | SO2K3 | |||
R7 |
RESISTOR
RL 0,1W 11,5K0 |
)HM+ | -1%TK50 | 0086.3310.0 | O SFERNICE | RCMS | S02K3 | |||
R8 |
RESISTUR
RL 0,1W 10,0K |
)
HM+ |
-1%TK50 | 0067.4772.0 | OSFERNICE | RCMS | 502K3 | |||
R9 |
RESISTOR
RL 0,1W 54,9K( RESISTOR |
)HM+ | -1%TK50 | 0086.3803.0 | O SFERNICE | RCMS | 502K3 | |||
R10 | RL O, 1W 88,7K |
)
HM+ |
-1%TK50 | 0086.3955.0 | O SFERNICE | RCMS | 502K3 | |||
R11 |
RESISTOR
RL 0,1W 28,7K0 |
ЭНМ+ | -1%TK50 | 0086.3603.0 | OSFERNICE | RCMS | 502K3 | |||
R12 |
RESISTOR
RL 0,1W 10,0K |
)
HM+ |
-1%TK50 | 0067.4772.0 | O SFERNICE | RCMS | 502K3 | |||
R13 |
RESISTOR
RL 0, 1W 1000H |
/
|
%TK50 | 0067.4295.0 | OSFERNICE | RCMS | 502K3 | |||
R14 |
RESISTOR
RL 0,1W 1,00K |
)HM+ | -1%TK50 | 0067.4537.0 | OSFERNICE | RCMS | $02K3 | |||
RS1 | SR 5V3600HM1MAL | _1R⊦ | I-JC-GEH | SR | 0412.0027.0 | HAMLIN | HE 7 | 721 A 6732 | ||
. 1 | Datum | Schaltt | silliste für | Sachnummer | Blatt-Nr. | |||||
MENP | 567 3PU-D | ÄI | Date | - | Parts | list for | Stock No. | Page | ||
ROHD | E&SCHWARZ | 06 | 14.05.98 | GG SUF2-Z4 C | CIR-REC-559- | F | 0282.9615.00 | SA | 1- |
B1
BD T.CO72IN LN. 4XFET OPAMP
(PERATIONAL AMPLIFIER 0568.7528.00 TEXAS TL074IN BU1 FP BUCHSENLEISTE 13PCL. SCKET CONNECTOR 0568.7528.00 TEXAS TL074IN C1 CK 15NF+-1%63V7.50UX13 KP CAPACITOR CK 0340.8063.00 SIEMENS B33531-A5153-F C2 CA ACITOR CAPACITOR CK 0283.1699.00 SIEMENS B33531-A5182-F C3 CAPACITOR CAPACITOR CK 0340.8063.00 SIEMENS B33531-A5182-F C4 CAPACITOR CAPACITOR CK 0340.9076.00 SIEMENS B33531-A5103-F C4 CA 10NF+1%53V7.50UX13 KP CK 0340.9076.00 SIEMENS B33531-A5103-F C5 CK 10NF+1%53V7.50UX13 KP CK 0340.9076.00 SIEMENS B33531-A5103-F C4 CAPACITOR CC 0087.7525.00 VALV0 2222 640 51103 R1 R10.060M 10.0KDHM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R2 R1.0.060M 10.0KDHM+-1%TK50 RL 0083.1916.00 RESISTA MK2 R2 R1.0.060M 10.0KDHM+-1%TK50 RL 0083.1927.00 RESISTA |
||
---|---|---|
BU1 FP Dicksenietster SPC < | ||
C1
CX 150F+-1%63V7,5QUX13 KP
CAPACITOR CX 0340.8063.00 SIEMENS B33531-A5153-F C2 CX 1.81TC-FDL CAPACITOR CX 0283.1699.00 SIEMENS B33531-A5182-F C3 CX 820PF+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%63V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 0340.9076.00 SIEMENS B33531-A5103-F C4 CX 100F+-1%63V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 106F+-1%763V7.5QUX13 KP CX 06081.1297.00 SIEMENS B33531-A5103-F C4 CX 100F+-1%763V7.5QUX13 KP CX 106F+-1%763 CX 0083.1297.00 SIEMENS B33531-A5103-F C4 CX 100F+-1%7760 RL 0083.1297.00 RESISTA MK2 R5 RE1510R 10.0K0HM+-1%7760 RL 0083.1297.00 RESISTA MK2 R4 R1 0.60M 40.2K0HM+-1%750 RL 0083.1297.00 RESISTA MK2 R5 R1 0.60M 40.2K0HM+-1%750 RL 0083.1297.00 RESISTA MK2 R5 R1 0.60M 40.2K0HM+-1%750 RL 0083.1297.00 RESISTA MK2 R1 0.60M 10.6KHM+-1%750 |
||
C2
CAPALITOR
PLASTIC-FOIL CAPACITOR CK 0283.1699.00 STEMENS B33531-A5182-F C3 CK 820FF-1WS3V6.30UX11KP CK 0340.6748.00 STEMENS B33531-A5821-F C4 CAPACITOR K63V7,5QUX13 KP CK 0340.9076.00 STEMENS B33531-A5103-F C5 CK 100FF-1%63V7,5QUX13 KP CK 0340.9076.00 STEMENS B33531-A5103-F C6 CC 10NF+1%63V7,5QUX13 KP CK 0340.9076.00 STEMENS B33531-A5103-F C6 CC 10NF+1%63V7,5QUX13 KP CK 0340.9076.00 STEMENS B33531-A5103-F C6 CC 10NF+1%63V7,5QUX13 KP CK 0340.9076.00 STEMENS B33531-A5103-F C7 CAPACITOR RESISTOR RL 0083.1297.00 RESISTA MK2 R2 RL 0.60W 10.0KDHM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R4 RL 0.60W 75.0KDHM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R5 RL 0.60W 75.0KDHM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R6 RL 0.60W 10.0KDHM+-1%TK50 RL 0083.1297.00 RESISTA MK2 < |
||
C3 CK 820PF+1/K83V6.30UX11KP CK 0340.6748.00 SIEMENS B33531-A5521-F C4 CK 10MF+1/K83V6.30UX11KP CK 0340.9076.00 SIEMENS B33531-A5103-F C4 CK 10MF+1/K3V7.5QUX13 KP CK 0340.9076.00 SIEMENS B33531-A5103-F C5 CK 10MF+1/K3V7.5QUX13 KP CK 0340.9076.00 SIEMENS B33531-A5103-F C6 CC 10NF-20+50%7X8R4000 CC 0087.7525.00 VALVU 2222 640 51103 C7PACITOR RL 0.60M 10.0KDHM+-1%7K50 RL 0083.1297.00 RESISTA MK2 RESISTOR RL 0.60M 10.0KDHM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R1 R.0.60M 10.0KDHM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R2 RL 0.60M 10.0KDHM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R4 R.0.60M 10.0KDHM+-1%7K50 RL 0083.1916.00 RESISTA MK2 R5 RL 0.60M 10.0KDHM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R5 RL 0.60M 10.0KDHM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R6 RL 0.60M 10.0KDHM+-1%7K50 RL 0083.1297.00 RESISTA MK2 | ||
CAPACITOR CK 0340.9076.00 SIEMENS B33531-A5103-F C5 CK 10NF+-1%50Y7,5QUX13 KP CK 0340.9076.00 SIEMENS B33531-A5103-F C6 CC 10NF-20+50%7X8R4000 CC 0087.7525.00 VALV0 2222 640 51103 R1 RL 0.60W 10.0K0HM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R3 RL 0.60W 10.0K0HM+-1%7K50 RL 0083.197.00 RESISTA MK2 R3 RL 0.60W 10.0K0HM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R4 R.060W 10.0K0HM+-1%7K50 RL 0083.1916.00 RESISTA MK2 R4 R.060W 10.0K0HM+-1%7K50 RL 0083.152.00 DRALORIC SMA0207 R5 R10.050W 10.0K0HM+-1%7K50 RL 0083.152.00 RESISTA MK2 R5 RL 0.60W 10.0K0HM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R6 R10.050W 10.0K0HM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R10 R10.050W 10.0K0HM+-1%7K50 RL 0083.1297.00 RESISTA MK2 R11 R10.500W 10.0K0HM+-1%7K50 | ||
CAPACITOR CAPACITOR CK 0340.9076.00 SIEMENS B33531-A5103-F CC 10NF-20+50X7X8R4000 CC 0087.7525.00 VALV0 2222 640 51103 R1 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R2 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R3 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R4 RL 0.60W 75,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R4 RL 0.60W 75,0K0HM+-0,1%TK50 RL 0083.1916.00 RESISTA MK2 R5 RL 0.60W 75,0K0HM+-1%TK50 RL 0083.152.00 DRALORIC SMA0207 R6 RL 0.60W 40,2K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R7 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R8 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R10 R60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R11 RL 0.60W 12,0K0HM+-1%TK50 RL 0083.1297.00 RES | ||
CAPACITOR
CC 10NF-20+50%7X8R4000
CAPACITOR CC 0087.7525.00 VALVD 2222 640 51103 R1 RL 0,60W 10,0K0HM+-1%TK50 RESISTA RL 0083.1297.00 RESISTA WK2 R2 RL 0,60W 10,0K0HM+-1%TK50 RESISTA RL 0083.1297.00 RESISTA WK2 R3 RL 0,60W 10,0K0HM+-1%TK50 RESISTA RL 0083.1297.00 RESISTA WK2 R4 RL 0,60W 75,0K0HM+-1%TK50 RESISTA RL 0083.1297.00 RESISTA WK2 R5 RL 0,60W 75,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA WK2 R5 RL 0,60W 29,4K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA WK2 R6 RL 0,60W 40,2K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA WK2 R7 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R1 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R11 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R12 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 |
||
R1
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR RL 0083.1297.00 RESISTA MK2 R2 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0082.1770.00 RESISTA MK2 R3 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R4 RL 0,60W 17,0K0HM+-1%TK50 RESISTOR RL 0083.1916.00 RESISTA MK2 R5 RL 0,60W 29,4K0HM+-1%TK50 RESISTOR RL 0083.1622.00 RESISTA MK2 R6 RL 0,60W 40,2K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R7 RL 0,60W 40,2K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R8 RL 0,60W 10,0K0HM+-1%TK50 RL 0,60W 10,0K0HM+-1%TK50 RL 0,60W 10,0K0HM+-1%TK50 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R11 RL 0,60W 102,K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R11 RL 0,60W 102,K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA MK2 R12 RL 0,60W 102,K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R13 RL 0,60W 102,0K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R14 RL 0,60W 132,0HM+ |
||
R2 RESISTOR RL 0.660W147 K0HM+-11%TK50 RL 0082.1770.00 RESISTA NK2 R3 RL 0.60W 10,0K0HM+-11%TK50 RL 0083.1297.00 RESISTA NK2 R4 RL 0.60W 75,0K0HM+-0,1%TK50 RL 0083.1916.00 RESISTA NK2 R5 RL 0.60W 75,0K0HM+-0,1%TK50 RL 0083.1916.00 RESISTA NK2 R5 RL 0.60W 79,94K0HM+-0,1%TK50 RL 0083.152.00 DRALORIC SMA0207 R6 RL 0.60W 40,2K0HM+-1%TK50 RL 0083.152.00 RESISTA NK2 R7 RL 0.60W 40,2K0HM+-1%TK50 RL 0083.1297.00 RESISTA NK2 R8 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA NK2 R9 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA NK2 R11 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA NK2 R12 R60W 40,2K0HM+-1%TK50 RL 0083.1297.00 RESISTA NK2 R12 R60W 40,2K0HM+-1%TK50 RL 0083.1297.00 RESISTA NK2 R13 RL 0.60W 40,2K0HM+-1%TK50 RL 0083.1297.00 RESISTA NK2 R13 R | ||
R3 RESISTOR RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA WK2 R4 R. 0.60W 75,0K0HM+-1%TK50 RL 0083.1916.00 RESISTA WK2 R5 RL 0.35W17,2K0HM+-0,1%TE50 RL 0083.1916.00 DRALORIC SMA0207 R6 RL 0.40W 29,4K0HM+-1%TK50 RL 0083.1622.00 DRALORIC SMA0207 R6 RL 0.60W 40,2K0HM+-1%TK50 RL 0083.1751.00 RESISTA WK2 R7 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA WK2 R8 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA WK2 R9 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA WK2 R11 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1751.00 RESISTA WK2 R11 RL 0.60W 10,0K0HM+-1%TK50 RL 0083.1751.00 RESISTA WK2 R12 RL 0.60W 40,2K0HM+-1%TK50 RL 0083.1751.00 RESISTA WK2 R12 RL 0.60W 40,2K0HM+-1%TK50 RL 0083.1751.00 RESISTA WK2 R13 RL 0.60W 100K0HM+-1%TK50 RL 0083.1297.00 RESISTA WK2 R14 | ||
R4
R4
0,60W
75,0K0HM+-1%TK50
RESISTOR RL 0083.1916.00 RESISTA RESISTA MK2 R5 RL 0,35W17,2K0HM+-0,1%T25 RESISTOR RL 0083.1622.00 RESISTA RESISTA MK2 R6 RL 0,60W 29,4K0HM+-1%TK50 RESISTOR RL 0083.1622.00 RESISTA RESISTA MK2 R7 RL 0,60W 40,2K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA RESISTA MK2 R8 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R9 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R10 R.060W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R11 R.060W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA RESISTA MK2 R11 R.060W 100K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA RESISTA MK2 R14 R.060W 100K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA RESISTA MK2 R14 R.060W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R15 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.2458.00 RESISTA MK2 R16 RL 0,60W 182 OHM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA MK2 R17 RL 0,60 |
||
R5
RL 0, 35W17, 2K0HM+-0, 1%T25
RESISTOR RL 0, 66W 29, 4K0HM+-1%TK50 RESISTOR RL 0, 66W 29, 4K0HM+-1%TK50 RESISTOR RL 0, 66W 29, 4K0HM+-1%TK50 RESISTOR RL 0083.1622.00 RESISTA RESISTA MK2 R7 RL 0, 66W 40, 2K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA RESISTA MK2 R8 RL 0, 66W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R9 RL 0, 66W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R11 RL 0, 66W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R11 RL 0, 66W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R12 RL 0, 66W 40, 2K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA RESISTA MK2 R13 RL 0, 66W 100K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R14 RL 0, 66W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R15 RL 0, 66W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R15 RL 0, 66W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA RESISTA MK2 |
||
R6 RL 0,60W 29,4K0HM+-1%TK50 RL 0083.1622.00 RESISTA MK2 R7 RL 0,60W 40,2K0HM+-1%TK50 RL 0083.1751.00 RESISTA MK2 R8 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R9 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R10 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R11 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.2193.00 RESISTA MK2 R11 RL 0,60W 10,2K0HM+-1%TK50 RL 0083.2193.00 RESISTA MK2 R11 RL 0,60W 10,2K0HM+-1%TK50 RL 0083.2193.00 RESISTA MK2 R11 RL 0,60W 10,2K0HM+-1%TK50 RL 0083.1751.00 RESISTA MK2 R13 RL 0,60W 100K0HM+-1%TK50 RL 0082.1764.00 RESISTA MK2 R14 RL 0,60W 100K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R14 RL 0,60W 100K0HM+-1%TK50 RL 0083.2464.00 RESISTA MK2 R15 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.010.00 RESISTA MK2 R15 RL 0,60W 182 0HM+-1%TK50 | ||
R7 RL 0,60W 40,2K0HM+-1%TK50 RL 0083.1751.00 RESISTA MK2 R8 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R9 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R10 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R10 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R11 RL 0,60W 182 K0HM+-1%TK50 RL 0083.2193.00 RESISTA MK2 R12 RL 0,60W 182 K0HM+-1%TK50 RL 0083.1751.00 RESISTA MK2 R13 RL 0,60W 102K0HM+-1%TK50 RL 0083.1751.00 RESISTA MK2 R13 RL 0,60W 100K0HM+-1%TK50 RL 0083.2464.00 RESISTA MK2 R14 RL 0,60W 348 K0HM+-1%TK50 RL 0083.2458.00 RESISTA MK2 R15 RL 0,60W 340 K0HM+-1%TK50 RL 0083.010.00 RESISTA MK2 R16 RL 0,60W 340 K0HM+-1%TK50 RL 0083.010.00 RESISTA MK2 R16 RL 0,60W 340 K0HM+-1%TK50 RL 0083.010.00 RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH | ||
R8
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR RL 0083.1297.00 RESISTA MK2 R9 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R10 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R11 RL 0,60W 182 K0HM+-1%TK50 RESISTOR RL 0083.2193.00 RESISTA MK2 R12 RL 0,60W 40,2K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA MK2 R13 RL 0,60W 100K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R14 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R15 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R16 RL 0,60W 182 0HM+-1%TK50 RESISTOR RL 0083.010.00 RESISTA MK2 R17 RL 0,60W 182 0HM+-1%TK50 RELAY RL 0083.0010.00 RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 R2 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 |
||
R9
RL 0, 60W 10, 0K0HM+-1%TK50
RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R10 RL 0, 60W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA RESISTA MK2 R11 RL 0, 60W 182 K0HM+-1%TK50 RESISTOR RL 0083.2193.00 RESISTA RESISTA MK2 R12 RL 0, 60W 40, 2K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA RESISTA MK2 R13 RL 0, 60W 100K0HM+-1%TK50 RESISTOR RL 0083.2164.00 RESISTA RESISTA MK2 R14 RL 0, 60W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA RESISTA MK2 R15 RL 0, 60W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA RESISTA MK2 R15 RL 0, 60W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.2458.00 RESISTA RL 0083.0207 RESISTA R17 RL 0, 60W 182 0HM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 R52 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HAMLIN HE 721 A 6732 |
||
R10
RL 0,60W 10,0K0HM+-1%TK50
RESISTOR RL 0083.1297.00 RESISTA MK2 R11 RL 0,60W 182 K0HM+-1%TK50 RESISTOR RL 0083.2193.00 RESISTA MK2 R12 RL 0,60W 40,2K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA MK2 R13 RL 0,60W 100K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA MK2 R14 RL 0,60W 348 K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R15 RL 0,60W 348 K0HM+-1%TK50 RESISTOR RL 0083.2458.00 RESISTA MK2 R16 RL 0,60W 340 K0HM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA MK2 R17 RL 0,60W 182 0HM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA MK2 R51 SF 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 R52 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 |
||
R11
RL 0,60W 182 K0HM+-1%TK50
RESISTOR RL 0083.2193.00 RESISTA MK2 R12 RL 0,60W 40,2K0HM+-1%TK50 RESISTOR RL 0083.1751.00 RESISTA MK2 R13 RL 0,60W 100K0HM+-1%TK50 RESISTOR RL 0082.1764.00 RESISTA MK2 R14 RL 0,60W 348 K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R15 RL 0,60W 10,0K0HM+-1%TK50 RESISTOR RL 0083.1297.00 RESISTA MK2 R15 RL 0,60W 340 K0HM+-1%TK50 RESISTOR RL 0083.2458.00 DRALORIC SMA 0207 R16 RL 0,60W 340 K0HM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA MK2 R17 RL 0,60W 182 0HM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 R52 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 |
||
R12
RL 0, 60W 40, 2K0HM+-1%TK50
RESISTOR TRIMMWERT RL 0083.1751.00 RESISTA MK2 R13 RL 0, 60W 100K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R14 RL 0, 60W 348 K0HM+-1%TK50 RESISTOR RL 0083.2464.00 RESISTA MK2 R15 RL 0, 60W 10, 0K0HM+-1%TK50 RESISTOR RL 0083.2458.00 RESISTA MK2 R16 RL 0, 60W 340 K0HM+-1%TK50 RESISTOR RL 0083.2458.00 DRALORIC SMA 0207 R17 RL 0, 60W 182 0HM+-1%TK50 RESISTOR RL 0083.0010.00 RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 R52 SR 5V3600HM1MAL1RH-JC-GEH RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 |
||
R13 RL 0.60W 100K0HM+-1%TK50 RL 0082.1764.00 RESISTA MK2 R14 RL 0.60W 348 K0HM+-1%TK50 RL 0083.2464.00 RESISTA MK2 R15 RL 0.60W 10.0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R15 RL 0.60W 10.0K0HM+-1%TK50 RL 0083.2458.00 DRALORIC SMA 0207 R16 RL 0.60W 182 0HM+-1%TK50 RL 0083.0010.00 RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 R52 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 | • | |
R14 RL 0,60W 348 K0HM+-1%TK50 RL 0083.2464.00 RESISTA MK2 R15 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R16 RL 0,60W 340 K0HM+-1%TK50 RL 0083.2458.00 DRALORIC SMA 0207 R17 RL 0,60W 182 0HM+-1%TK50 RL 0083.0010.00 RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 R52 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 | ||
R15 RL 0,60W 10,0K0HM+-1%TK50 RL 0083.1297.00 RESISTA MK2 R16 RL 0,60W 340 K0HM+-1%TK50 RL 0083.2458.00 DRALORIC SMA 0207 R17 RL 0,60W 182 0HM+-1%TK50 RL 0083.0010.00 RESISTA MK2 R51 SR 5V3600HM1MAL1RH-JC-GEH RL 0083.0010.00 RESISTA MK2 R52 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 R52 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 | ||
R16 RL 0,60W 340 K0HM+-1%TK50 RL 0083.2458.00 DRALORIC SMA 0207 R17 RL 0,60W 182 0HM+-1%TK50 RL 0083.0010.00 RESISTA MK2 RS1 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 RS2 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 RS4 RELAY SR 0412.0027.00 HAMLIN HE 721 A 6732 | ||
R17 RL 0,60W 182 0HM+-1%TK50 RL 0083.0010.00 RESISTA MK2 RS1 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 RS2 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 RS2 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732 | ||
RS1 SR 5V3600HM1MAL1RH-JC-GEH
RELAY RS2 SR 5V3600HM1MAL1RH-JC-GEH RELAY RELAY |
||
RS2 SR 5V3600HM1MAL1RH-JC-GEH SR 0412.0027.00 HAMLIN HE 721 A 6732
RELAY |
||
1 | ||
MENP 567 3PU-D ÄI Datum Schaltteilliste für Sachnummer
Date Parts list for Stock No. |
Blatt-Nr. | |
04 14.05.98 EE SUF2-Z5 CCIR-REC-571-F 0282.9644.00 | Page |
Comp. No. | Designat |
ung
tion |
Sachn
Stoc |
ummer
k No. |
Hersteller
Manufacturer |
Be
De |
zeichnung
signation |
enthal
contai |
lten in
ned in |
|||
---|---|---|---|---|---|---|---|---|---|---|---|---|
B1 | BL SN74 | 74N -0+ | 75 D | IL FLIP | 0009 | .3354.00 | TEXAS | SN7 | 474N | |||
B2 | BL SN74 | LS14N 6 |
N/4/
/SCH GGER |
4N
MITT-TR SN74IS |
0266 | .4712.00 | TEXAS | SN74 | 4LS14N | |||
В3 | BL MC14 | 538BCP | 2X N | 0252 | . 7389 . 00 | MOTOROLA | MC 14 | 4538BCP | ||||
В4 | BL CD45 | 20BE | 2XBI | N. COUNT | 0299 | . 6908 . 00 | RCA | CD4 | 520BE | |||
B5 | BL CD40 | 11BE 4 | 4X2I | N.NANDG | 0252 | .7337.00 | RCA | CD40 | D11BE | |||
В6 | BL CD40 | 23BE 3 | 3X31 | N.NANDG | 0086 | .7109.00 | RCA | CD40 | D23BE | |||
В7 | BL SN74 | LS374N |
8BIT
STFR |
-D-REG. | 0282 | .9696.00 | TEXAS | SN74 | 4LS374N | |||
В8 | BL SN74 | LS374N |
8BIT
STFR |
-D-REG. | 0282 | 9696.00 | TEXAS | SN74 | 4LS374N | |||
BR1
28 |
FP KURZ |
SCHLUSSI
G PLUG |
BUCH | İSE | FP | 0491. | . 7042 . 00 | IS | IPC | -254-BL01 | ||
C1 | CE 100U | F+-20%6 | 3V | RM5 | CE | 0008 | 7879.00 | PANASONIC | ECA | 1 JFG 101 B | ||
C2 | CE 100U | F+-20%3! | RM5 | 0008 | 7510.00 | PHILIPS_CO | 2222 | 2 116 90042 | ||||
СЗ | CE 2,2U | F+-20%6 | 3V R | D9XH13 | 0008 | 7527.00 | ROEDERSTEI | EKM | 00CC122 JG0 | |||
C4 | CE 2,2U | F+-20%6 | 3V R | D9XH13 | 0008 | 7527.00 | ROEDERSTEI | EKM | 00CC122 JG0 | |||
C5 | +-20%100 | OV Q | ск | 0006 | 5027.00 | PHILIPS_CO | 2223 | 2 372 25683 | ||||
C6 | CK 68NF | ск | 0006 | . 5027 . 00 | PHILIPS_CO | 222 | 2 372 25683 | |||||
C7 | CC 39PF |
-FUIL C/
+-2%4X51 OR |
APAC
NPO |
IIUK | сс | 0087 | . 6493 . 00 | PHILIPS_CO | 2222 | 2 678 | ||
R1 | RL 0,60 | W 10,0K | OHM+ | -1%TK50 | RL. | 0083 | 1297.00 | RESISTA | MK2 | |||
R2 | RESISTUR |
R
W 10,0K |
онм+ | - 1%TK50 | RL | 0083 | 1297.00 | RESISTA | MK2 | |||
R3 | RESISTUR |
к
W 10,0K |
онм+ | -1%TK50 | RL | 0083 | 1297.00 | RESISTA | MK2 | |||
R4 | RESISTUR |
R
W 100 DI |
-1M+ - | 1%TK50 | RL | 0082 | 6543.00 | RESISTA | MK2 | |||
R5 |
RESISTOR
RL 0,60 |
R
W 10,0K |
онм+ | -1%TK50 | RL | 0083 | 1297.00 | RESISTA | MK2 | |||
R6 |
RESISTOR
RL 0,60 |
R
W 39,2K |
онм+ | - 1%TK50 | RL | 0083. | . 1745.00 | RESISTA | MK2 | |||
R7 |
RESISTOR
RL 0,60 |
R
W 39,2K |
онм+ | -1%TK50 | RL | 0083 | 1745.00 | RESISTA | MK 2 | |||
R8 |
RESISTOR
RL 0,60 |
R
W 10,0K |
онм+ | -1%TK50 | RL | 0083 | 1297.00 | RESISTA | MK2 | |||
R9 | RESISTOR |
R
W 10,0K |
онм+ | - 1%TK50 | RL | 0083 | 1297.00 | RESISTA | MK2 | |||
R10 | RESISTOR |
R
W 1,50K |
онм+ | -1%TK50 | RL | 0083 | .0732.00 | RESISTA | MK2 | |||
R11 |
RESISTO
RL 0,60 RESISTO |
R
W 10,0K0 R |
OHM+ | -1%TK50 | RL | 0083 | . 1297 . 00 | RESISTA | MK2 | |||
ST1 | XX BESTI | EHT AUS | ||||||||||
CTO. | FP 288. |
1945
1951 |
0.00 | 0040 | 0600.00 | 7 4 0 | 11 0170 00 00 | |||||
513 | PIN CON | NECTOR | 36P | . K2,54 | רי | 0242. | . 3000 . 00 | DINUER | 742 | -11-0179-00-36 | ||
ST4 | FP STIF |
IG
TLEISTE NECTOR |
36P | .R2,54 | FP | 0242 | .3600.00 | BINDER | 742 | -11-0179-00-36 | ||
ST5 |
4X2-POL
FP STIF PIN CON |
IG
TLEISTE NECTOR |
36P | .R2,54 | FP | 0242 | . 3600 . 00 | BINDER | 742 . | -11-0179-00-36 | ||
ST6 |
3X3-POL
FP STIF PIN CON |
IG
TLEISTE NECTOR |
36P | .R2,54 | FP | 0242 | .3600.00 | BINDER | 742 | -11-0179-00-36 | ||
ST7 |
3X3-POL
FP STIF PIN CON |
IG
TLEISTE NECTOR |
36P | .R2,54 | FP | 0242 | .3600.00 | BINDER | 742 . | -11-0179-00-36 | ||
ST8 |
3X3-POL
FP STIF PIN CON |
IG
TLEISTE NECTOR |
36P | .R2,54 | FP | 0242 | .3600.00 | BINDER | 742 . | -11-0179-00-36 | ||
Datum | Schaltteil | liste für | Sachnummer | Blatt-Nr. | ||||||||
567 | 370-0 | Date | | | Parts li | st for | Stock No. | Page | |||||
ROHD | E&SCHV | NARZ | 09 | 14.05.98 | ed Sui | =2-Z6 CC | IR-571-PROG | ર | 0282.9673.00 | ) SA | 1+ |
Kennz.
Comp. No. |
Benennun
Designatio |
9
n |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
lten in
ined in |
---|---|---|---|---|---|---|---|
ST9 |
2X3-POLIG
FP STIFTLEISTE 3 PIN CONNECTOR |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST10 |
4X3-POLIG
FP STIFTLEISTE 3 PIN CONNECTOR |
86P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST11 |
4X3-POLIG
FP STIFTLEISTE 3 PIN CONNECTOR |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST 12 |
4X3-POLIG
FP STIFTLEISTE 3 PIN CONNECTOR 4X3-POLIG |
36P.R2,54 | FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
V 1 |
VL LOETOESE 7,5
SOLDERING PIN |
X 1,4 | 0082.5230.00 | VOGT | ART.NR. 01015 B | ||
MENP | 567 3PU-D |
Äl Datum
Date |
Schaltteill
Parts lis |
iste für
t for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
ROHD | E&SCHWARZ | 09 14.05.98 | ED SUF2-Z6 CC1 | R-571-PROGR | 0282.9673.00 | ) SA | 2- |
Kennz.
Comp. No. |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
---|---|---|---|---|---|---|
BU1 |
FP BUCHSENLEISTE 13POL.
SOCKET CONNECTOR |
FP 0510.1391.00 | BERG_ELEKT 7 | /6323 | ||
C1 | CC 39PF+-2%4X5NPO | CC 0087.6493.00 | PHILIPS_CO 2 | 2222 678 | ||
C2 |
CAPACITUR
CC 12PF+-2%3X4NPO |
CC 0087.6435.00 | VALVO 2 | 2222 678 | ||
СЗ |
CAPACITUR
CT 16 PF N470 LIEG.ABGL.O |
CT 0025.6960.00 | STETTNER 1 | OS-TRIKO 06-4/20 | ||
C4 |
DISC TRIMMER
CC 27PF+-2%4X5NPO |
CC 0087.6470.00 | PHILIPS_CO 2 | 2222 678 | ||
C5 |
CAPACITOR
CC 56PF+-2%5X6NPO |
CC 0087.6512.00 | PHILIPS_CO 2 | 2222 678 | ||
C6 |
CAPACITOR
CC 39PF+-2%4X5NPO |
CC 0087.6493.00 | PHILIPS_CO 2 | 2222 678 | ||
C7 |
CAPACITOR
CC 68PF+-2%6X7NPO |
CC 0087.6529.00 | PHILIPS_CO 2 | 222 678 | ||
СВ | CC 8,2PF+-O,25PF3X4NPO | CC 0087.6412.00 | VALVO 2 | 2222 678 | ||
C9 | CC 68PF+-2%6X7NPO | CC 0087.6529.00 | PHILIPS_CO 2 | 2222 678 | ||
C10 | CC 3,9PF+-0,25PF3X4NP0 | CC 0087.6370.00 | PHILIPS_CO 2 | 2222 678 | ||
C11 |
CC 10 NF +100%HDK6000
CERAMIC CAPACITOR |
0022.0678.00 | PHILIPS_CO 2 | 222 640 53103 | ||
GL1 |
AD 1N4448 75V UDI
DIODE |
AD 0012.0700.00 | PHILIPS_SE 1 | N4448 " | ||
L1 |
LD 4,70UH10%1,200HM0,239A
CHOKE |
LD 0067.2940.00 | DALE I | M2 | ||
L2 |
LD 12UH 2% O,49A 1RO5
CHOKE |
LD 0066.9806.00 | JAHRE 7 | 4.11-12R0 | ||
L3 |
LD 12UH 2% O,49A 1RO5
CHOKE |
LD 0066.9806.00 | JAHRE 7 | 4.11-12R0 | ||
Ľ4 |
LD 15UH 2% 0,46A 1R2
CHOKE |
LD 0282.9338.00 | JAHRE 7 | 4.11-15ROG | ||
R1 |
RL 0,1W 1,00K0HM+-1%TK50
RESISTOR |
0067.4537.00 | SFERNICE R | RCMS02K3 | ||
R2 |
RL 0,1W 2210HM+-1%TK50
RESISTOR |
0067.4372.00 | SFERNICE R | CMSO2K3 | ||
R3 |
RL 0,60W 2,74K0HM+-1%TK50
RESISTOR |
RL 0083.0926.00 | RESISTA M | 1K2 | ||
R4 |
RL 0,1W 5900HM+-1%TK50
RESISTOR |
0086.2388.00 | SFERNICE R | RCMS02K3 | ||
R5 |
RL O,1W 6340HM+-1%TK50
RESISTOR |
0086.2407.00 | SFERNICE R | RCMS02K3 | ||
R6 |
RL 0,1W 3,16KOHM+-1%TK50
RESISTOR TRIMMWERT |
0086.2971.00 | SFERNICE R | 8CMS02K3 | ||
R7 |
RL 0,1W 54,9KOHM+-1%TK50
RESISTOR |
0086.3803.00 | SFERNICE R | RCMSO2K3 | ||
R8 |
RF 0,25W 6,8 OHM +-5%
RESISTOR |
0074.0079.00 | RESISTA S | 5K2 | ||
R9 |
RL 0,1W 47,50HM+-1%TK50
RESISTOR |
0067.4214.00 | SFERNICE R | RCMSO2K3 | ||
R10 |
R∟ 0,60W 3,32K0HM+-1%TK50
RESISTOR |
RL 0083.0990.00 | RESISTA M | 1K2 | ||
R11 |
RL 0,60W 150 OHM+-1%TK50
RESISTOR |
RL 0082.9942.00 | RESISTA M | 1K2 | ||
R12 |
RL O,1W 2,21KOHM+-1%TK50
RESISTOR |
0067.4614.00 | SFERNICE R | RCMS02K3 | ||
R13 |
RL O,1W 2,21KOHM+-1%TK5O
RESISTOR |
0067.4614.00 | SFERNICE R | RCMS02K3 | ||
R14 |
RL 0,60W 3,32K0HM+-1%TK50
RESISTOR |
RL 0083.0990.00 | RESISTA M | 1K2 | ||
R15 |
RL O,1W 1000HM+-1%TK50
RESISTOR |
0067.4295.00 | SFERNICE R | RCMS02K3 | ||
RS 1 |
SR 5V36OOHM1MAL1RH-JC-GEH
RELAY |
SR 0412.0027.00 | HAMLIN H | HE 721 A 6732 | ||
RS2 |
SR 5V3600HM1MAL1RH-JC-GEH
RELAY |
SR 0412.0027.00 | HAMLIN H | HE 721 A 6732 | ||
Τ1 |
AK 2N3947 N 40V 200MA
TRANSISTOR |
0280.9860.00 | MOTOROLA 2 | 2N3947X | ||
Τ2 |
AK BFX48 P 30V 100MA
TRANSISTOR |
AK 0010.3202.00 | SGS-THOMSO B | 3FX 48 | ||
MENP |
567 3PU-D Äl Datum
Date |
Schaltteil
Parts li |
liste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
E&SCHWARZ 04 14.05.98 | GG SUF2-Z2 DR | EIECKRAUSCH. | 0282.9715.00 | ) SA | 1+ |
Kennz.
Comp. No. |
E |
lenenn
Iesigna |
ung
tion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
e |
nthalten in
ontained in |
|
---|---|---|---|---|---|---|---|---|---|
ТЗ |
AK 2N3947
TRANSISTOR |
N | 40\ | / 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | ||
Т4 |
AK 2N3947
TRANSISTOR |
Ν | 40\ | / 200MA | 0280.9860.00 | MOTOROLA | 2N3947X | ||
MENP | 567 3P | U-D | Äl |
Datum
Date |
Schaltteill
Parts lis |
iste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
$ | ~- | 04 | 14.05.98 | GG SUF2-Z2 DRE | EIECKRAUSCH | . 0282. | 9715.00 S | A 2- | |
ROHD | E&SCHWAI | ΧZ |
Kennz.
Comp. No. |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthalten in
contained in |
---|---|---|---|---|---|
B1 | BO LF353H 2XFET OPAMP | 0218.3426.00 | NSC | LF 353 H | |
BU1 |
FP BUCHSENLEISTE 13POL.
SOCKET CONNECTOR |
FP 0510.1391.00 | BERG_ELEKT | 76323 | |
C1 | CK 1,5NF+-1,25%63V7,5QUAD | CK 0213.4360.00 | SIEMENS | B33531-A 5152-F | |
C2 |
CAPACITUR
CK 2,2NF+-1%63V 6,3QUAD. |
СК 0099.1304.00 | SIEMENS | B33531-A5222-F | |
СЗ | CK 1,8NF+-1%63V6,3X11 KP | СК 0283.1699.00 | SIEMENS | B33531-A5182-F | |
C4 | CK 3, 3NF+-1%63V6, 3QUX11KP | CK 0340.9030.00 | SIEMENS | B33531-A5332-F | |
C5 | CK 820PF+-1%63V6,3QUX11KP | CK 0340.6748.00 | SIEMENS | B33531-A5821-F | |
C6 | CK 5,6NF+-1%63V6,3QUX11KP | CK 0340.9047.00 | SIEMENS | B33531-A5562-F | |
C7 |
CK 560PF+-1%63V6,3X11 KP
PLASTIC-FOIL CAPACITOR |
СК 0283.1660.00 | SIEMENS | B33531-A5561-F | |
C8 |
CK 18NF+-1%63V7,50AX13 KP
CAPACITOR |
СК 0099.1933.00 | SIEMENS | B33531-A5183-F | |
С9 |
CC 10NF-20+50%7X8R4000
CAPACITOR |
CC 0087.7525.00 | VALVO | 2222 640 51103 | |
C10 |
CE 10 UF+-20%16V 7X 4X 8
ELECTROLYTIC CAPACITOR |
CE 0022.8085.00 | KEMET | T340 B106M016 AS | |
R1 |
RL 0,1W 6,65K0HM+-1%TK50
RESISTOR |
0086.3149.00 | SFERNICE | RCMSO2K3 | |
R2 |
RL 0,1W 3,24K0HM+-1%TK50
RESISTOR |
0086.2907.00 | SFERNICE | RCMSO2K3 | |
R3 |
RL 0,1W 200K0HM+-1%TK50
RESISTOR |
0067.5085.00 | SFERNICE | RCMSO2K3 | |
R4 |
RF 0,25W 1 MOHM +-5%
RESISTOR |
0069.1058.00 | DRALORIC | LCA0207 | |
R8 |
RL O,1W 17,8KOHM+-1%TK5O
RESISTOR |
0086.3455.00 | DALE | MF1/10 17,8K 1%TK50 | |
R9 |
RL 0,1W 2,21KOHM+-1%TK50
RESISTOR TRIMMWERT |
0067.4614.00 | SFERNICE | RCMSO2K3 | |
R10 |
RF 0,25W 18KOHM +-5%
RESISTOR |
0069.1835.00 | DRALORIC | LCA0207 | |
R11 |
RL 0,1W 12,4K0HM+-1%TK50
RESISTOR |
0086.4297.00 | SFERNICE | RCMSO2K3 | |
R12 |
RL 0,1W 52,3K0HM+-1%TK50
RESISTOR |
0086.3784.00 | SFERNICE | RCMSO2K3 | |
R13 |
RL O,1W 76,8KOHM+-1%TK50
RESISTOR |
0086.3903.00 | SFERNICE | RCMSO2K3 | |
R14 |
RL O,1W 165KOHM+-1%TK50
RESISTOR |
0086.4145.00 | SFERNICE | RCMSO2K3 | |
R15 |
RL O,125W243KOHM+-1%TK50
RESISTOR |
0067.5104.00 | SFERNICE | RCMSO2K3 | |
R16 |
RL 0,60W 261 KOHM+-1%TK50
RESISTOR |
RL 0083.2341.00 | RESISTA | MK 2 | |
R17 |
RF 0,25W100 OHM +-5%
RESISTOR |
0069.1012.00 | DRALORIC | LCA0207 | |
R18 |
RF 0,25W100K0HM +-5%
RESISTOR |
0069.1041.00 | RESISTA | SK2 | |
RS1 |
SR 5V3600HM1MAL1RH-JC-GEH
RELAY |
SR 0412.0027.00 | HE 721 A 6732 | ||
RS2 | RELAY | SR 0412.0027.00 | HAWLIN | HE 72| A 6732 | |
MENP |
567 3PU-D Äl Datum
Date |
Schaltteil
Parts li |
liste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
Parts list for | 0292 0915 00 | ||||
ROHD | EE SUF2-Z3 RO | SA KAUSCHEN | 0202.3013.00 |
Kennz.
Comp. No. |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthal
contai |
ten in
ned in |
---|---|---|---|---|---|---|
B1 | BL SN74LSO4N 6/INVERTER | 0266.2010.00 | TEXAS SN | 74LSO4N | ||
В2 | BL SN7416N HEXINV.0/C 15V | 0412.8440.00 | TEXAS SN | 7416N | ||
В3 | BL SN74LSO4N 6/INVERTER | 0266.2010.00 | TEXAS SN | 74LSO4N | ||
В4 | BC HEF4738VP IEC-BUS-IF | 0302.7157.00 | PHILIPS_SE HE | F 4738VP | ||
В5 | BL PC74HCT11P 3X3IN AND | 0352.7521.00 | RCA CD | 74HCT11E | ||
В6 |
TRIPLE 3 INPUT AND GATE
BL CD4014BE 8BIT SH.REG |
0086.7038.00 | RCA CD | 4014BE | ||
В7 |
SHIFT REGISTER
BL CD4014BE 8BIT SH.REG |
0086.7038.00 | RCA CD | 4014BE | ||
В8 |
SHIFT REGISTER
BL SN74LSO4N 6/INVERTER |
0266.2010.00 | TEXAS SN | 74LSO4N | ||
В9 | BL SN74LSO4N 6/INVERTER | 0266.2010.00 | TEXAS SN | 74LS04N | ||
B10 | BL SN4931N NAND GATE | 0009.3502.20 | TEXAS SN | 4931N | ||
B11 |
NAND GATE
BL CD4015BE 2X4B.SH.REG |
0086.7044.00 | RCA CD | 4015BE | ||
B12 | BL CD4015BE 2X4B.SH.REG | 0086.7044.00 | RCA CD | 4015BE | ||
B13 |
SHIFT REGISTER
BL SN4931N NAND GATE |
0009.3502.20 | TEXAS SN | 4931N | ||
B14 |
NAND GATE
BL SN74LS3ON 8/INP.NAND |
0266.2049.00 | TEXAS SN | 74LS30N | ||
IC NAND GATE SN74LS30N | ||||||
ELECTROLYTIC CAPACITOR | 0008.7510.00 | PHILIPS_CU 22 | 22 116 90042 | |||
PLASTIC-FOIL CAPACITOR | CK 0006.5156.00 | PHILIPS_CO 22 | 22 372 55223 | |||
C3 |
CK 680PF+-20% 400VRM10KC
PLASTIC-FOIL CAPACITOR |
CK 0006.4737.00 | WESTERMANN FK | |||
64 |
CK 5,6NF+-1%63V6,3QUX11KP
CAPACITOR |
CK 0340.9047.00 | SIEWENS B3 | 3531-A5562-F | ||
67 |
CK 5,6NF+-1%63V6,3QUX11KP
CAPACITOR |
CK 0340.9047.00 | SIEWENS B3 | 3531-A5562-F | ||
ELECTROLYTIC CAPACITOR | 0008.7510.00 | PHILIPS_CU 22 | ||||
CK 2,2NF+-1%63V 6,3QUAD.
CAPACITOR |
CK 0099.1304.00 | SIEMENS B3 | 3531-A5222-F | |||
L9 | CERAMIC CAPACITOR | CC 0087.6964.00 | PHILIPS_CU 22 | 22 678 58331 | ||
GL1 |
AD 1N4448 75V UDI
DIODE |
AD 0012.0700.00 | PHILIPS_SE 1N | 4448 " | ||
L1 | LD 22,0UH 10% 108 MIA | LD 0092.3318.00 | GOWANDA 8/ | M222K | ||
L2 |
LD 22,0UH 10% 108 MIA
CHOKE |
LD 0092.3318.00 | GOWANDA 8/ | M222K | ||
R1 |
RN 7X3,3KOHM+-2%SIL 8 H5
RESISTOR NETWORK |
RN 0291.4387.00 | BECKMAN L | 08 1 S 332 M* | ||
R2 |
RN 7X6,8KOHM+-2%SIL 8 H5
RESISTOR NETWORK |
RN 0470.6499.00 | BI_TECHNOL L | 08 1 S 682 M* | ||
R3 |
RN 7X3,3KOHM+-2%SIL 8 H5
RESISTOR NETWORK |
RN 0291.4387.00 | BECKMAN L | 08 1 S 332 M* | ||
R4 |
RN 7X6,8KOHM+-2%SIL 8 H5
RESISTOR NETWORK |
RN 0470.6499.00 | BI_TECHNOL L | 08 1 S 682 M* | ||
R5 |
RL 0,60W 2,74K0HM+-1%TK5C
RESISTOR |
RL 0083.0926.00 | RESISTA MK | 2 | ||
R6 |
RL 0,60W 2,74K0HM+-1%TK5C
RESISTOR |
RL 0083.0926.00 | RESISTA MK | 2 | ||
R12 |
RL 0,60W 1K0HM+-1%TK50
RESISTOR |
RL 0082.2160.00 | RESISTA MK | 2 | ||
R13 |
RL 0,60W 3,32KOHM+-1%TK5C
RESISTOR |
RL 0083.0990.00 | RESISTA MK | 2 | ||
R14 |
RL 0,60W 10,0K0HM+-1%TK5C
RESISTOR |
RL 0083.1297.00 | RESISTA MK | 2 | ||
R15 |
RL 0,60W 10,0K0HM+-1%TK5C
RESISTOR |
RL 0083.1297.00 | RESISTA MK | 2 | ||
R16 |
RL 0,60W 10,0K0HM+-1%TK5C
RESISTOR |
RL 0083.1297.00 | RESISTA MK | 2 | ||
R17 |
RL 0,60W 10,0K0HM+-1%TK5C
RESISTOR |
RL 0083.1297.00 | RESISTA MK | 2 | ||
MENP |
567 3PU-D Äl Datum
Date |
Schaltteil
Parts li |
liste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
ROHD | E&SCHWARZ 12 14.05.9 | 8 EE SUF2-Z1 IE | C-INTERFACE | 0282.9915.00 | SA | 1+ |
Kennz.
Comp. No. |
Benennung
Designation |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
entha
conta |
lten in
ined in |
---|---|---|---|---|---|---|
R18 | RL 0,60W 10,0K0HM+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R19 | RL 0,60W 10,0K0HM+-1%TK50 | RL 0083.1297.00 | RESISTA | MK2 | ||
R20 | RE 0,60W 1KOHM+-1%TK50 | RL 0082.2160.00 | RESISTA | MK2 | ||
R21 | RN 7X 10K0HM+-2%SIL 8 H5 | RN 0581.2184.00 | BI_TECHNOL | L 08 1 S 103 M* | ||
R22 |
RESISTOR NETWORK
RL 0,60W 2,21K0HM+-1%TK50 |
RL 0082.2477.00 | RESISTA | MK2 | ||
R23 |
RESISTOR
RL 0,60W 10,0K0HM+-1%TK50 RESISTOR |
RL 0083.1297.00 | RESISTA | MK2 | ||
ST3 |
FP STIFTLEISTE 36P.R2,54
PIN CONNECTOR |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST4 |
GETEILI AUF 2X8P
FP STIFTLEISTE 36P.R2,54 PIN CONNECTOR GETEILT AUF 2X8P |
FP 0242.3600.00 | BINDER | 742-11-0179-00-36 | ||
ST 1A |
FP STIFTL.WIN 36P.R2,54
ANGLE PIN CONNECTOR 4 WAY 12-POLIG |
FP 0288.1945.00 | BINDER | 11-0229-00-36 | ||
ST 1B |
FP STIFTL.WIN 36P.R2,54
ANGLE PIN CONNECTOR 12-POLIG |
FP 0288.1951.00 | BINDER | 742-11-0227-00-36 | ||
MENP |
567 3PU-D Äl Datum
Date |
Schaltteil
Parts li |
liste für
st for |
Sachnummer
Stock No. |
Blatt-Nr.
Page |
|
ROHD | E&SCHWARZ 12 14.05.9 | B EE SUF2-Z1 IE | C-INTERFACE | 0282.9915.00 | ) SA | 2- |
í | . L | 1. |
|
Kennz.
Comp. No. |
Benennu
Designat |
ing
tion |
Sachnummer
Stock No. |
Hersteller
Manufacturer |
Bezeichnung
Designation |
enthali
contair |
ten in
ned in |
|||
---|---|---|---|---|---|---|---|---|---|---|
А |
ZUGEHDERIGEN
218.3326 S |
r st | ROMLAUF | |||||||
BU5 | FP BUCHSENLEIS |
TE 1
RT |
6POL. | 0285.4050.00 | DUPONT CON | 65350-006 | 0218.33 | 855.00 | ||
BU6 | FP BUCHSENLEIS |
TE 1
RT |
6POL. | 0285.4050.00 | DUPONT CON | 65350-006 | 0218.33 | 355.00 | ||
S10 |
SK COD.SCH.DIL
SWITCH |
6P. | O.BES. | sĸ | 0238.2160.00 | GRAYHILL | 76GB06-S (NEU | 1.25UM | ||
X10 |
FM BUCHSENLEIS
24-SOCKET INSE |
TE 2
RT |
4POL | FM | 0099.2246.00 | AMPHENOL_D | 57-20240-08D | |||
X11 | FP IC-STECKVER | BIND | ER 16P. | 0274.0806.00 | KACO_ELEKT | CKK16-023D40 | 0218.33 | 855.00 | ||
X12 |
FP IC-STECKVERE
PLUG |
BIND | ER 16P. | 0274.0806.00 | KACO_ELEKT | CKK 16-023D40 | 0218.33 | 855.00 | ||
ļ | ||||||||||
l | ||||||||||
MENP | 567 3PU-D | ÄI |
Datum
Date |
Schaltteill
Parts lie |
iste für
t for |
Sa |
ichnummer
Stock No |
Blatt-Nr.
Page |
||
14 05 00 | 0218 21 | 326 00 | SA | 1 | ||||||
ROHD | E&SCHWARZ | 05 | 14.05.98 | ED 1EC-025-PLA | AIIE | 0210.3 | JE0.00 | JA | 1- | |
L | ROHDE&SCHWARZ | LC 023 DUARD |
LfdNr. | Menge | ME | Kennzeichen | Benennung / Bezeichnung | z | кт | Sachnummer |
Besch.
Art. AK |
FA | Vн | |
---|---|---|---|---|---|---|---|---|---|---|---|
10 | |||||||||||
10 | | | 0282.8819.03 | y | ||||||||
20 | 1 S | DS NETZK.M.EURO-BU 2 | 2 M | z | DS | 0025.2365.0 | о вза | 00 | Т | ||
EARTHING CONTACT | |||||||||||
· | |||||||||||
21 | 1 S | MZ DECKEL | 0218.3349.0 | 00 F5A | |||||||
22 | 4 5 | MZ SCHIEBEMUTTER M3 | 7 | K7 | 0079 0525 ( | 00 E5C | Т | ||||
23 | 4 S | VS DIN7985-M3X4-A4 | ٧S | 0081.9055.0 | DO H1E | L | V | ||||
24 | 4 S | VS DIN137-A3-A2 | vs | 0005.0296.0 | о н11 | L | Т | ||||
1.0 | 7 | 0000 0044 / | |||||||||
30 | 2 | 0282.9044.0 | |||||||||
40 | 15 | OS SCHILD | z | 0282.9050.0 | 00 F5A | ||||||
45 | 2 5 | SS SCHMELZS. T800 IEC12 | 27/3 | SS | 0020.7417.0 | DO B1A | NWO | 0 | |||
FUSE | |||||||||||
60 | 2 S | SS SCHMELZS.T400 IEC12 | 27/3 | SS | 0020.7323.0 | DO B1A | NWO | 0 | |||
FUSE | |||||||||||
61 | 2 S | SS SCHMELZS.T315 IEC12 | 27/3 | SS | 0020.7300.0 | DO B1E | NWO | 0 | |||
60 | 2 6 | SS SOUMEL 75 T620 TEC15 | 7/2 | 55 | 0020 7291 ( | NILLO | |||||
· | 3 3 | FUSE | 21/3 | 33 | 0020.7381.0 | INWO | |||||
65 | 1 5 | OS SCHILD | 0282.9773.0 | 00 F5A | |||||||
LABEL | |||||||||||
70 | 1 S | PB BESCHREIBUNG/MANUAL | Ζ | 0283.0005.0 | DO FOA | ||||||
02. | |||||||||||
1 | |||||||||||
Tag Name | Benennun | 9 | |||||||||
Fertigungs-
Vorschrift |
SA | Druckan | forderung | Bearb. ST | 7, | יד ב | CHEO | ||||
100 | 380-0 | Norm | 21 | י בנ | DER./AUUESS | . 3072 | |||||
} | Abt. MENP | | | |||||||||
D 40 | 352 | 02.8 | 8 FR | ZeichnNi | r. | 0282.909 | 6.00 S | Т | Blatt-Nr. | ||
Änd Ä-J- | RÖHDE&SCHWARZ | 1- | |||||||||
Zust. Mitte | ailung | Datum | n Name | zu Gerät: | reg.i.V. | ( | 282 | 2,8819.00 | erste Z. O | 282.8819 | 9.00 |
مير كريسي | الأيب سيسا وم | / |
095.5286-0193
Ansicht und Leitungsfuehrung Bauteilseite View of tracks on component side
Ansicht und Leitungsfuehrung Loetseite View of tracks on solder side
u HVC 260) | |
---|---|
[hierz |
ION ESD!
A 42829 | 12.89 BT |
Maûe ohne
Toleranzangabe |
Maßstab
1
: 1
Halbzeug, Werkstoff |
|
---|---|---|---|---|
2KGB Tag Jame
Bearb 12.89 BT Gepr Norm |
Benennung
TELEFONIEKANALBELEGUNG |
Z | ||
Ana -∩aerungs-
Zus: ∵tteiluna |
Tag Name | ROHDE & SCHWARZ |
Zeichn -Nr
282.8860 |
Blatt-Nr
2 v Bl |
195 25 . 6 . 181
node E
07 6001 81 Erich Feucht München
PF 095 2506 -
PF 095 2506 - 03
Ansicht und Leitungsführung Bauteilseite View of tracks on component side
Ansicht und Leitungsführung Lötseite View of tracks on solder side
В | 28272 | 20.1.82 | BT | Mai | Maße ohne | Maßstab 1 ; 1 | ٦ | |
iolerunzungabe | Halbzeug, Werkstoff | - | ||||||
1FME | Tog | Name | Benennung | - | ||||
Bearb. | 20.1.82 | BT | . | | |||||
Gepr. | j 17 kosa kauschen | |||||||
Norm | ||||||||
• | ||||||||
ļ | ZeichnNr. Blatt-N | ٩r. | ||||||
~ . | HWAD7 | 2 | ||||||
And.
Zust. |
Anderungs- | Tag | Name | 31. | ||||
miceaury | 1 | zu Gerat SUF2 | reg.i.V. 282, 8819 V erste Z. 282, 8819 |
Für diese Zeichnung behatt wir uns atte Rechte vor.