Advantest Corporation TR4153B, TR4153A User Manual

ADVANTEST

ADVANTEST CORPORATION

USER’ S

MANUA L

TR4153A/B

TRACKING GENERATOR

MANUAL NUMBER TR4153A/B ED 71 1

B e f o r e re sel li ng to o th e r corpor atio ns
or r e - expo r t i n g to ot h e r co u n tr i e s, you
ar e r eq ui r e d to o b t a i n p e r mi ss ion fr o m
bo t h th e Jap ane se G o v e rn men t u n d er its
E x p o rt C o n t ro l A c t a nd t he U.S. G o vern

m e n t u n d e r it s E x p o r t C o n t r o l Law.

© 19 86 AD V AN T E S T C O R P O R A T I O N

Al l r i g h t s r e se r v e d .

Printed in Japan

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

TABLE OF CONTENTS

TABLE OF CONTENTS

1 . INTRODUCTION

1 . 1 GENERAL
1 .2 PREPARATION

2. OPERATION ............................................................2 - 1

2.1 FRONT AND REAR PANELS .............................................2 - 1

2.2 OPERATION METHOD

3. CONNECTING GPIB AND PROGRAMMING

3. 1 GENERAL ............................................................3 - 1

3.2 OUTLINE OF GPIB

3.3 SPECIFICATIONS

3.4 HANDLING GPIB

3.5 BLOCK DELIM ITER

3.6 PROGRAMMING EXAMPLE ...............................................3 - 10

4. PERFORMANCE SPECIFICATIONS ..........................................4 - 1

4.1 ELECTRICAL PERFORMANCE ............................................4 - 1

4.2 GENERAL SPECIFICATIONS ............................................4 - 2

4.3 ACCESSORIES

5. OPERATION ............................................................5 - 1

6. PERFORMANCE TEST

6.1 PREPARATION

6.2 FREQUENCY RANGE

6.3 OUTPUT LEVEL FLATNESS .............................................6 - 3

6.4 T.G. LEAKAGE

6.5 OUTPUT SPURIOUS

6.6 TABLE OF SPECIFICATION ............................................6 - 6

........................................................1 - 1

...........................................................1 - 1

.......................................................1 - 2

..................................................2 - 6

..............................

...................................................3 - 2

....................................................3 - 4

.....................................................3 - 7

...................................................3 - 9

.......................................................4 - 3

....................................................6 - 1

.......................................................

...................................................6 - 2

......................................................6 - 4

...................................................6 - 5

......

3 - 1

6 - 1

7. ADJUSTMENT AND CALIBRATION ..........................................7 - 1

7.1 PREPARATION ........................................................7 - 1

7.2 ADJUSTMENT OF 3.77 GHz BPF AND ISO CAVITY

7.3 ADJUSTMENT OF 4.0 GHz B P F .........................................7 - 3

7.4 ADJUSTMENT OF 226.42 MHz VCO ......................................7 - 4

7.5 ADJUSTMENT OF 22.6 MHz VCXO .......................................7 - 5

7.6 ADJUSTMENT OF ALC CONTROL BOARD

8. MAINTENANCE INFORMATION

8. 1 LOCATION ...........................................................8 - 1

8.2 LEVEL DIAGRAM

.....................................................8 - 3

.............................................8 - 1

..................................7 - 6

C - 1*

........................7 - 2

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

_____________________________________________ 1 .1 GENERAL

1. INTRODUCTION

1.1 GENERAL

Tracking generator TR4153A/B (this unit) is a sweep oscillator connected

to the ADVANTEST spectrum analyzer (main unit).

Table 1-1 lists the spectrum analyzer connected to this unit and the
measurement frequency range.

Combined use of the tracking generator and the ADVANTEST spectrum analyzer
allows direct reading of the frequency characteristic of the DUT within

the frequency range depending on that of the main unit. In this case, a
dynamic range of 80 dB is obtained on the CRT of the main unit. Moreover,
a dynamic range of approximately 110 dB can be obtained by changing the
reference level on the CRT display.

Table 1-1 Connectable Spectrum Analyzer and Measurement Frequency Range

Spectrum analyzer Measurement frequency range

TR41 31 /E

100 kHz to 2 GHz

The normalization feature of the spectrum analyzer (TR4131) main unit can
eliminate the frequency characteristic of the measurement system, which
permits direct reading of only the frequency characteristic of DUT.

1 - 1

TRACKING GENERATOR (TR4153A/B)

1.2 PREPARATION

1.2.1 Preparation and Precautions

( T)

Set POWER switches of the spectrum analyzer and this unit to OFF when
connecting this unit to the spectrum analyzer or when connecting a
power cable.

(5) Before switching power on

Set the voltage setting card under the fuse properly so that you can
read the print of the supply voltage you use. Use only the specified

fuse. See (5) for details on card setting.

Adaptor A09034 (KPR-18)

USER'S MANUAL

1.2 PREPARATION

Connect this pin to

the ground terminal

(a) (b)

Figure 1-1 Power Cable Plug and Adaptor

(3) Switching power on

Set the POWER switch on the front panel of this unit to OFF, then
connect the power cable as follows:
Connect the power cable to the AC LINE connector. The power plug has
three pins and the middle round pin is for grounding.

When using a 2-pin adaptor, connect either the ground wire of the

adaptor or the ground panel on the rear panel of the main unit to the
ground. The attached adaptor, A09034 (KPR-18), conforms to the
Electric Appliance Regulations. As shown in Figure 1-1, widths A and

B of two pins of the A09034 are different, so check which is which
when inserting this plug in the receptacle.
When the A09034 cannot be used, use the optionally available adaptor

KPR-13.

Adaptor A09034 (KPR-18)

1 - 2

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

________________________

___

1.2 PREPARATION

(T) Replacing the fuse

Before replacing the fuse, disconnect the power cable from the AC LINE
connector. Move the plastic cover of the fuse box (on the right side

of the fuse box) to the left, then pull the FUSE PULL lever to remove

the fuse as shown in Figure 1-2. Use only the fuse specified in

Table 1-2.

Table 1 -2 AC Supply Voltage and Fuse

Supply voltage

AC 100 V

Fuse

MDX 1.25 A

AC 120 V
AC 220 V

MDX 0.6 A

AC 240 V

(5) Setting the voltage setting card

Check whether the voltage setting card is properly set. If you cannot
see the print (100 V, 120 V, 220 V, or 240 V) of the supply voltage

you use, remove the card and insert it again up side down. (See

Figure 1-2.)

Voltage setting card

Figure 1-2 Fuse Replacement and Voltage Setting Card

( j) The ambient temperature is 0 to 40o c.

(7) The storage temperature is - 2 0 to +70 oc . put this unit in a

cardboard or wrap it with a vinyl sheet and store it in a place not
exposed to direct sunlight.

1 - 3

TRACKING GENERATOR (TR4153A/B)

USER’S MANUAL

1.2.2 Operations before Starting Measurement

This section explains the connections between the rear panel of this
unit and the rear panel of the spectrum analyzer and the operations

required before starting measurement.

Tracking generator

1.2 PREPARATION

Connection /-i-

cable (A01002)^kg

Spectrum analyzer

c

Figure 1-3 Connections between Rear Panels

o HMD] °

m m m

uvnzi

KM

@1

□

Connection
cable (MI-02)

(T) Set the POWER switches of this unit and main unit to OFF.

(2) As shown in Figure 1-3, connect cables between the following

connectors:

• SLOPE IN connector of this unit and SLOPE OUT connector of main unit
(MI-02 cable)

• 1st LO INPUT connector of this unit and 1st LOCAL connector of main

unit (A01002 cable)

• 2nd LO INPUT connector of this unit and 2nd LOCAL connector of main

unit (A01002 cable)

(3) Set POWER switches of this unit and main unit to ON.

1 - 4

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

_______________________________________________________________1 .2 PREPARATION

(T) For the TR4153A, the output level indication LED goes on. For the

TR4153B, the POWER lamp goes on.

(5) Connect the OUTPUT connector of this unit to the INPUT connector of

the spectrum analyzer with the specified cable.

(6) The CRT screen displays the frequency characteristics of this unit and

main unit.

If the LEVEL VARIABLE control of the TR4153B is at the MIN position,
the output level cannot be controlled and consequently the frequency

characteristic curve may deviate from being flar.

© If maximum input is applied to the spectrum analyzer when the

frequency characteristic of the amplifier is observed, the maximum
input level must not exceed that of the first mixer or attenuator.

1 - 5*

TRACKING GENERATOR (TR4153A/B)

USER’S MANUAL

2. OPERATION

2.1 FRONT AND REAR PANELS

2.1.1 TR4153A

See Figure 2-1 for the panels of the TR4153A. See Section 2.1.2 for
details on the panels of the TR4153A.

- Front panel -

0 POWER switch

To power this unit, set this switch to the ON position. For the
4153A, the output level indication LED goes on. Set this switch to
the OFF position to switch the power off.

(2) OUTPUT connector

This is the output connector for this unit.

(3) OUTPUT LEVEL keys

These keys are used to attenuate the signal output from the OUTPUT
connector.

__________________________

2.1 FRONT AND REAR PANELS

0 RMT/LCL key

The RMT lamp goes on and any input by panel keys are ignored when this
unit is controlled from the outside via the general-purpose interface

bus (GPIB). Press this key to make inputs by panel keys effective.

0 Output level indication LEDs

These LEDs indicate the level of the signal output from the OUTPUT
connector.

® LEVEL ADJ knob

This knob is used for fine adjustment of the output signal level from
0 to -1.5 dB.

0 FREQ ADJ knob

This knob is used for fine adjustment of the frequency to the middle

of the bandwidth of the main unit.

- Rear panel -

0 SLOPE

This connector is connected to the SLOPE connector on the rear panel
of the main unit.

0 1st LO INPUT connector

This connector is connected to the 1st LOCAL connector on the rear
panel of the main unit.

2 - 1

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.1 FRONT AND REAR PANELS

(fo ) 2nd LO INPUT connector

This connector is connected to the 2nd LOCAL connector on the rear
panel of the main unit.

(f j) Ground terminal

When the power cable is used together with a 2-pin adaptor, connect

the wire of the adaptor or this terminal to the ground.

(f |) AC LINE connector

The power cable is connected to this connector.

GPIB connector
An external controller is connected to this connector with a GPIB
cable.

(j 3> Address switch for GPIB

The GPIB address is set with five bit switches.

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.1 FRONT AND REAR PANELS

Figure 2-1 TR4153 Panels

2 - 3

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.1.2 TR4153B

See Figure 2-2 for the panels of the TR4153B.

- Front panel -

(T) Power switch

To power this unit, set this switch to the ON position. For the

4153B, the POWER lamp goes on. Set this switch to the OFF position to
switch the power off.

(2) OUTPUT connector

This is an output connector of this unit.

@ LEVEL VARIABLE knob

This knob is used to control the output signal level 10 dB or more
between the MIN and MAX positions.

@ FREQ ADJ knob

This knob is used for fine adjustment of the frequency to the middle
of the bandwidth of the main unit.

______________________________

2^1 FRONT AND REAR PANELS

- Rear panel -

(D SLOPE

This connector is connected to the SLOPE connector on the rear panel
of the spectrum analyzer.

@ 1st LO INPUT connector

This connector is connected to the 1st LOCAL connector on the rear
panel of the spectrum main unit.

(7) 2nd LO INPUT connector

This connector is connected to the 2nd LOCAL connector on the rear
panel of the main unit.

(8) Ground terminal

When the power cable is used together with a 2-pin adaptor, connect

the wire of the adaptor or this terminal to the ground.

(9) AC LINE connector

The power cable is connected to this connector.

2-4

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.1 FRONT AND REAR PANELS

Figure 2-2 TR4153B Panels

2 -

5

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

__________________

2.2 OPERATION METHOD

2.2.1 Reading Frequency Characteristic Directly

This section explains how to read the frequency characteristic
directly by using the tracking generator with the spectrum analyzer
TR4131/E.

2.2 OPERATION METHOD

Figure 2-3 Procedure for Reading the Frequency Characteristic Directly

(T) Connect cables between this unit and main unit by referring to

Section 1.2.2.

(2) Set POWER switches of this unit and main unit to the ON position.

(3) Connect the OUTPUT connector of this unit to the INPUT connector of

the main unit with the specified cable.

(?) The CRT screen then displays horizontal bright lines. The frequency

range of this unit is 100 kHz to 2 GHz and the frequency range of the
main unit is 10 kHz to 3.5 GHz, then the following waveform is

displayed immediately after power-on operation.

6

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.2 OPERATION METHOD

ST 10ms/ ATT lOd S

Figure 2-4 Direct Reading of Frequency Characteristic (1)

(5) Set output levels of the main unit and this unit for the DUT.

Figure 2-5 shows the screen displayed when output levels are reset to
measure the frequency characteristic of 155 MHz B.P.F.

□dB .-n

______ _ _ _ __

155. 0MHz___________50MHz

10aB

* r

ST CL Is/ ATT lOdB VF 10kHz

Figure 2-5 Direct Reading of Frequency Characteristic (2)

© If the output signal of this unit is applied to DUT and the device

output is applied to this unit the frequency characteristic shown in
Figure 2-6 can be read directly.

2 - 7

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.2 OPERATION METHOD

Figure 2-6 Direct Reading of Frequency Characteristic (3)

(1) Dynamic range

The dynamic range of measurement is limited by the maximum output

level and white noise level of this unit. To widen the dynamic range,
reduce the IF band width of this unit to lower the noise level.

Since the tracking signal leaks into the main unit (T.G. leakage),

noise may not be reduced to the desired level if the resolution of

this unit is increased to the maximum value. T.G. leakage provides a

dynamic range of -110 dBm (at an output level of 0 dBm). Therefore,
measurement can be done if the stop band of the filter causes
attenuation of approximately 110 dB. To prevent T.G. leakage, use
well-shielded cable cables and do not bring these cables close to each

other.

When the IF band width is reduced, pay attention to the following:

(a) The RBW (resolution band width) of the TR4131/E is set to 30 kHz or

less, the tracking error (difference between output frequencies of
this unit and main unit) causes a level error. Accordingly, it is
necessary to set RBW of the main unit to 1 kHz and to adjust the
tracking error by turning the half-fixed volume FREQ ADJ knob before
starting measurement so that the level indication on the CRT screen
becomes maximum.

(b) The CRT display cannot display dynamic ranges greater than 80 dB

therefore, switch reference levels of the CRT display. Pay
attention to level suppression caused by excessive input in the

primary mixer in the input block of the main unit.

(2) Time response

"UNCAL" is displayed to indicate whether the level displayed on the

CRT screen is correct. This indication, however, has no meaning when

frequency characteristics are measured using this unit.

2 - 8

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.2 OPERATION METHOD

"UNCAL" indicates whether the IF filter responds correctly to indicate

the level according to the combination of SWEEP TIME/DIV., SPAN, and
BANDWIDTH switches of the main unit. For the unit holding a constant
level like this unit, the level may displayed normally even if "UNCAL"

is displayed.
If the signal which is supplied from the output terminal of DUT to the
main unit changes abruptly, the IF filter of the main unit stops
responding. Pay attention to the response by DUT itself.
If the SWEEP TIME/DIV. switch is operated, the IF filter and DUT
respond normally providing the characteristic on the screen does not
change. If the characteristic changes when the SEEP TIME/DIV. switch

is operated, delay the sweep time or make the span (frequency sweep

width) narrow.

(3) Normalization function

The normalization function is used to compensate for the frequency
characteristic of the TR4131/B and to compare waveforms displayed on

the CRT screen. The procedure for measuring the high frequency cable
insertion loss is explained below as an example.

(T) Connect the TR4131/E and TR4153A/B in the system, except the cable,

to be tested. (See Figure 2-7.)

(The frequency characteristic measured in this system involves the
cable insertion loss and frequency characteristic of the TR4131/E;
the cable insertion loss concerned is obtained according to this
frequency characteristic.)

D

D

TR 41 53 A /B

O

TV

---9

--------------

V

_ _ _ _ _ _

Figure 2-7 Example of Measurement of High Frequency Cable Loss

J

2 - 9

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.2 OPERATION METHOD

(2) Vertical axis : 2 dB/DIV.

Frequency span : 2 GHz

Reference level: Set the reference level so that the waveform is

displayed in the middle of the screen. (See

Figure 2-8.)

i 1
! 1

2d 3

IWi

1 l
1 l

L 1

.— irT

-)

1

. 1 1 1

ST CL1«/

L L !

ATT !Cd9

1 1 1

1

Figure 2-8 Storage of Displayed Waveform

S T 0 » E

(3) For the TR4131, prrss Q to store this waveform,

s 111 r t * 8 w

Press Q and Q ; the screen will display "NORM", a reference

line in the middle of the screen, and a measured waveform. (See

Figure 2-9.)

For the TR4131E, the waveform on only one screen is memorized,

s h 1 r r 1s w

Press - Q and Q ; the reference waveform will be stored after

sweeping once. (See Figure 2-8.)

Thus, the reference line and normalized waveform are displayed every

time a sweep is completed. (See Figure 2-9.)

Figure 2-9 Normalization

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.2 OPERATION METHOD

(4) Connect the cable to be measured. (See Figure 2-10.)

The measured waveform is displayed away from the reference line
according to the amount of cable loss. (See Figure 2-11.)

Figure 2-10 Connection of Cable to be Measured

Reference
line

Figure 2-11 Reference Line and Waveform

2-11

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

2.2 OPERATION METHOD

Press Q ; a marker will be displayed on the measured waveform to

indicate the deviation from the reference level. (See Figure 2-12.)

Figure 2-12 Reference Line, Waveform Shift, and Marker

(§) If a wide dynamic range is required for the measurement of a filer

or amplifier, press

o

o

; the reference line and waveform

will move by one division. To shift the reference line and waveform

H C o a r s e

by 1/10 division, select FINE by pressing . Thus, select

□

this option to observe the waveform easily. (See Figure 2-13.)

0 , O O dEhi IOQCMHt

HK 1D07WHZ j

MflML

ST 0.1a/ ATT l Cdfl

Figure 2-13 Reading Deviation from Reference Line According to Marker

2d9/

To modify or terminate setting after measurement, press Q and

to return to the normal mode.

norm

2 -1 2 *

TRACKING GENERATOR (TR4153A/B)

USER’S MANUAL

___________________________

3. CONNECTING GPIB AND PROGRAMMING

3.1 GENERAL

Tracking generator TR4153A can be connected to the an GPIB conforming to

IEEE specifications by using the GPIB interface supplied.

This chapter explains the specifications and functions of the GPIB

interface.

• GPIB: General-Purpose Interface Bus
The GPIB cannot be connected to the TR4153B.

______________3.1 GENERAL

3 - 1

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

3.2 OUTLINE OF GPIB

3.2 OUTLINE OF GPIB

The general-purpose interface bus (GPIB) is an interface system that can
connect the measurement unit to the controller or peripheral equipment

with a simple cable (bus line). It is expandible and easy to use compared

to the existing interfaces. It is also compatible with the products of

other makers both electrically and functionally. Accordingly, connection

of only one bus line allows construction of both simple and complicated
automatic measurement systems.

In the GPIB system, addresses of the devices connected to the bus line
must be set. Of the three parts (controller, talker, and listener), each
device can take one or two parts.

During system operation, only one talker can send data to the bus line and

two or more talkers can receive this data. The controller transfers data

from a talker to the listener(s) by specifying their addresses. Moreover,

the controller (talker in this case) itself sets the measurement condition
of the listener. Eight bit/byte parallel serial data lines are used for

data transfer between devices. Data can be transferred in both directions
asynchronously. This system can contain both high-speed and low-speed
devices because it is an asynchronous system.

The data (message) transferred between devices consists of measurement
data, measurement conditions (program), and commands expressed by ASCII
codes.

In addition to the above eight lines, there are three handshake lines and
five control lines.

• Handshake lines send the following signals:
DAV (Data Valid) : Indicates that the data is valid.

NRFD (Not Ready For Data): Indicates that data reception is enabled.
NDAC (Not Data Accepted) : Indicates that reception is completed.

• Control lines send the following signals:
ATN (Attention) : Indicates whether the signal on the data line

is an address, command, or other information.

IFC (Interface Clear) : Clears the interface.
EOI (End or Identify) : Indicates the end of information.
SRQ (Service Request) : Indicates a service request from a device to

the controller.

REN (Remote Enable) : Controls the device that allows remote

programming.

3 - 2

TRACKING GENERATOR (TR4153A/B)

Data line (8 lines)

Transfer control line

(3 lines)

Bus control line

(five lines)

USER'S MANUAL

3.2 OUTLINE OF GPIB

IRC, ATN, SRQ.

REN, EOI

GPIB bus (J

(16 buses)

Interface

Control,

talk, and
listen

Device A Device B

Interface

(Talk and

listen)

Figure 3-1 Outline of GPIB

Interface

(Talk)

Device C

DAV,NRFD,
NDAC

DIO' 1 ~ 8

Interface

(Listen)

Device D

3-3

3.3 SPECIFICATIONS

3.3.1 GPIB Specifications

Standard : IEEE 488-1978
Code : ASCII (or binary code for packed format)
Logical level : Logical 0 High state (+2.4 V or more)

Signal line termination: Sixteen bus lines are terminated as follows:

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

3.3 SPECIFICATONS

Logical 1 Low state (+0.4 V or less)

Figure 3-2 Signal Line Termination

Driver : Open collector

Output voltage in "Low" state: +0.4 V or less,

48 mA

Output voltage in "Hight" state: +2.4 V or more,

-5.2 mA

Receiver : "Low" state at +0.6 V or less

"High" state at +2.0 V or more

Bus cable length : The length of each cable is 4 m or less and the

total cable length (number of devices connected to

bus x 2 m) must be shorter than 20 m.

Address assignment: Thirty-one token/listen addresses can be assigned

as desired by using the address selection switches
on tne rear panel.

After setting the address selection switches, set

the POWER switch to OFF then set to ON again.

Connector : 24-pin GPIB connector

57-20240-D35A (or equivalent ANFEHOL connector)

3-4

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

24-pin GPIB connector

3.3 SPECIFICATONS

Pin No.

12

11

10

9

8

7

6

5

4

3'

2

Signal name

SHI ELD

ATN

SRQ

IFC

NDAC

NRFD

DAV

EOI

DIO 4

DIO 3

DIO 2

1

Figure 3-3 GPIB Connector Pin Arrangement

DIO 1

TRACKING GENERATOR (TR4153A/B)

3.3.2 Interface Functions

Table 3-1 Interface Functions

USER'S MANUAL

3.3 SPECIFICATONS

Code
SHI

AH1
T8

L4

SRO
RL1

PPO
DC1

DTO
CO

El

Description
Source handshake function
Acceptor handshake function
Basic talker functions without serial poll function

Talker release function (specified listener)
Basic listener functions and listener release function (specified

talker)
No service request function
Remote function

No parallel function

Device clear function

No device trigger function

No controller function

Use of open collector bus driver

EOI, DAV: E2 (use of 3-state bus driver)

3 - 6

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

____________

3.4 HANDLING GPIB

3.4.1 Connecting System Components

The GPIB system consists of two or more devices. Notes on connecting

these devices are as follows:

(1) Check the states (preparatory settings) and operations of the system

according to the Operating Instructions of the TR4153A, controller,

and peripheral devices.

(2) Minimize the lengths of the cable connecting the measurement device

and the bus cables connecting the controller and other devices. The

total bus cable length (number of devices connected to bus x 2 m) must
be less than 20 m.
ADVANTEST is ready to supply the following bus cables:

Table 3-2 Standard Bus Cable (Optional)

Length Name

3.4 HANDLING GPIB

0. 5 m
1 m

2 m
4 m

(3) The bus cable connector is a piggyback type. One connector has both

male and female connectors and these connectors can be connected with
each over.

When connecting a bus cable, do not connect three or more connectors

together. Fasten connectors securely with connector set screws.

(4) Check power requirements, grounding conditions, and, if required,

setting conditions of the system components. Then, supply power to
these components.

All the components connected to the bus must be powered; otherwise,

the entire system operation is not guaranteed.

3.4.2 Setting Address Switches

A DIP switch is provided on the rear panel of this unit. (See
Figure 3-4.) This switch is used to assign GPIB addresses.

408JE-1P5
408JE-101
408JE-102

408JE-104

GPIB Addresses 0 to 30 can be set by setting bit 1 (rightmost bit) to
bit 5 to 0 or 1. Address setting must be done before switching the

power on.

3 - 7

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

3.4 HANDLING GPIB

(Bit 1)

1

0

Figure 3-4 ADDRESS Switch

Table 3-3 shows the relationship between ADDRESS switch settings and

GPIB addresses.

Table 3-3 ADDRESS Switch Setting

ADDRESS switch

00000
00001

0001 0
0001 1
001 00
00101
001 10 6
0011 1

01000
01 001
01010
0101 1

01 100
01 101
01110

01111

GPIB address ADDRESS switch

0

1

2
3
4
5

10000
10001
10010

1001 1
10100
10101
10110

7
8

9
10
1 1
12

13

14

10111

1 1000
1 1001
11010

11011
11100
11101
11110

15

GPIB address

16
17

18
19
20
21
22
23
24
25
26

27
28
29
30

3 - 8

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

3.5 BLOCK DELIMITER

3.5 BLOCK DELIMITER

This unit is provided with four types of block delimiters listed in
Table 3-4.

Table 3-4 Block Delimiter

Code
DLl

DL2
DL3
DLO

Outputs an LF code (1 byte).
Outputs an EOI signal together with the last data byte.
Outputs CR and LF codes (2 bytes).
Outputs CR and LF codes (2 bytes), and outputs an EOI signal together

with the LF code.

This unit accepts the command or data sent from the GPIB controller and so
forth if the command or data matches one of above block delimiters. If
the block delimiter of the GPIB controller does not match any one of above

delimiters, the GPIB connected to this unit does not function normally.

When data is received from this unit, the block delimiter of this unit
must be changed to one of the block delimiters handled by the receiver

(GPIB controller and so forth). In this case, select one of four block

delimiters listed above.

The block delimiter of this unit can be changed by sending a command

listed above from the GPIB controller.

When this unit is powered, block delimiter DL3 is selected.

Block delimiter

3 - 9

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

____________________ 3.6 PROGRAMMING EXAMPLE

3.6 PROGRAMMING EXAMPLE

The output level of the TR4153A can be remotely controlled by the GPIB
controller.

This section explains programming of settings with reference to the

program generated using the Hewlett Packard desk-top computer 9816.

Codes used are as follows:

Table 3-5 Program Codes

(TG LEVEL)

TL

Sets an output level with an absolute value.

(dBm)

DM

Sets an output level with an absolute value.

(COARSE UP)

CU

Raises the output level by 10 dB over the current value.

(COARSE DOWN)

CD

Lowers the output level by 10 dB under the current value.

(FINE UP)

FU

Raises the output level by 1 dB over the current value.

(FINE DOWN)

FD

Lowers the output level by 1 dB under the current value.
Instrument Preset

IP

Performs initialization (the output level is set to 0 dBm).

(1) Setting the output level directly

10 OUTPUT 701 ; "TL-200M"

20 END

When this program is started in the initial state (output level = 0 dBm),

its operation is displayed as shown in Figure 3-5.

3-10

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

3.6 PROGRAMMING EXAMPLE

lOdB

ST 20ms/ ATT 20dB

Figure 3-5 Example of Programmed Operation

(2) Setting output levels with the commands corresponding to front panel keys

OUTPUT 701

10

ENTER 701

20

IF A= -20

30

OUTPUT 701

40
50 GO TO 20

IF A=-20 THEN 90

60
70 OUTPUT 701

GOTO 20

80

END

90

Line number

10
20
30

40
50
60
70
80

90

Initializes the TR4153A.
Reads data from the TR4153A.
Branches to line 60 when the read data is

-20.
Lowers the TR4153A output level by 10 dB.

Returns to line 20.
Branches to line 90 when the read data is
Raises the output level of the TR4153A by
Returns to line 20.
End

; "IP"

; A

THEN 60

; "CD"

; "CU"

Meaning

equal to or less than

equal

10 dB.

to -20.

Like the program in (1) above, this program is executed as shown in

Figure 3-5.

3-11

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

_______________________________

(3) Reading the set output level

10 ENTER 701 ; A

20 PRINT A
30 END

Line number

10

20

30

Data is read from the TR4153A and set in variable A.
Displays the value of variable A.

(-20 is displayed when the output level is -20 dBm.)

End

3.6 PROGRAMMING EXAMPLE

Meaning

3 - 12*

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

4.1 ELECTRICAL PERFORMANCE

4. PERFORMANCE SPECIFICATIONS

4.1 ELECTRICAL PERFORMANCE

The following performance is attained when spectrum analyzer TR4131 is
connected to this unit:

Frequency range : 100 kHz to 2 GHz
Output impedance : Approximately 50 ft
Output V.S.W.R : 1.5 or less (at 10 dB or more of output

attenuation) (TR4153A)

Output level flatness: 4153A: ±1 dB or less (with 0 dB output at 100 kHz

to 2.0 GHz)

: 4153B: iO.5 dB or less (with 0 dB output at 100 kHz

to 2.0 GHz)

Output level range : 4153A: 0 to -59 dBm, variable at 1 dB step

: 4153B: 10 dB or more, continuous variation possible

Output spurious : At output of 0 dBm

Spurious high frequency is 20 dB or less.
Spurious non-high frequency is 30 dB or less.

T.G. leakage* : -110 dBm or less

* T.G. leakage: Signal leakage from this unit to the main unit, which

affects the main unit operation

4 - 1

4.2 GENERAL SPECIFICATIONS

TRACKING GENERATOR (TR4153A/B)

USER’S MANUAL

4.2 GENERAL SPECIFICATIONS

Output connector
Operating temperature range
Storage temperature

N-type

0 t o 4 0oc

-2 0 t o + 70o c

Power requirements

Option No.
Supply voltage (V)
Supply voltage

Standard 32 42 44

100 120 220 240

±10 ±10 z10 +4, -10

fluctuation (%)

Outside dimensions : Approximately 300 (W) x 90 (H) x 440 (D) mm
Weight : Approximately 10 kg

4 - 2

TRACKING GENERATOR (TR4153A/B)

4.3 ACCESSORIES

(1) Power cable (MP-43A) 1

(2) Output cable (MI-04) 1

(3) Connection cable (A01002) 2

(4) Connection cable (MI-02) 1
(5) Fuse (1.25 A) 2
(6) Operation Manual 1

USER'S MANUAL

4.3 ACCESSORIES

4-3*

TRACKING GENERATOR (TR4153A/B)

USER’S MANUAL

5. OPERATION

5. OPERATION

This unit is a sweep oscillator that supplies a synchronization signal at
a given level in response to sweeping by the spectrum analyzer main unit.

The main unit uses four local oscillators to generate a 3.58 MHz input
signal and inputs this signal to the IF filter which determines resolution.

This unit uses a highly stable oscillator for outputting a 226.42 MHz

frequency that matches the middle frequency of the 3rd IF of the main

unit. The output signal is mixed with the signals from two local
oscillators, thus generating the same frequency as the synchronization
frequency input to the INPUT terminal of this unit.

1st IP 2nd IF 3rd IF 4th IF

INP UT 3. 99 6G Hz 226.42Mllz 26. 4 2MH z 3. 58 MH z

@

-- -- - -

(j)

--------

< * ) - - - - - - - < * )

-- - - - - -

< * >

1st LO

4~ 7. 5G Hz

Spectrum
analyzer
main unit

Tracking
generator

3.58 MHz
IF filter

OU TP UT

0

© ~

Figure 5-1 Operation Principle Block Diagram

The circuit of this unit mainly consists of a mixer and filters. The

filters are used to eliminate spurious elements generated when signals are

mixed. Amplifiers between mixers compensate return lo s s of each mixer.

The final-stage amplifier lowers the mixing level of the final-stage mixer

and lowers the spurious level within the frequency range.

22 6. 42 MH z
OSC

5 - 1

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

__________________________

The IF and output frequencies of this unit are the same as those of the
spectrum analyzer main unit, local oscillators must be linked and then

isolated sufficiently. If the IF and output signals leak into the main
unit via the linked local oscillators, the main unit operates as if it has
received a valid signal. This symptom is called T.G. leakage. T.G.
leakage deteriorates sensitivity of this unit and lowers its the dynamic
range.

Accordingly, each local oscillator is connected to the mixer via the

isolation amplifier.

5. OPERATION

5-2*

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

___________________________________________________________________ 6.1 PREPARATION

6. PERFORMANCE TEST

6.1 PREPARATION

The equipment and tools required for the performance testing are listed in
Tables 6-1 and 6-2.

Table 6-1 Equipment Required for Performance Test

Equipment Specifications

Spectrum Analyzer
Spectrum Analyzer
Power Meter

Table 6-

Tools

Cable A01002
Cable

Cable

Mfr stock No's

MI-02

Ml-04

(It is necessary to operate TR4153.)
Frequency range: 100 kHz to 2 GHz
Frequency range: 100 kHz to 2 GHz

2 Touia Required for Performance Test

ADVANTEST
stock No's

DCB-FF0386-1 BNC-BNC cable
DCB-FF0388-1 N-N cable

Remarks

SMA-SMA cable (2 pcs)

Recommended

model
TR4131
TR4131

6 - 1

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

6.2 FREQUENCY RANGE

6.2 FREQUENCY RANGE

(T) Connect TR4153 with TR4131 as shown in Figure 6-1(a).

(2) Connect the OUTPUT connector of this unit to the INPUT connector of

TR4131. (See Figure 6-1(b).)

M K R

(3) Press on TR4131. Rotate an encoder to position a marker at the

end of the waveform as shown in Figure 6-2.

(?) Confirm that the marker value reads more than 2 GHz.

* 1 — -

¥ . l ij .

FFEB

~ r — i

AO 1002

drf

---

B ff l

-czr

- M I -0 2

Figure 6-1 How to Connect Cables

Figure 6-2 Marker Position

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

6.3 OUTPUT LEVEL FLATNESS

6.3 OUTPUT LEVEL FLATNESS

(T) Connect TR4153 with TR4131 as shown in Figure 6-1. Connect OUTPUT

connector of TR4153 with POWER METER.

(2) Set the Freq SPAN of TR4131 to ZERO SPAN. Then, gradually slide up

the CENTER FREQ from 100 kHz to 2 GHz with a rotary encoder, and read
the display value of POWER METER.

TR4153A: ±1 dB (Based on CENTER FREQ 200 MHz)
TR4153B: ±0.5 dB (Based on CENTER FREQ 200 MHz)

Figure 6-3 Output Level Flatness

6 - 3

TRACKING GENERATOR (TR4153A/B)

USER’S MANUAL

6.4 T.G. LEAKAGE

6.4 T.G. LEAKAGE

(7) Connect TR4153 with TR4131 as shown in Figure 6-1 (a), (b). Then, set

the TR4131 as follows.

(TR4131)

• CENTER FREQ

• FREQ SPAN

• RBW

(2) Set the waveform to peak by turning the FREQ ADJ VR of TR4153.

1000 MHz

2 GHz
1 kHz

(3) Disconnect the cable between OUTPUT connector of TR4153 and INPUT

connector of TR4131.

(4) Set the TR4131 as follows.

(TR4131)

• INPUT ATT

• REF LEVEL

• VIDEO FLTR

• SWEEP TIME

0 dB

-60 dBm

10 Hz

2 sec/DIV

(?) Press Q2] and read the peak value of the waveform.

SPEC: -110 dBm or less

6-4

6.5 OUTPUT SPURIOUS

1 Set up TR4131's as shown in Figure 6-4. Then, set TR4131(a) and (b)

as follows.

(TR4131(a))

• CENTER FREQ: 0.5 MHz

• FREQ SPAN : 1 MHz

• Set the local feedthrough at the left end of screen.

• SWEEP TIME : 2 sec/DIV

(TR4131(b))

• CENTER FREQ: 1 MHz

• FREQ SPAN : 2 MHz

• Set the local feedthrough at the left end of screen.

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

6.5 OUTPUT SPURIOUS

TR4131(a)

©j®

TR4131(b)

jwi

01®
ya

TR4153

-o:

l a s s l. ||

V V

Figure 6-4 Output Spurious

2 Confirm that the spurious level is 20 dBc or more against T.G.

fundamental waveform level.

SPEC: 20 dBc or more (Spurious)

3 Set the TR4131(a) and (b) as follows.

(TR4131(a))

• CENTER FREQ

• FREQ SPAN

• SWEEP TIME

1000 MHz

2 GHz
2 sec/DIV

(TRTR4131(b))

• CENTER FREQ: 1000 MHz

• FREQ SPAN : 2 GHz

4 Confirm that the non-spurious level is 30 dBc or more against T.G.

fundamental waveform.

SPEC: 30 dBc or more (Non-spurious)

6-5

TRACKING GENERATOR (TR4153A/B)

6 .6 TABLE OF SPECIFICATIONS

USER'S MANUAL

6 .6 TABLE OF SPECIFICATIONS

Table 6-3 Specifications

Test items

FREQUENCY RANGE

1

OUTPUT LEVEL FATNESS TR4153A: ±1.0 dB or less

2

100 kHz to 2 GHz

Specifications

(with 0 dBm output at 100 kHz to 2.0 GHz)

TR4153B: ±0.5 dB or less

(with 0 dBm output at 100 kHz to 2.0 GHz)

T.G. leakage -110 dBm or less

3

OUTPUT SPURIOUS

4

At output of 0 dBm

Spurious high frequency is 20 dB or more.

Spurious non-high frequency is 30 dB or more.

6-6*

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

7. ADJUSTMENT & CALIBRATION

7.1 PREPARATION

Table 7-1 lists equipment and t o ols required for calibration and
adjustment. Equivalent or superior substitutes may by used.

Table 7-1(a) Equipment and Tools Required for

Calibration and Adjustment.

7.1 PREPARATION

Equipment

Spectrum Analyzer

Spectrum Analyzer

Spectrum Analyzer

DC Power Supply

Sweep Adapter
Signal Generator

Power Meter

Specifications

(It is necessary to operate

TR4153.)

Frequency range:

100 kHz to 4 GHz

Frequency range:

100 kHz to 120 MHz

Output Voltage: +10 V

Accuracy : +0.03%

Frequency Range:

100 kHz to 1.8 GHz

OUTPUT LEVEL:

+10 dBm or more

Frequency Accuracy:

2 x 10-8/day

Frequency:

100 kHz to 1.8 GHz

Sensitivity:

-30 dBm to +20 dBm

Accuracy:

+0.5 dB

Recommended model
TR4131

TR4133

TR4171

TR6142

TR13211
TR4511

To o ls

Cable
Cable

Mfr stock No's

A01002
M1-02

Table 7-1 (b)

ADVANTEST
stock No's

DCB-FF0386-1

7 - 1

Remarks

SMA-SMA cable (2 pcs.)
BNC-BNC cable (2 pcs.)

TRACKING GENERATOR (TR415 3A/B)

USER'S MANUAL

7.2 ADJUSTMENT OF 3.77 GHz BPF AND ISO CAVITY

7.2 ADJUSTMENT OF 3.77 GHz BPF AND ISO CAVITY

Figure 7-1 Adjustment of 3.77 GHz BPF and ISO Cavity

3.77GHz IN
(From TR4131 2nd Local out)

Maximize the 3.77 GHz leakage signl level from 2nd Mix by adjustment knobs

© and (2) .

7-2

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

7.3 ADJUSTMENT OF 4.0 GHz BPF

To TR4133 INPUT CONNECTOR

Fiqure 7-2 Adjustment of 4.0 GHz BPF

TR41 33

X out

P W U |

______________

°

o o
o <
o

o o

c

? °

7.3 ADJUSTMENT OF 4.0 GHz BPF

From TR4131 2nd, Local out.

Sweep Adapter

D c
o c

o c

TR4511

E © © gg

□ Q
£> 0

X in

cQ.g^ A (2)

Q
0

q o B-O O

£

Q O QO

e>©

o

o

o

b

Figure 7-3 Adjustment Set-up

Set up as shown in Figures 7-2 and 7-3. Then, set TR4133 and TR4511 as

follows.

(TR4133)

CENTER FREQ
FREQ SPAN
REF LEVEL
SWEEP TIME

(TR4511)

CENTER FREQ
FREQ SPAN
LEVEL

With checking for 4 GHz BPF frequency characteristic, adjust the value by

adjustment knobs 3 and 4 . Note that adjustment knobs 1 and 2 are
not used at this time.

4000 MHz
5 MHz/DIV

-20 dBm

0.5 s/DIV

226.42 MHz
100 MHz

-20 dBm

e

__

o

2nd. Lo. Out

a

TR4131

I

s ~ ~i ~ ©=

c

S3 j®

■B

tPn

■L-sJe s

O

K 8£

= 6 Q

0"

7-3

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

_______________________

7.4 ADJUSTMENT OF 226.42 MHz VCO

TR6142

Figure 7-4 Adjustment of 226.42 MHz VCO

Apply +5.0 V to PLL terminal of 226.42 MHz VCO block by using TR6142.
Then, connect ALC MODULATOR Board OUTPUT to TR4133 INPUT, and adjust

frequency to 226.42 MHz ±0.1 MHz with 226.42 MHz VCO Block L6.

7.4 ADJUSTMENT OF 226.42 MHz VCO

7-4

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

7.5 ADJUSTMENT OF 22.6 MHz VCXO

7.5 ADJUSTMENT OF 22.6 MHz VCXO

0 Connect Q1 collector of DIGITAL PLL BOARD with TR4171, and adjust

22.6 MHz level to maximum by C5 and L3 of 22.6 MHz VCXO Block.

(2) Rotate the FREQ ADJ VR on TR4153 front panel clockwise to adjust

frequency of DIGITAL PLL BOARD Q1 collector to 22.642 MHz + 4.0 kHz by

22.6 MHz VCO Block L2.

(3) Similarly, rotate the FREQ ADJ VR counterclockwise, and confirm the

frequency is set to 22.642 MHz -4kHz.

7-5

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

____________________

7.6 ADJUSTMENT OF ALC CONTROL BOARD

(T) Connect POWER METER with OUTPUT connector of TR4153.

(2) Set the TR4131 as follows. And adjust POWER METER display to 0 dBm

with ALC CONTROL BOARD R5.

7.6 ADJUSTMENT OF ALC CONTROL BOARD

Power Meter

(TR4131)

CENTER FREQ: 2000 MHz

FREQ SPAN : Zero

CF CAL

(3) Re-set the FREQ SPAN to 4 GHz. Then, set the TR4131 as follows, and

adjust POWER METER display to 0 dBm by ALC CONTROL BOARD R2.

(TR4131)

CENTER FREQ: 200 MHz
FREQ SPAN : Zero

CF CAL

0 Connect TR4131 INPUT co.i.jector with TR4153 OUTPUT connector. After

setting TR4131 to CENTER FREQ: 200 Mhz, FREQ SPAN: zero and

CF CAL , connect TR4153 OUTPUT connector with POWER METER. (See

Figure 7-5.)
Lower the output level of TR4153 in 1 dB step with DOWN key, and

adjust them by each VR as shown in Table 7-2.

7-6

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

7.6 ADJUSTMENT OF ALC CONTROL BOARD

Table 7-2 Adjustment of ALC CONTROL

OUTPUT LEVEL

0 [dBm]

-1

-2

-3

-4

-5

-6

-7

-8

-9

Measured

VR

OUTPUT LEVEL

R2 0.00 [dBm]
R13
R1 6

R19

R22

I

•

O

o

CM

o

0

1

•

-

-3.00
1

£»

O

O

-

-5.00

-6.00
1

-

-

1

•^JOo
o

00

o

- -9.00

Specification

±0.2dB

7-7*

TRACKING GENERATOR (TR4153A/B)

8. MAINTENANCE INFORMATION

8.1 LOCATION

USER'S MANUAL

8.1 LOCATION

FRONT

Figure 8-1 Top View

8 - 1

REAR

(From

THD273

(MIXER))

i

___

□ _

VIDEO AMP

&

DET

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

OUTPUT

P o

e r ^ -r -

< in

5 '

^ Oj

H

<

T T

CPU BOARD

ALC CONTROL

8.1

FRONT

LOCATION

C

d

U

SLOPE IN

Figure 8-2 Bottom View

8 - 2

REAR

8.3 LEVEL DIAGRAM

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

8.3 LEVEL DIAGRAM

226. 42MH z VCO

226MHz

©

VCO

5V

LPP

P/D

DIG ITA L PLL

- O"

«—

i—

1/2

1/2

ALC MOD ULA TOR

POWE R

( - I d Da)

DI V I

DER

— -4>

22 6M
AMP.

1/10

TTL Level

change

......

(.IOdl>)

ALC
Modu la tor

.......4...O...

ALC
VOLT AGE

*1

From
ALC
CONTR OL

226Mllz

©

VCXO

22.64 MHz VCXO

MIX ER

d B «)

ISO

Ca vi ty

)M

377C

BPF

. z r j

3770 MHz

150. AMP.

— 9-

1*2

7T

" T 1

o

2n d .Lo.IN

(From Rear Panel)

(♦Sd!«)

:........

( * 5 d B K )

;

2ND. ISO. AMP

ISOLA TOR

l-ldla)

TH D27 3

<-

4GH2

BPF

ISO. CAVI TY

37 70 MHz BPF

POWER SW.

B i f f

KEY BOARD

□ □

□

□ □

Figure 8-3 Level Diagram

8 - 3

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

CHARACTERISTIC OF VIDEO AMP & DET BLOCK.

8.3 LEVEL DIAGRAM

CHARACTERISTIC OF ALC MODULATOR BOARD

Gain

Frequency

Flatness : 5dB

35dB

ALC VOLTAGE

+ 12V

V

+0V

OUTPUT LEVEL

big

small

8-4*

TRACKING GENERATOR (TR4153A/B)

USER’S MANUAL

LIST OF FIGURES

LIST OF FIGURES

Fiqure No.

Figure

1-1
Figure 1-2
Figure

Figure
Figure

1-3

2-1
2-2

Figure 2-3

Figure

2-4

Figure 2-5
Figure 2-6
Figure

Figure

2-7

2-8
Figure 2-9
Figure 2-10
Figure 2-11
Figure 2-12

Figure

Figure

2-13

3-1

Figure 3-2
Figure 3-3
Figure

3-4
Figure 3-5
Figure 5-1
Figure
Figure

6-1

6-2
Figure 6-3
Figure

6-4
Figure 7-1

Figure 7-2

Figure

Figure

7-3

7-4
Figure 7-5
Figure 8-1

Figure 8-2
Figure

8-3

Title

Power Cable Plug and Adaptor
Fuse Replacement and Voltage Setting Card
Connections between Rear Panels 1

TR4153 Panels
TR4153B Panels
Procedure for Reading the Frequency
Characteristic Directly
Direct Reading of Frequency Characteristic

(1)

Direct Reading of Frequency Characteristic (2)

Direct Reading of Frequency Characteristic (3)
Example of Measurement of High Frequency
Cable Loss

Storage of Displayed Waveform
Normalization
Connection of Cable to be Measured

Reference Line and Waveform
Reference Line, Waveform Shift, and Marker

Reading Deviation from Reference Line According

to Marker
Outline of GPIB
Signal Line Termination
GPIB Connector Pin Arrangement

ADDRESS Switch
Example of Programmed Operation
Operation Principle Block Diagram
How to Connect Each Cables
Marker Position
Output Level Flatness

Output Spurious
Adjustment of 3.77 GHz BPF and ISO Cavity

Adjustment of 4.0 GHz BPF
Adjustment System

Adjustment of 226.42 MHz VCO

How to Connect TR4153 and TR4131
Top View

Bottom View
Levle Diagram

Paqe

1_1

-

3

1

-

4

-

2

3

2-5

2-6
2-7

-

2

7

2-8

2-9
2 - 10
2 -

10

2 -

5

2-6

-

7

2

-

7

2
3-3

- 4

3
3-5

-

8

3

-

3

1 1

-

5

1

6-2

- 2

6

6-3

-

6

5

7-2

- 3

7
7-3

-

4

7

-

7

6

-

8

1
8-2
8 - 3

F - 1*

TRACKING GENERATOR (TR4153A/B)

USER'S MANUAL

LIST OF TABLES

LIST OF TABLES

Table

Table

Table
Table
Table
Table
Table
Table 3-5

Table

Table

Table 6-3
Table

Table 7-1(b)
Table 7-2

No.

1-1

1-2

3-1

3-2

3-3
3-4

6-1

6-2

7-1(a)

Title Pa<

Connectable Spectrum Analyzer and Measurement
Frequency Range
AC Supply Voltage and Fuse

Interface Functions
Standard Bus Cable (Optional)
ADDRESS Switch Setting
Block Delimiter
Program Codes

Equipment Required for Performance Test
Tools Required for Performance Test

Specif ications

Equipment and Tools Required for
Calibration and Adjustment

Adjustment of ALC CONTROL

-

1

-

1

-

3

-

3
3-8

-

3

-

3

-

6

-

6
6 -

-

7

-

7

- 7

7

1

3

6

7

9

10
1

1

6

1
1

T - 1*

CH

-UJ* | f | ~ I f *
w S J S

& -

* St

REAR VIEW

4163A EXT1-0J2-A

n n

m w v o j c m ”

W

:a

450

ff?

O '

vO

u

SIDE VIEW

T R 4 1 5 3 A

EXTERNAL VIEW

4DUANTYST TRAC KING GE NER AT OR

OUTPUT 60Q

100kHz-2GHz

ON

POWER

OFF

TR4153A

TR4153A FRON T VIEW

4163A EXT2-Bt2-A

4163A EXT3-812-A

TR4153A RE A R VIEW

300

—

—

oumir m

lewtr-swe

POMPt EJ

w

1 ®

□ i

)

]

L_J , - J J

aD
00

D

' 11)

■st

FRONT VIEW

C0

&

W ]

I

k k

REAR VIEW

4163B EXT1 -6t2-A

I*.

m

I m

■®-

&

i®r

SIDE VIEW

TR4153B

EXTERNAL VIEW

4163B EXT2-K2-A

TR4153B FRO NT VIEW

TR4153B RE A R VIEW

T R 41 5 3A / B

WF U-41 53 AE

Parts No.

CBl
CB2
CB3
CB6
CB8
CB10 -11
CB12
CBl 5
CB18
FI
FL1
FL2

FL3
J1
J 2
J 3
J 4
J 5
J 6
PI

R1
R 2
SI
T1
U1

ADVANTEST Stock No.

DCB-FF2023X08
DCB-FF2023X18
DCB-FF0934X26
DCB-F F0934X17
DCB-FF1167X11-1
DCB-QS1271X02
DCB-QS1271X01
DCB-RR1210X02
DCB-FF0934X09-1
D FT-AG1R25A
DEE-001172-1
SHB-001020-1
DEE-001166
JCD-AA003PX01-1
YEE-000738

V EE-000737
JCF-AA001PX09-2
JCF-AF001JX02-1
JCF-AB001JX03-1
JTE-AG001EX01-1
RVR-BA2K-1
RVR-AD5K-2
KSP-000035-1
LTP-000697B
SIA-CGB408000-1

Parts No.

ADVANTEST Stock No.

T R4153A /B

WF U - 4153 BE

Parts No.

CBl
CB2
CB3
CB8
CB10 -11
CB12
CB16

CB17
CB18
D1

FI
F LI
FL2
FL3

J1

J 2
J 3
J 5
J 6
PI

R2
R3
SI

T1

U1

ADVANTEST Stock No. Parts No.

DCB-F F2023X08
DCB-FF2023X18
DCB-FF0934X26
DCB-FF1167X11-1
DCB-QS1271X02
DCB-QS1271X01

DCB-F F0934X24

DCB-QS1271X02
DCB-FF0934X09-1

NLD-000001-1
DFT-AG1R25A
DEE-001172-1
SHB-001020-1
DEE-001166

JCD-AA003PX01-1
YEE-000738
YEE-000737
JCF-AF001JX02-1
JCF-AB001JX03-1
JTE-AG001EX01-1

RVR-AD5K-2
RVR-BL10K-1
KSP-000035-1
LTP-000697B
SIA-CGB408000-1

ADVANTEST Stock No.

T R4 15 3 A/ B

BLC-01 31 5 8

Parts No.

Cl
C2
C3
C4
C 5
C6 CCK-BN4700U50V-1
C 7 CSM-ACR1U50V
C 8 CCK-AR33U25V-1

C9 CSM-ACR1U50V
CIO CCK-BN4700U50V-1
C ll CSM-ACR1U50V
C12
C13
C14 CCK-BN4700U50V-1
C15 CSM-ACR1U50V
C16 CCK-AR10U25V-1
C17 CSM-ACR1U50V
C18
C19 CSM-ACR1U50V
C20 CCK-AR22U25V
D1
D 2 SDS-RB402
D3 SDS-RB402
D4
J1
J 2
J 3
J 4 -5 JCP-BH003PX01-1
R1 -4
U1
U2 -3 SIA-S3152
U4

ADVANTEST Stock No.

CSM-ACR1U50V
CCK-BN4700U16V

CSM-ACR1U50V
CCK-AR47U10V-1
CSM-ACR1U50V-1

CCK-AR33U25V-1
CSM-ACR1U50V

CCK-AR22U10V

SDP-S10SC4M-1

SDS-RB402
J CS-BL006PX01
JCS-BL004PX01
JCS-AD022PX03-1

RCB-AH10K
SIA-S3052-2

SIA-7810M

Parts No.

ADVANTEST Stock No.

T R4 1 53 A/B

B LC - 01 31 82 X0 1

Parts No.

Cl CSM-AGR1U50V
C2 -3
C4
C 5 CCK-AA22U10V
C 6 CSM-AGR1U50V
C7
C8 -25
D1
D 2
J1
J 2
J 3
J 4
J 5 -6
J 7
LI -3
R1 RCB-AG10K
R 2 RVR-CB5K
R 3 RCB-AG4R7K
R 4
R 5
R 6
R 7 RMF-AC27KFJ
R 8 RCB-AG2R2K
R9
RIO RMF-AC27KFJ
R11 RMF-AC10KFJ
R12 RM F-AC39K F J
R13 RVR-CB50K
R14
R15 RMF-AC18KFJ
R16 RVR-CB20K

R17
R18 RMF-AC5R1KFJ
R19 RVR-CB10K
R 20

R 21
R 2 2 RVR-CB10K
R 23

R24
R 2 5
R 2 6
R28
R 2 9
R30 -31 RMF-AC6R8KFJ

R32 -35
R37
R38 RMF-AC5R1KFJ
R39
R40
R41 RAY-AL10K4
R 4 2 -43
R44 RCB-AG47K
R45 RCB-AG12K
R46 RCB-AG10K
R47 RCB-AG47K
R48

ADVANTEST Stock No.

CCK-AA10U25V

CSM-AGR1U50V

CFM-ASR047U50V
CSM-AGR1U50V
SDS-1S953
SDZ-W120-5

JCS-AD022PX01-1
JCS-AD010PX02-1
DCB-RR1575X01
JCP-BH005PX02-1
JCP-BH003PX02-1
JCF-AC001JX01
LCL-C00010

RMF-AC47KFJ
RVR-CB200K
RCB-AG15K

RCB-AG4R7K

RMF-AC10KFJ

RMF-AC10KFJ

RMF-AC10KFJ

RMF-AC12KFJ

RMF-AC10KFJ

RCB-AG4R7K

RMF-AC1KFJ

RMF-AC1KFJ

RCB-AG220

RMF-AC1KFJ

RMF-AC2R2KFJ

RMF-AC39KFJ

RVR-CB500

RM F-AC680Q F J

RMF-AC47KFJ

RVR-CB2K

Parts No.

R49
U1 -4
U5 -9
U10
U ll

ADVANTEST Stock No.

RMF-AC18KFJ

SIA-TL072-1
SIA-0P07P-2
SIT-74LS07
SIA-4066-1

T R41 53A / B

BLC-01318 2X02

Parts No.

Cl
C2 -3
C4
C 5
C6
C7
C8 -15
C18 -21
C 2 2 -23
D2
J1
J 2
J 4
J 5 -6
J 7
J 9
LI -3
R1
R 2
R3
R 4
R 5
R6
R7
R 8
R 9
RIO
R11
R12
R13
R 23

R24
R 2 5
R 2 6
R 2 8

R 29
R30 -31

R32 -35
R38
R39
R40
R44
R 4 5
R 50
U1 -2
U3
U 5 -9

ADVANTEST Stock No. Parts No.

CSM-AGR1U50V
CCK-AA10U25V
CSM-AGR1U50V

CCK-AA22U10V
CSM-AGR1U50V
C FM-ASR047U50V
CSM-AGR1U50V
CSM-AGR1U50V
CSM-AGR1U50V
SDZ-W120-5
JCS-AD022PX01-1
JCS-AD010PX02-1
JCP-BH005PX02-1
JCP-BH003PX02-1
J C F-AC001J X01
J CP-BH003PX02
LCL-C00010
RCB-AG10K
RVR-CB5K
RCB-AG4R7K
RMF-AC47KFJ
RVR-CB200K
RCB-AG15K
RMF-AC27KFJ
RCB-AG2R2K
RCB-AG4R7K
RMF-AC27KFJ
RMF-AC4R7KFJ
RCB-AG100
RVR-CB1K
RMF-AC10KFJ
RCB-AG4R7K
RMF-AC1KFJ
RMF-AC1KFJ
RCB-AG220
RMF-AC1KFJ
RMF-AC6R8KFJ

RMF-AC2R2KFJ
RMF-AC5R1KFJ
RVR-CB500
RMF-AC680QFJ
RCB-AG47K
RCB-AG12K
RCB-AG2R7K
SIA-TL072-1
SIA-TL072-1

SIA-0P07P-2

ADVANTEST Stock No.

TR4 15 3A /B

B LD -0 13 1 83

Parts No.

Cl
C 2 -3 CMC-AB150PR3K-4
C 4
C 5
C6
C7 -28
C29
C30

C31
D1 -7
J1
J 2
J 3
J 4
LI
L2
Q1 -7
R1
R 2
R3
R4
R 5
R6
R7
R8 -13
R14 -19
R 20
R 21
R 2 2 -23
U1
U2

U3
U4
U 5
U6
U7
U8
U9 -10
U ll
U12

U13

U14
U15
U16
U17
U18
U19
U20
U 21
XI

ADVANTEST Stock No.

CCK-AR10U16V
CSM-AGR1U50V

CSM-AC22P50V
CCK-AR22U25V

CSM-AGR1U50V
CCK-AR100U16V
CSM-AGR1U50V
CCK-AR10U25V
SDS-1S953
JCR-AV034PX01-1
DCB-RR1594X01
JCR-BM010PX02-1
JCP-AA012PX05-1
LCL-T00084A-1
LCL-C00010
STP-2SA1015
RCB-AG10K

RCB-AG2R2K
RCB-AG4R7K
RCB-AG1K
RCB-AG220
RCB-AG22
RCB-AG10K
RCB-AG5R6K

RCB-AH100

RAY-AL680Q6
RAY-AL10K6
RCB-AG10K
SIM-74HC02
SIM-74HC374

SIM-74HC138
SIM-74HC374
SIM-74HC244
SIM-74HC30
SIT-74LS148
SIM-Z80
SIM-74HC244
SIM-9914
SIT-75161
SMM-8464 B
SIT-75160
SIM-74HC04

SIM-74HC32
SMM-27128A
SIT-7416
SIM-74HC393
SIT-74LS04-1
SIM-74HC04
DXE-001082-1

Parts No.

ADVANTEST Stock No.

T R415 3A/B

BLC-013 185

Parts No.

Cl -2
D1 -3
D4

J1
J 2 -4
Q1
R1
R 2
R3 -17
R18
SWl -5
U1
U 2

ADVANTEST Stock No.

CSM-ACR01U50V
NLD-000096-1
NLD-000003-1
JCR-AV020PX01-1
JCI-AN016JX04-1
STN-2SC1815-55
RCB-AG820
RCB-AGIOK
RCB-AG680
RAY-AL10K6
KSP-000250-2
SIT-74LS47

SIT-74LS47

Parts No.

ADVANTEST Stock No.

TR4153A/B

WBL-4153RF

Parts No.

CBl
FLl -11
J1
J 2
J 3

ADVANTEST Stock No.

DCB-FF0934X25
DNF-001052-1

JCF-AAOOIJXOI
JCF-AA001JX05
JCS-AD010PX05-1

Parts No.

ADVANTEST Stock No.

T R4 15 3A/B

BTB- 012 66 9

Parts No.

R1
Y1

ADVANTEST Stock No.

RCP-AB100
DXD-000792-1

Parts No.

ADVANTEST Stock No.

T R4 15 3A/B

BTB-01 26 70

Parts No.

Y1 DXD-000792-1

ADVANTEST Stock No. Parts No.

ADVANTEST Stock No.

T R4 15 3 A/ B

BT B-0 1 26 6 7

Parts No.

ci

C2
C3
D1
LI

L 2

ADVANTEST Stock No. Parts No.

CCP-AC5P50V
CTM-BP25P-1
CCP-AC22P50V
SDS-6789-1

LCL-A00514
LCL-B00052

ADVANTEST Stock No.

T R4 15 3 A/ B

BTB- 01 3 1 57

Parts No.

Ll
L2

ADVANTEST Stock No.

MYM-28385A
MYM-28386A

Parts No.

ADVANTEST Stock No.

T R 41 5 3 A/B

B TB - 01 3 1 56

Parts No.

Y 1

ADVANTEST Stock No.

DXD-001266-1

Parts No.

ADVANTEST Stock No.

T R 41 5 3 A/B

BLB- 01 3 14 6

Parts No.

Cl CSM-AC2200P50V
C 2
C3
C4
C 5
C6
C7
D1 -2
LI -3

L4
L5
Q1
Q 2
R1
R 2 -3
R4
R 5
R 6

R7
R8
R9
RIO

ADVANTEST Stock No. Parts No.

CCP-ACR01U50V
CCP-AC33P50V
CCP-AC15P50V
CCK-AR33U25V-1
CSM-ACR01U50V
CCK-AR10U25V-1
SDS-1SV50
LCL-B00323
LCL-A00068
LCL-C00010
STN-2SC2369-2
STP-2SA1015
RCB-AG150
RCB-AG150
RCB-AGIOK
RCB-AG5R6K
RCB-AG390
RCB-AG4R7K
RCB-AG180
RCB-AG33
RCB-AG180

ADVANTEST Stock No.

T R4 15 3A/B

BL B- 013 15 48

Parts No.

Cl
C 2 -5
C6
C7
C8

C9
CIO
LI
L2
L3
LA
L5 LCL-C00010
Q1
R1
R 2
R 3 RCB-AG150
R4
R 5 RCB-AG27K
R6 RCB-AG15K
R7

R 8

ADVANTEST Stock No.

CSM-AC18P50V
CSM-AC1000P50V
CTM-BM6P
CMC-AB15PR5K-6
CSM-AC1000P50V
CCK-AR10U25V
CSM-ACR01U50V
LCL-C00521
LCL-E00388

LCL-A00063
LCL-B00343

S FM-3SK74-1
RCB-AG100
RCB-AG39

RCB-AG47

RCB-AG4R7K

RCB-AG390

Parts No.

ADVANTEST Stock No.

T R 41 5 3 A/B

B LB- 0 13 147

Parts No.

Cl -3
C4 -5
LI -2
R1
R 2

R3 -4
R 5
R 6
R 7
U1
U2

ADVANTEST Stock No. Parts No.

CSM-AC1000P50V
CSM-AGR1U50V

LCL-C00010

RCB-AG150
RCB-AG33
RCB-AG150
RCB-AG33
RCB-AG150
RCB-AG2R2K
SIA-1655-1
SIC-11C90

ADVANTEST Stock No.

T R4 1 53 A/B

BL B- 01 31 49

Parts No. ADVANTEST Stock No. Parts No.

Cl
C2 CMC-AB100PR3K-4
C 3 CSM-AGR1U50V
C4 -6
C7 CCK-AR10U16V
C8 -9
LI -3 LCL-C00010

Q1

R1
R 2
R 3

R A
R5 RCB-AG68
U1
U 2 SHB-001510-1

CSM-ACR01U50V

CSM-ACR01U50V
CCK-AR10U25V
STN-2SC2901

RCB-AG1K
RCB-AG27K
RCB-AGA70
RCB-AG330

SIT-74S74

ADVANTEST Stock No.

T R415 3A/B

BLB- 01 31 5 0

Parts No.

Cl
C 2
C3
C 4
C 5
C 6
C 7
C8
D1
LI
L2
L3
L4

Q1

R1
R 2 -3
R4
XI

ADVANTEST Stock No.

CSM-ACR01U50V
CMC-AB68PR3K-4
CMC-AB150PR3K-4
CMC-AB68PR3K-4
CTM-BM30P
CMC-AB150PR3K-4

CSM-ACR01U50V
CCK-AR10U25V-1
SDS-1SV50-1
LCL-B00158-1
LCL-C00309-1
LCL-C00329-1
LCL-C00010
STN-2SC2026
RCB-AG330
RCB-AGIOK
RCB-AG1R2K
DXD-001194-1

Parts No.

ADVANTEST Stock No.

TR4 153A /B

W BL-41 53V IDE0

Parts No.

CBl

FLl -5

J1 -2

ADVANTEST Stock No. Parts No.

DCB-QS1272X02
DNF-001052-1
JCF-AAOOIJXOI

1

ADVANTEST Stock No.

T R 41 5 3 A/B

BT B-0 13 15 9

Parts No. ADVANTEST Stock No.

-7

Cl

-9

C8

-11

CIO
LI
L2
L3
L4
L 5
R1

-4

R2
R 5
R6
R7 -8
R9
RIO
R11
R12

R13

U1 -5

U6

CCP-AE1U50V-1
CCP-ADR1U50V
CCP-AE1U50V-1
LCL-B00052
LCL-A00516
LCL-B0005 2
LCL-A00516
LCL-B00052
RCB-AK270
RCB-AK330

RCB-AK220
RMF-AR33KFK-1
RMF-AR470KFK-1
RMF-AR27KFK-1
RVR-AK10K

RCP-AG470
RCP-AG10
RCP-AG470
SIA-0435-1
SHB-000865-1

Parts No.

ADVANTEST Stock No.

TR 4153A /B

W BL-4153ISO

Parts No.

CBl DCB-QS1271X02
CB2 DCB-FF0934X07
El DEE-001242-1

FLl -3 DNF-001052-1
J1 JCF-AAOOIJXOI
J2 JCF-AA001JX06-1

ADVANTEST Stock No.

Parts No.

ADVANTEST Stock No.

T R 41 5 3 A/B

BTB-01 31 55

Parts No.

Cl
C2 -4
C 5

C6 CCP-AV68PR1K
C7
C8 -9
CIO -11
C12 -13
CIA -15
C16
D1 SDZ-W050-5
LI
Q1
02
Q3
Q4 STP-2SA1015

R 1
R 2
R 3
R 4 RCB-AGIOK
R 5 RCB-AG680
R 6
R 7
R 8 RCP-AG220
R 9
RIO RCB-AG10
R11
R12
R13

R14

ADVANTEST Stock No.

CCP-AT36PR1K
CCP-AV68PR1K
CCP-AT36PR1K

CCK-AR10U25V
CCP-AT36PR1K

CCP-BCR01U50V
CSM-ACR01U50V
CCP-BCR01U50V
CSM-ACR01U50V

LCL-A00671
SFN-2SK571-1
STN-2SC1730
SFN-2SK571-1

RCB-AG27K
RCB-AGIOK
RCB-AG22K

RCP-AG220

RCP-AG22
RCB-AG1R5K
RCB-AG6R8K

RCB-AK330
RCB-AG2R7K
RCB-AG12K

Parts No.

ADVANTEST Stock No.

1st LO 2nd LO

BOARD

SLOPE

b I l-\

I

ADRESS

PLB-2SZ464AA

DIP SW

GP-I B

TR4153A/4153B

SCHEMATIC SECTION

WFU — 4153AE/BE

PANEL 'N

PANEL/

I

----------------

I

_____________________________________

-------------------------------------------j

BLC - 013185

(TR4153A) j

I

□

O 00

TR415 3A / 4153B
PANEL BLOCK
WBL - 4 1 53 A P A NEL /B P A NEL

T R4 15 3A / 41 53 B
RF BLO C K
W B L — 41 5 3 R F

to ALC CONT BOARD ( BLC - 013182 X01, X 02 ) J 4

100k 2 G IN

J

100 k ~ 2G OUT

0 dBm

T R41 53 A/ 41 53B
VIDEO B L O CK
WB L - 41 5 3 V IDEO

3770MHz
— 5dBm

LOSS : 0 .2 d B TYP

Isolation 30d8 TYP

( at 3996MHz )

FL 1

Gain +11 dB TYP ( a t 3 77 0 MH z )

Isolation AOdB ( at 3996 MHz )

BTB -013155

(2nd Iso AMP)

3770MHz OUT

+ 6 dBm

+-15V

+ 15V

-15V •_

_L FL2

. FL3

T

I

G f-

CB 1

1

o o o

to P.s BOARD

T R4 15 3A/41 53 B
ISO B L O CK
W BL — 4 153 I SO

SLOP E IN

( f r o m P.S BO A R D )

GND + 5V -1 5V G N D

r

+ 15V

J 2 ( t o W B L -4 1 5 3 RF )

tl3 V TI 3V t lj v t 13 V +I3 V

C18 O C20 o C22 O® C24 i8 C16 0 7

3-HI-t 3Hf-| HJ-t

°^U1 0 '^U 2 0,JJU3 0,;,U?

SHh?* 3H i4 4 ^ 4 " 5Hh?<

Cl 9 I C21 ♦ C23 ♦ C25 t C17 I

0 lp in 0-ljJ in O.lu in (5.1m

LE V EL AD J ( 53 A )

LE V E L V AR I A B LE ( 5 3 B )

• + 15V

i T T T "

( (r o m W B L -4 1 5 3 V I D E O )

TR4153A/4153B

ALC CONTROL
BLC -013182X01/X 0 2

1

— I

1

o

3 Oi

5 O i
7 O i
2 O

4 OH

6 O

8 O

19 O

210

9 O-

II oJ

1 3 0

1 5 0

1 7 0

100^

2 8 0
29 0

30 0

3 1 0
3 2 0

330-
340

U 14

0 8

08

07

07
06 0 6

05

05

D4

04

03

D3

02

0 2

01

01

RE

' V

SRQ SRO
ATN ATN

EOJ EOJ
OAV OAV

NRFD nk f o
NDAC N0/^

IFC 1FC
REN REN

U 12

DC

12 38

13
14
15

16
17

l?

19

12

13 28

14

15 26

16

17

18 23
19

11

17

Tfi

35
34

33

32

31

21

29

27

25
24

R 1

10k

22

+ 5V

0101

0102

01 0 3

D I 0 4
01 0 5
D I 0 6
01 0 7
01 0 8

TE

SRQ
ATN

EUI

DIV
NRFO
ND AC

IF C

REN
XCON T

10 y /1 6 V

^ '

40

U II

U 10

C I

* I N T

07
06

05
04

03

02

01

00

RO

R1

R2

CE

WE

01

CK

CL

20

12_
12_

14

15
16
17

14
12

9
7 01

5

KPi

U 15

U 15

06
05

D4
D3
02

DO

OC

01

02

D3

+ 5V

fro m 2 / 2

r r : _ _ i
^ m o ly i

30

00

15

01

02

10

13

24

16,

26.

29

D3
04
05
06

07

W l

IT

-d NM

■C RS
E.R

CK

F 5

GO

U 8

0 0 ~ D 7

04

05

0 6

07

F 5 V -

A 1
A2

A3

A4
AS
A6

A7
A6

A9

AA
AB

AC

AO
AE

AF
M l

MO
IQ

RO
WT

RE
HI

AO

EA

31
32

33
34
35
36

37
38

12 _

4Q_

27

12_

20

ZL

7^7 L

+ 5V

U 3

A

YO
Y 1

B

C
G2 Y3
G3
Gl

U 4

07

0£ _

XLi-

04

03

J22_

U 17

AO
A 1

A2

A3

14
13

Y2

Y4
Y5
Y6

A 4
A5

A6

A7

25

A8

24

A9
AA

23

AU
AC 07

20

CF

J26|27

DO
01

02
03
04
05

06

N

12

'

13
15
16
17
18
19

22

+ 5V

_ Z i

H5

24

23

22

27

AU
A l

A?
A3

A4
AS
AG

A7

A8
A J

AA

AB
AC

C l
DE

WET2

26

0 0 ~ 0 7

U 13

DO

01
02

03
04

05
06
D7

12

15

01

DO 18

17

11

13
14

Q1

01

0 2

02

03

03

04

04

06 06
D7 07
08
CK

U 2

01

01
02

03
04
D5 0 5

07
Oft
CK

+ 5 V -

07
Q8

G8

02
03
04

06

to 2 / 2

12

-O 14

-O 13

-012

- o n

-O I

-O 20

24 O

12 O

14 o

16 O

18 O

200

22 0

2 3 0

2 5 0

2 6 0

2 7 0

0 0 AO
01

02
03 A3
04

05
06

D7

I NT

A 1

A2

a

U1 5

- O 2

- O 19

:e >

U 9

18

___

16 D l
14

12 0 3

9
7

5

3

DO

02

0 4
05

+ 5 V -

. R7

• 10k

U 20

0 6
07

R 3 4.7k

— IDJ

C2 - L X I -J - C3

150 p

U 20

ZJX C6 ” 1115

fn

U 20

150 p

I'

2 2>j/25V

01

U15 U 15

+ 5V-

DO

S i

19,

E U i

___

18

U 5 1A

01
P2

0 3
04
05

o§
07

1Y

16

2Y
3Y

4 Y

17
2Z
3Z

4Z

2A
3 A
4A

2B

IB

311

4B

14
12

9
7

3

■&L

12

TR4153A

C P U

1 A

1Y

2 A

2Y

3 A

3Y

4 A

IB
28
3B

4B
IG

2G

4 Y

12
22
32

42

13

17

19

BLD - 013183 1/2

R 20 |

680 x 6

L 1

C28 -L

XI C29 Ztt

O.Ijj

1 6 V

7f7 777 °.1^TlO>./25V

I j*

I

C30 Z±Z C 31 7h

777 777

L 2

/T T ' -

I

----

+ o ’

-f-O 2

-j-O 3

-f-O U

1 -0 5

-f-O 6

-f-O 7

-j-O 8

11

t> S L

U 21

21

U21

1 dB
2dB

4dB

8 dB

) + 5 V

) +1 5 V

GND

)

U18 R8

, K 8 5.6k
H^> 0 ----W v -

ii

13

10 R9 5 .6k

U1 8

12 RIO 5.6k

U18

f > S - 5 X E i -

pU18

K . u R12 5.6k

K 2 R13 5-6k

J ^ o — Vv\

^UI8

--

« ( Q

Q5

Q

Q 6

©

R K 100

_ ^ W —

R15 100

- W v —

R16 10 0

- W V —

R17 1 00

“W V —

R 18 10 0

- v w —

R19 10 0

-VvV

77 /

A A A A A

i

D2

0 3

D4

D5

D6

D7

J A

r — |

-o

-o

-o

___

I

C2 6

0.1 >i

r i

U 21

U 1 8

C 2 7

O.ljj

1

TR4153A
CPU

BLD - 013183 2 /2

Od Bm

226.42 MHz

-15V

TR4153A/4153B

226.42MHz VCO
B L B - 013146

226.42MHz

-4dBm

L 1

180jjH

C U JL.

0.1>j

7 ft

C 2

1000P

H h -

6 dB
PAD

+ 5V

O

L 2 C 5

1 80jjH 0.1^

6 dB
PAD

TR4153A /4153B
1/10 DIVIDER
BLB - 013147

lo 1/10 Divider

Q

+ 1 1 ~ - 0.5 V

from O -

226.42MHz
VCO

OdBm

LI

777 777
LOSS : 3.5dB

GAIN + 5 d B

--------

C5
1000 p

15dB

-_[ic6

7 r 6 p

L3

2.5T

1.5 T

C 7

15p

- O

777

50a

225MHz

5

o MIXER

777

------

25dBm

lo 2nd

+15 V O-

TTT 777

6dB PAD

L 5

180jjH

C9
10p/25V

777

—L- CIO

O.OIjj

777

777

777

L 4

2.2jjH

C 8

- r iooop

777

TR4153A /4153B
ALC MODULATOR

B L B -013148