Studer OnAir 2500 User Manual

Studer is a registered trade mark of Studer Professional Audio GmbH, Regensdorf

Prepared and edited by Copyright by Studer Professional Audio GmbH Studer Professional Audio GmbH Printed in Switzerland Technical Documentation Order no. 10.27.5180-1 (0608) Althardstrasse 30 CH-8105 Regensdorf – Switzerland http://www.studer.ch

Subject to change

A Safety Information

A1 First Aid

In Case of Electric Shock: Separate the person as quickly as possible from the electric power source:

• By switching the equipment off,

• By unplugging or disconnecting the mains cable, or

• By pushing the person away from the power source, using dry insulating material (such as wood or plastic).

• After having suffered an electric shock, always consult a doctor.

Warning! Do not touch the person or his clothing before the power is turned off,

otherwise you stand the risk of suffering an electric shock as well!

If the Person is Unconscious: • Lay the person down

• Turn him to one side

• Check the pulse

• Reanimate the person if respiration is poor

• Call for a doctor immed iately.

Safety Information

To reduce the risk of electric shock, do not remove covers. No user-serviceable parts inside. Refer servicing to qualified service personnel (i.e., persons having appropriate technical training and experience necessary to be aware of hazards to which they are exposed in performing a repair action, and of measures to minimize the danger of themselves).

This symbol alerts the user to the presence of un-insulated dangerous volt- age within the equipment that may be of sufficient magnitude to constitute a risk of electric shock to a person.

This symbol alerts the user to important instructions for operating and maintenance in this documentation.

Assemblies or sub-assemblies of this product can contain opto-electronic devices. As long as these devices comply with Class I of laser or LED products according to EN 60825-1:1994, they will not be expressly marked on the product. If a special design should be covered by a higher class of this standard, the device concerned will be marked directly on the assembly or sub-assembly in accordance with the above standard.

CAUTION

RISK OF ELECTRIC SHOCK

DO NOT OPEN

ACHTUNG

GEFAHR: ELEKTRISCHER SCHLAG

NICHT ÖFFNEN

ATTENTION

RISQUE DE CHOC ELECTRIQUE

NE PAS OUVRIR

CLASS 1

LASER PRODUCT

CLASS 1

LED PRODUCT

B General Installation Instructions

Please consider besides these general instructions also any product-specific

instructions in the “Installation” chapter of this manual.

B1 Unpacking

Check the equipment for any transport damage. If the unit is mechanically

damaged, if liquids have been spilled or if objects have fallen into the unit,

it must not be connected to the AC power outlet, or it must be immediately disconnected by unplugging the power cable. Repair must only be performed

by trained personnel in accordance with the applicable regulations.

B2 Installation Site

Install the unit in a place where the following conditions are met:

• The temperature and the relative humidity of the environment must be within the specified limits during operation of the unit. Relevant values are the ones at the air inlets of the unit (refer to Appendix 1).

• Condensation must be avoided. If the unit is installed in a location with large variation of ambient temperature (e.g. in an OB-van), appropriate precautions must be taken before and after operation (refer to Appendix

1).

• Unobstructed air flow is essential for proper operation. Air vents of the unit are a functional part of the design and must not be blocked in any way during operation (e.g. by objects placed upon them, placement of the unit on a soft surface, or installation of the unit within a rack or piece of furniture).

• The unit must not be heated up by external sources of heat radiation (sunlight, spotlights).

B3 Earthing and Power Supply

Earthing of units with mains supply (class I equipment) is performed via

the protective earth (PE) conductor integrated in the mains cable. Units with battery operation (< 60 V, class III equipment) must be earthed separately.

Earthing the unit is one of the measures for protection against electrical shock

hazard (dangerous body currents). Hazardous voltage may not only be caused by a defective power supply insulation, but may also be introduced by the connected audio or control cables.

If the unit is installed with one or several external connections, its earthing

must be provided during operation as well as while the unit is not operated. If the earthing connection can be interrupted, for example, by unplugging the mains plug of an external power supply unit, an additional, permanent earthing connection must be installed using the provided earth terminal.

Avoid ground loops (hum loops) by keeping the loop surface as small as

possible (by consequently guiding the earth conductors in a narrow , parallel way), and reduce the noise current flowing through the loop by inserting an additional impedance (common-mode choke).

Installation

III

Class I Equipment (Mains Operation)

Should the equipment be delivered without a matching mains cable, the

latter has to be prepared by a trained person using the attached female plug (IEC 320 / C13 or IEC 320 / C19) with respect to the applicable regulations in your country.

Before connecting the equipment to the AC power outlet, check that the local

line voltage matches the equipment rating (voltage, frequency) within the ad missible tolerance. The equipment fuses must be rated in accordance with the specifications on the equipment.

Equipment supplied with a 3-pole appliance inlet (protection conforming to

class I equip ment) must be connect ed to a 3-pole AC power outlet in such a way that the equipment ca binet is connected to the protective earth.

For information on mains cable strain relief, please refer to Appendix 2.

Female Plugs (IEC320), Front-Side View:

European Standard

(CENELEC)

North American Standard

(NAS)

Brown

L (Live)

Black

Blue

N (Neutral)

White

Green/Yellow

PE (Protective Earth)

Green (or Green/Yellow)

Class III Equipment (Battery Operation up to 60 VDC)

Equipment of this protection class must be earthed using the provided earth

terminal if one or more external signals are connected to the unit (see explanation at the beginning of this paragraph).

B4 Electromagnetic Compatibility (EMC)

The unit conforms to the protection requirements relevant to electromagnetic

phenomena that are listed in guidelines 89/336/EC and FCC, part 15.

• The electromagnetic interference generated by the unit is limited in such a way that other equipment and systems can be operated normally.

• The unit is adequately protected against electromagnetic interference so that it can operate properly.

The unit has been tested and conforms to the EMC standards of the speci-

fied electromagnetic environment, as listed in the following declaration. The limits of these standards ensure protection of the environment and corresponding noise immunity of the equipment with appropriate probability. However, a professional installation and integration within the system are imperative prerequisites for operation without EMC problems.

For this purpose, the following measures must be followed:

• Install the equipment in accordance with the operating instructions. Use the supplied accessories.

• In the system and in the vicinity where the equipment is installed, use only components (systems, equipment) that also fulfill the EMC standards for the given environment.

Installation / EMC

IEC 320 / C19IEC 320 / C13

• Use a system grounding concept that satisfies the safety requirements (class I equipment must be connected with a protective ground conductor) and that also takes into consideration the EMC require ments. When deciding between radial, surface, or combined grounding, the advantages and disadvantages should be carefully evaluated in each case.

• Use shielded cables where shielding is specified. The connection of the shield to the corresponding connector terminal or housing should have a large surface and be corrosion-proof. Please note that a cable shield connected only single-ended can act as a transmitting or receiving antenna within the corresponding frequency range.

• Avoid ground loops or reduce their adverse effects by keeping the loop sur face as small as possible, and reduce the noise current flowing through the loop by inserting an additional impedance (e.g. common-mode choke).

• Reduce electrostatic discharge (ESD) of persons by installing an appropriate floor covering (e.g. a carpet with permanent electrostatic filaments) and by keeping the relative humidity above 30%. Further measures (e.g. conducting floor) are usually unnecessary and only effective if used together with corresponding personal equipment.

• When using equipment with touch-sensitive operator controls, please take care that the surrounding building structure allows for sufficient capacitive coupling of the operator. This coupling can be improved by an additional, conducting surface in the operator’s area, connected to the equipment housing (e.g. metal foil underneath the floor covering, carpet with conductive backing).

C Maintenance

All air vents and openings for operating elements (faders, rotary knobs) must

be checked on a regular basis, and cleaned in case of dust accumulation. For cleaning, a soft paint-brush or a vacuum cleaner is recommended.

Cleaning the surfaces of the unit is performed with a soft, dry cloth or a soft

brush.

Persistent contamination can be treated with a cloth that is slightly humidified

with a mild cleaning solution, such as dishwashing detergent.

For cleaning display windows, commercially available computer/TV screen

cleaners are suited. Use only a slightly damp (never wet) cloth.

Never use any solvents for cleaning the exterior of the unit! Liquids must

never be sprayed or poured on directly!

For equipment-specific maintenance information please refer to the corre-

sponding chapter in the operating and service manuals.

EMC / Maintenance

D Electrostatic Discharge during Maintenance and Repair

Caution: Observe the precautions for handling devices sensitive to electrostatic dis-

charge!

Many semiconductor components are sensitive to electrostatic discharge

(ESD). The lifespan of assemblies contain ing such components can be drastically reduced by improper handling during maintenance and repair. Please observe the following rules when handling ESD sensitive components:

• ESD sensitive components should only be stored and transported in the packing material specifically provided for this purpose.

• When performing a repair by replacing complete assemblies, the r emoved assembly must be sent back to the supplier in the same packing material in which the replacement assembly was shipped. If this should not be the case, any claim for a possible refund will be null and void.

• Unpacked ESD sensitive components should only be handled in ESD protected areas (EPA, e.g. area for field service, repair or service bench) and only be touched when wearing a wristlet connected to the ground potential of the service bench by a series resistor. The equipment to be repaired or serviced as well as all tools and electrically semi-conducting work, storage, and floor mats should also be connected to this ground potential.

• The terminals of ESD sensitive components must not come in uncontrolled contact with electro statically chargeable or metallic surfaces (voltage puncture, discharge shock hazard).

• To prevent the components from undefined transient stress and possible damage due to inadmissible voltages or compensation currents, electrical connections should only be established or separated when the equipment is switched off and after any capacitor charges have decayed.

E Repair

By removing housing parts or shields, energized parts may be exposed. For

this reason the following precautions must be observed:

• Maintenance may only be performed by trained personnel in accordance with the applicable regulations.

• The equipment must be switched off and disconnected from the AC power outlet before any housing parts are removed.

• Even if the equipment is disconnected from the power outlet, parts with hazardous charges (e.g. capacitors, picture tubes) must not be touched until they have been properly discharged. Do not touch hot components (power semi con ductors, heat sinks, etc.) before they have cooled off.

• If a unit remains opened while being switched on, no un-insulated circuit com pon ents and metallic semiconductor housings must be touched, neither with bare hands nor with un- insulated tools.

Certain components pose additional hazards:

• Explosion hazard from lithium batteries, electrolytic capacitors and power semiconductors (Observe the component’s polarity. Do not short battery terminals. Replace batteries only by the same type).

• Implosion hazard from evacuated display units.

• Radiation hazard from laser units (non-ionizing), CRTs (ionizing).

• Caustic effect of display units (LCD) and components containing liquid electrolyte.

Such components should only be handled by trained personnel who ar e prop-

erly protected (e.g. protection glasses, gloves).

ESD / Repair

E1 SMD Components

Studer has no commercially available SMD components in stock for ser-

vice purposes. For repair, the corresponding devices have to be purchased locally . The specifications of special components can be found in the service manual.

SMD components should only be replaced by skilled specialists using appro-

priate tools. No warranty claims will be accepted for circuit boards that have been damaged. Proper and improper SMD soldering joints are illustrated below.

F Disposal

Packing Materials The packing materials have been selected with environmental and disposal

issues in mind. All packing material can be recycled. Recycling packing saves raw materials and reduces the volume of waste.

If you need to dispose of the transport packing materials, please try to use

recyclable means.

Used Equipment Used equipment contains valuable raw materials as well as materials that

must be disposed of professionally . Please return your used equipment via an authorized specialist dealer or via the public waste disposal system, ensuring any material that can be recycled is.

Please take care that your used equipment cannot be abused. To avoid abuse,

delete sensitive data from any data storage media. After having disconnected your used equipment from the mains supply, make sure that the mains connector and the mains cable are made useless.

Repair / Disposal

Dismounting

Mounting Examples

Solder

SMD

Component

Copper

Track

Adhesive

Soldering Iron

Desoldering

Iron

Desolder

Wick

Heat and Remove Cleaning

Solder Ø 0.5...0.8 mm

Heating Time < 3 s per Side

Soldering

Iron

Desolder

Wick

PCB

VII

G Declarations of Conformity

G1 Class A Equipment - FCC Notice

This equipment has been tested and found to comply with the limits for a

Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide a reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio com munications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the interference at his own expense.

Caution: Any changes or modifications not expressly approved by the manufacturer

could void the user’ s authority to operate the equipment. Also r efer to relevant information in this manual.

G2 CE Declaration of Conformity

We,

Studer Professional Audio GmbH, CH-8105 Regensdorf,

declare under our sole responsibility that the product

Studer OnAir 2500, Digital Broadcast Mixing Console (starting with serial no. 1001),

to which this declaration relates, according to following regulations of EU

directives and amendments

• Low Voltage (LVD):

73/23/EEC + 93/68/EEC

• Electro magnetic Compatibility (EMC):

89/336/EEC + 92/31/EEC + 93/68/EEC is in conformity with the following standards or normative documents:

• Safety:

EN 60950:2001 (Class I equipment)

• Safety of laser products:

EN 60825-1:1994 + A11 + A2, EN 60825-2:2000

• EMC:

EN 55103-1/-2:1996, electromagnetic environments E2 and E4.

Regensdorf, May 21, 2008

B. Hochstrasser, President M. Lienert, Manager R&D

Conformity

VIII

Appendix 1: Air Temperature and Humidity

General

Normal operation of the unit or system is warranted under the ambient condi-

tions defined by EN 60721-3-3, set IE32, value 3K3.

This standard consists of an extensive catalogue of parameters, the most

important of which are: Ambient temperature*, relative humidity 5...85% (i.e., no formation of condensation or ice); absolute humidity 1...25 g/m³; rate of temperature change < 0.5 °C/min. These parameters are dealt with in the following paragraphs.

* Please Note: The ambient temperature range is restricted to +5...+35 °C, as opposed to the

standard mentioned above.

Under these conditions the unit or system starts and works without any prob-

lem. Beyond these specifications, possible problems are described below.

Ambient Temperature

Units and systems by Studer are generally designed for an ambient tempera-

ture range (i.e. temperature of the incoming air) of +5 °C to +40 °C. When rack mounting the units, the intended air flow and herewith adequate cooling must be provided. The following facts must be considered:

• The admissible ambient temperature range for operation of the semiconductor components is 0 °C to +70 °C (commercial temperature range for operation).

• The air flow through the installation must provide that the outgoing air is always cooler than 70 °C.

• Average heat increase of the cooling air shall be about 20 K, allowing for an additional maximum 10 K increase at the hot components.

• In order to dissipate 1 kW with this admissible average heat increase, an air flow of 2.65 m³/min is required.

Example: A rack dissipating P = 800 W requires an air flow of 0.8 * 2.65 m³/min which

corresponds to 2.12 m³/min.

• If the cooling function of the installation must be monitored (e.g. for fan failure or illumination with spot lamps), the outgoing air temperature must be measured directly above the modules at several places within the rack. The trigger temperature of the sensors should be 65 °C to 70 °C.

Frost and Dew

The unsealed system parts (connector areas and semiconductor pins) allow

for a minute formation of ice or frost. However, formation of dew visible to the naked eye will already lead to malfunctions. In practice, reliable operation can be expected in a temperature range above –15 °C, if the following general rule is considered for putting the cold system into operation:

If the air within the system is cooled down, the relative humidity rises. If it

reaches 100%, condensation will arise, usually in the boundary layer between the air and a cooler surface, together with formation of ice or dew at sensitive areas of the system (contacts, IC pins, etc.). Once internal condensation occurs, trouble-free operation cannot be guaranteed, independent of temperature.

Before putting into operation, the system must be checked for internal for-

mation of condensation or ice. Only with a minute formation of ice, direct

Appendix

evaporation (sublimation) may be expected; otherwise the system must be heated and dried while switched off.

A system without visible internal formation of ice or condensation should be

heated up with its own heat dissipation, as homogeneously (and subsequently as slow) as possible; the ambient temperature should then always be lower than the one of the outgoing air.

If it is absolutely necessary to operate the cold system immediately within

warm ambient air, this air must be dehydrated. In such a case, the absolute humidity must be so low that the relative humidity, related to the coldest system surface, always remains below 100%.

Ensure that the enclosed air is as dry as possible when powering off (i.e. before

switching off in winter, aerate the room with cold, dry air , and remove humid objects such as clothes from the room).

These relationships are visible from the following climatogram. For a con-

trolled procedure, thermometer and hygrometer as well as a thermometer within the system will be required.

Example 1: An OB-van having an internal temperature of 20 °C and a relative humidity of

40% is switched off in the evening. If the temperature falls below +5 °C, the relative humidity will rise to 100% (7 g/m³); dew or ice will be forming.

Example 2: An OB-van is heated up in the morning with air of 20 °C and a relative

humidity of 40%. On all parts being cooler than +5 °C, dew or ice will be forming.

Appendix

Appendix 2: Mains Connector Strain Relief

For anchoring connectors without a mechanical lock (e.g. IEC mains connec-

tors), we recommend the following arrangement:

Procedure: The cable clamp shipped with your unit is auto-adhesive. For mounting please

follow the rules below:

• The surface to be adhered to must be clean, dry , and free from grease, oil, or other contaminants. Recommended application temperature range is +20 °C to +40 °C.

• Remove the plastic protective backing from the rear side of the clamp and apply it firmly to the surface at the desired position. Allow as much time as possible for curing. The bond continues to develop for as long as 24 hours.

• For improved stability, the clamp should be fixed with a screw. For this purpose, a self-tapping screw and an M4 bolt and nut are included.

• Place the cable into the clamp as shown in the illustration above and firmly press down the internal top cover until the cable is fixed.

Appendix

Appendix 3: Software License

Use of the software is subject to the Studer Professional Audio Software

License Agreement set forth below. Using the software indicates your acceptance of this license agreement. If you do not accept these license terms, you are not authorized to use this software.

Under the condition and within the scope of the following Terms and Con-

ditions, Studer Professional Audio GmbH (hereinafter “Studer”) grants the right to use programs developed by Studer as well as those of third parties which have been installed by Studer on or within its products. References to the license programs shall be references to the newest release of a license program installed at the Customer’s site.

Programs Covered by the Agreement

License Programs of Studer The following Terms and Conditions grant the right to use all programs of

Studer that are part of the System and/or its options at the time of its delivery to the Customer, as well as the installation software on the original data disk and the accompanying documentation (“License Material”). In this Agreement the word “Programs” shall have the meaning of programs and data written in machine code.

Using the software indicates your acceptance of this license agreement. If

you do not accept these license terms, you are not authorized to use this software.

Programs of Third Parties Programs of third parties are all programs which constitute part of the System

and/or its options at the time of delivery to the Customer but have not been developed by Studer. The following conditions are applicable to programs of third parties:

• The right to use third parties’ programs is governed by the License Agreement attached hereto (if applicable), which is an integral part of this Agreement. The Customer shall sign any and all License Agreements for all further programs of third parties installed on the system. The Customer shall be deemed to have received all License Agreements upon delivery of the system and/or its options.

• Studer shall accept no responsibility or liability for, and gives no warranties (express or implied) as to the programs of third parties. The Customer waives any and all claims versus Studer for any consequential damages, which might occur due to defects of these programs.

Right of Use

Principle Studer grants the Customer the non-exclusive right to use the License Ma-

terial in one copy on the system and/or its options as laid down by the Sales Agreement concluded between the parties and all Terms and Conditions which shall be deemed to form and be read and construed as part of the Sales Agreement. This right is assignable according to the “Assignability” paragraph hereinafter.

Appendix

XII

Customized Configurations The Customer is not entitled to alter or develop further the License Material

except within the expressly permitted configuration possibilities given by the software installed on the system or elsewhere. All altered programs, including but not limited to the products altered within the permitted configuration possibilities, are covered by this License Agreement.

Reverse Engineering Reverse engineering is only permitted with the express consent of Studer.

The consent of Studer can be obtained but is not limited to the case in which the interface software can not be provided by Studer. In any case Studer has to be informed immediately upon complete or partial reverse engineering.

Copying the License Material The Customer is entitled to make one copy of all or parts of the License

Material as is necessary for the use according to this Agreement, namely for backup purposes. The Customer shall apply the copyright of Studer found on the License Material onto all copies made by him. Records shall be kept by the Customer regarding the amount of copies made and their place of keeping. The responsibility for the original program and all copies made lies with the Customer. Studer is entitled to check these records on first request. Copies not needed anymore have to be destroyed immediately.

Disclosure of License Material The License Material is a business secret of Studer. The Customer shall not

hand out or in any way give access to parts of or the complete License Material to third parties nor to publish any part of the License Material without prior written consent of Studer. The Customer shall protect the License Material and any copies made according to the paragraph above by appropriate defense measures against unauthorized access. This obligation of non-disclosure is a perpetual obligation.

Third parties are entitled to have access to the License Material if they use the

License Material at the Customer’s site in compliance with this Agreement.

Under no circumstance are third parties entitled to have access to the instal-

lation software on the original data media. The Customer shall safeguard the original data media accordingly.

Assignability The rights granted to the Customer according to this License Agreement shall

only be assignable to a third party together with the transfer of the system and/or its options and after the prior written consent of Studer.

Rights to License Material

With the exception of the right of use granted by this License Agreement all

proprietary rights to the License Material, especially the ownership and the intellectual property rights (such as but not limited to patents and copyright) remain with Studer even if alterations, customized changes or amendments have been made to the License Material.

Studer’s proprietary rights are acknowledged by the Customer. The Customer

shall undertake no infringements and make no claims of any patent, registered design, copyright, trade mark or trade name, or other intellectual property right.

Warranty, Disclaimer, and Liability

For all issues not covered herewithin, refer to the “General Terms and Condi-

tions of Sales and Delivery” being part of the sales contract.

Appendix

WIRING – IMPORTANT

The OnAir 2500 ST MON and LAN wiring must comply with the

following requirements:

Cable Type: Cat 5e, with shielded connectors on both ends.

Cable Dimensions:

Max. Length for

Monitoring/TB Module

Min.

AWG

Minimum

Sectional Area

100 m 24 0.21 mm

60 m 26 0.13 mm

Details: Cat(egory) 5e Cable is an enhanced version of Cat 5 that adds speciﬁ cations for far-end cross-

talk. It replaced the speciﬁ cation for Cat 5 with the 2001 introduction of the TIA/EIA-568-B standard. Cat 5e cable performance characteristics and test methods are deﬁ ned in TIA/EIA-568-B.2-2001.

ST MON (RS422) Cables (both ends w. shielded connectors) from the ST MON socket to a monitoring/

TB module:

ST MON socket

Wire Color

Monitoring/TB Module

Signal Pin Pin Signal

+24 V *

1 2

wht/org

org

1 2

+24 V *

RX+ 3 wht/grn 3 TX+ TX+ 4 blu 4 RX+ TX– 5 wht/blu 5 RX– RX– 6 grn 6 TX–

Gnd *

7 8

wht/brn

brn

7 8

Gnd *

* Caution: Connectors are identical on the ST MON and the LAN cables. Make sure not

to mix them up since the ST MON socket carries DC supply voltage!

LAN (Ethernet) Cables (both ends w. shielded connectors) for connection of the console to e.g. a

router or an existing OnAir 3000 network. Since modern hubs and switches have auto polarity selection, straight-through cables may be used in any case.

Signal Pin

Wire Color

Pin Signal

TX+ 1 wht/org 1 TX+ TX– 2 org 2 TX– RX+ 3 wht/grn 3 RX+

4 blu 4 5 wht/blu 5

RX– 6 grn 6 RX–

7 wht/brn 7 8 brn 8

Top (tab

down):

Front:

Top (tab

down):

Front:

Date printed: 09.06.08

SW V3.0

OnAir 2500 Digital Mixing Console

Important

Date printed: 09.06.08

SW V3.0

OnAir 2500 Digital Mixing Console

Important

All-in-one Design

The Studer OnAir 2500 ensures a new standard in ease-of-use for Radio or TV Broadcast. Designed as an integrated system – control surface, I/O breakout, DSP and controller boards, as well as power supply, share the same chassis - it addresses the medium segment of the live broadcast market including both private and public network stations. Its self-contained architecture without an external core reduces wiring complexity and setup time to a minimum. This makes the OnAir 2500

the OnAir 3000. Full compatibility with other systems of the OnAir family and a short learning curve for operators with OnAir 3000 experience are only two of many advantages.

the ideal audio mixing console for OB applications, where robustness and reliability are a must.

Studer’s OnAir 2500 user-interface builds upon the highly acclaimed operational concept of the OnAir 2000 and OnAir 3000. Having been introduced to the market with the very successful OnAir 2000, Studer’s patented “Touch’n’Action” philosophy is incorporated into the OnAir 2500. The OnAir 2500 even runs the same mature software platform as

OnAir 2500 Key Features:

• 12, 18 or 24 fader layout with

motorised or non-motorised 100mm faders

• Touch sensitive, central 12”

coloured screen with 4 encoders

for parameter adjustment

• OLED (Organic LED) in fader

and central module for clear readability

• Ergonomic, easy to learn

Touch’n’Action user interface

• Complete integration with Radio

Automation Systems

• Integrated monitoring system

• 8 stereo N-1 busses

• Built-in full channel processesing

with 4-band parametric EQ

Ready For Broadcast – Whenever And Wherever You Want

Like all other products in Studer’s

OnAir portfolio, the OnAir 2500 provides you and your operators with a wide and well-balanced broadcast feature set. Typical functions for your every day work, like muting the monitor speaker signal while microphones are open, are already integrated and need not be conﬁgured, saving time and money.

Nonetheless, nearly all functions can

be easily activated, deactivated or customised using the conﬁguration user interface on the main screen.

The ergonomic design and the simple usability of the OnAir 2500 means that it’s ideally suited to stressful live on-air operation. Being under continuous time pressure, the DJ can change from live presentation to off air recording, from pre-conferencing to OB connections.

operation have highest priority. The OnAir 2500 is entirely geared to let your talents do their job: making radio.

The OnAir 2500 supports your daily work even more. In most installations, the console will be operated in a multiuser environment. Therefore, you can create user accounts deﬁned with individual access restrictions on speciﬁed console functions. This applies as well for the system snapshots, which are stored internally and contain custom sets of signal parameters, crosspoint settings and channel

assignment. According to the conﬁgured rights, users may have access to only a limited number of snapshots. Independently, it is possible to store snapshots externally on a USB memory stick, connected to a socket on the main screen.

With the OnAir 2500, Studer has deﬁned a new standard in ease-of use

for radio broadcast. Like no other

console, the OnAir 2500 with its compact architecture is the ideal solution for your mobile applications, especially because it does not need

any external DSP core. Every signal

you need is connected directly to the

rear panel. No wasted time setting up

links to cores and networks, the intuitive architecture ensures you’re on-air fast!

This is where simple and intuitive

Studer’s OnAir 2500 is designed as an integrated system – control surface, I/O breakout, DSP and controller boards, as well as power supply, share the same chassis. Modules of 6 faders build the basis for the three

available consoles sizes with 12, 18 or 24 faders. A central module in every

console layout provides the operators with a monitoring section, on air indication, a talkback section and a built-in talkback microphone.

further reinforces the mobile capability.

Pushbuttons throughout the entire console are made of silent rubber pads, guaranteeing noiseless operation and perfect tactile feedback.

Despite its compactness, the OnAir 2500 can be easily extended. When installed in a control room and connected to a voice booth, a talkback and monitoring module

(1.943.444 or 1.943.447) can be

attached to enable communication between engineer and journalist, or even from the voice booth to any

other destination, e.g. the N-X

returns. Additonally, this extension includes an independent studio monitoring module with separate

The talkback and monitoring module is connected directly to the OnAir

2500 via ADAT (audio) and CAT5 (control). The respective interfaces on

the rear panel are already preconﬁgured for this purpose.

To allow fail-safe operation in case of mains power loss, Studer offers an

external power supply for the OnAir

2500, in a smart 1RU 19” chassis. This

used as secondary feed providing

This all-in-one design is characterised by a very small footprint. The smallest version of the OnAir 2500

with 12 faders requires only 80x50

cm and the total weight of 17kgs

volume control for studio speakers

and headphones.

24V DC to the console.

Quick And Intuitive Operation

Like the OnAir 3000, the operation

of the desk is based on Studer’s well proven and worldwide accepted “Touch’n’Action” user interface concept. Within minutes, your talent is able to operate the console. If your staff is already experienced with the OnAir 3000, getting familiar with the OnAir 2500 is simple. This is ensured by the clear layout of the user interface.

Within each single fader strip, an

OLED (Organic LED) ensures

clearest readability of the indicated information. The display shows the name of the assigned channel as well as input level and gain reduction

meters. The level meter can be alternatively switched to pre or postfader signal indication or to the

corresponding N-X send level. The

lower right area of the display is preserved for information about the function assigned to the rotary encoder below the display. During operation, users can choose if the rotary accesses the channels Gain setting or the Aux 1 parameters or any other of the assignable functions. For immediate visual feedback, the selected function is always indicated by an individual graphic icon, which is supported by text based parameter indication, whenever the encoder knob is touched. Two small

pushbuttons allow direct access to switching parameters, like On/Off or Pre/Post.

Each faderstrip includes an overload indication LED which ashes

whenever the channel signal overloads the input stage. Two large Pushbuttons with replaceable labels on top of each

fader are precongured as ‘REC’ and ‘TB’. REC routes the channels signal

to the Record Bus, TB allows talkback into the channel related return line

(available with N-X channel sources).

Below these buttons, a blue LED indicates an open channel (faderstart is active). The LED is followed by two

small pushbuttons, which can be customised. Users can conﬁgure the buttons, for example with a ‘Tally’ function.

On the right hand side of each fader, a set of eight small pushbuttons with ﬁxed labels allows direct access to fader related function pages shown in the main screen. By pressing the button at any time, the operator gets immediate access to the channel

Input page, the DeEsser, EQ,

Dynamics pages, the Insert page or

the Aux, N-X, Bus Assign pages.

A simple touch on the respective symbol of a channel function, e.g. equalizer, dynamics,

AUX send, immediately opens the

corresponding page on the main screen, allowing for quick and easy adjustment. This can be done either

and Ext 1 and 2. The standard

conﬁguration of the console dims the main speakers whenever a talkback button is pressed. The internal microphone represents the default source for the talkback.

The CR monitoring section provides

the user with a set of sources, which can be monitored on the control room speakers or the DJ headphone. By default, all summing signals, like Program bus, Record bus, Aux 1 or 2, are directly accessible while other sources can be selected from a list using the rotary encoder by the

OLED display. Pressing PFL in a

by the four rotary encoders below the main screen or directly by touching a selection list within the main screen display. To prevent accidential activation, pushbuttons and other control elements can be blocked according to user login rights.

At the bottom of each fader strip, two large counter-sunk pushbuttons with replaceable labels are preconﬁgured

as ‘ON’ and ‘PFL’. While PFL switches the channels signal to the PFL bus, ON activates the channel.

The large pushbuttons labelled REC, TB, ON and PFL can be individually

customised on request. The central

module provides the user with 4

sets of 12 pushbuttons, a monitoring control section, and an ‘On Air’ and ‘Mic On’ indication for the control room and the connected studio. Additionally, this module has an integrated talkback microphone and a socket for the DJ headphone jack.

With the upper left array of 12 pushbuttons, the operator can assign a function to the fader rotary. In the standard console layout, the preconﬁgured functions to be set are

Pan/Balance, Gain/Calibration, Input Selection, N-X Send sum, Aux 1, Aux 2 and N-X 1..4 contribution.

In the talkback section, 12 pushbuttons allow communication with the destination studio, talkback

group 1 and 2, Aux 1 and 2, N-X 1..4

fader strip activates the PFL listening

on the integrated speaker. Volume

for PFL speaker, control room

monitors and DJ headphone can be controlled by rotary encoders with value indication. In the lower left part of the central module, the fourth 12 pushbutton array provides a set of user deﬁnable

functions. By default, SNAP 1..6 can

be assigned to internal snapshots for immediate recall of console setups.

All large buttons are equipped with replaceable key labels. On request, labels and assigned functionality can be customised.

Connectivity

Input and output modules The following D21m input and output cards are available:

• Microphone / line card, 4 Channels

With analogue insert extension connector

• Analogue Insert card Provides 4 balanced insert send and

return paths

• Line In card, 8 channels 24 bit Delta-Sigma A/D converter

card

• Line Out card, 8 channels 24 bit Delta- Sigma D/A converter card

• AES/EBU card, 8 channels AES/ EBU in, 8 channels AES/EBU out

Available either with i/p SRC, with i/p and o/p SRC, or without SRC

• ADAT card, 2 x 8 channels i/p and 2

x 8 channel o/p

With optical interfaces

• TDIF card

Provides 2 TDIF interfaces

• MADI card Provides optical 64 ch MADI interface

• GPIO card

16 opto-coupler general purpose inputs 16 open collector general purpose outputs, also available with relays.

The D21m system automatically detects newly inserted cards in real time and sends the appropriate information to the main controller in the OnAir 2500. Additionally, in the case of a card failure an error message is transmitted and displayed on the GUI.

The OnAir 2500 provides you with an attractive set of local inputs and outputs in multiple formats. By connecting a Studer D21m I/O Breakout box via MADI, the number and format of the available I/Os can be extended.

Radio Integration

With the OnAir 2500, networking and integration is easy.

Optional support of I/O Sharing allows Studer’s sophisticated technology to share signals with other Studer devices regardless of model. In a networked installation with multiple OnAir 2500 and OnAir 3000, Route 6000 and Vista systems, operators can use I/Os from these systems and have full access to all parameters of shared I/Os.

The OnAir 2500 allows integration with radio automation systems. Remote control in both directions from the console to the automation system and vice versa, is possible via Monitora option. A single playout session can be established via serial interface, while multiple sessions are

possible via TCP/IP. In combination

with the audio connection over

IEEE1394 Firewire with 8ch I/O this

means an effective reduction of wiring complexity and allows the user to be on-air ready, fast.

Router control via ProBel is optionally available. The console is able to send crosspoint commands to a Router using the comfortable main screen as a controller, but it is also possible to activate output patches in the router. Patches are sets of predeﬁned crosspoints, which can be activated by pressing a single button on the console surface.

The OnAir 2500 can also be

integrated with Studer’s Call Management System, CMS. This

system replaces the usual telephone in a studio by software clients, allowing sophisticated management of incoming calls in a networked

environment. The CMS is able to

automatically route incoming callers

to pre-conﬁgured fader channels, allowing caller names to be shown dynamically as fader channel labels.

Finally, the optional SNMP

functionality enables the system to send information into the network to

monitor the system’s health. Nearly

any parameter can be selected for surveillance.

OnAir 2500 Main Features:

• Ergonomic, easy to learn “Touch’n’Action” user interface

• Complete system overview and fast parameter access via

fader screens

• 2 master buses PRG A, REC

• 8 weighted stereo mix-minus buses congurable as AUX

sends

• 2 AUX stereo buses

• 8 assignable inserts (stereo) plus analogue mic inserts

• Different audio I/O modules as option by D21m series

extension

• Congurable control signals (GPIOs)

• All buttons freely assignable

• Snapshots, user management, user logins

• Graphical user interface with colour TFT touch screen

• Interface to radio automation system(s)

• Remotely controllable via remote GUI or Probel

protocol

• Redundant power supplies

• Input and output router with graphical display

• Fixed Frame version for easy and fast installation

• Completely adaptable to customer needs

• I/O sharing of audio sources

Inputs

- 6x Mic XLR

- 4x Stereo line XLR

- 8x Stereo AES/EBU with Input SRC on D-Type

- ADAT1 (HCS 200/230μ) (for studio monitoring with 1.943.444 or

1.943.447)

- ADAT2 (POF 980/1000 μ Fiber Wire) or Firewire IEEE-1394

- 1x MADI with 56 IN optical. AUX connector for redundant wiring

- 1x TB mic on desk

Outputs

- 4x Stereo Line XLR

- 4x Stereo Line D-type

- 1x Stereo CR Loudspeaker

- 8x Stereo AES/EBU D-Type

- 1x DJ Headphone (2 connectors)

- 1x GUEST Headphone

- 1x PFL speaker on desk

- 1x ADAT1 (for Studio monitoring)

- 1x ADAT2 or Firewire (IEEE-1394)

- 1x MADI with 40 OUT, AUX connector for redundant wiring

• Each Channel with:

• 4 band parametric EQ

• Limiter, Compressor, Expander, Gate

• De-Esser

• Mic Inputs with High Pass Filter

• One PFL circuit

• Integrated PFL speaker in chassis

• External PFL function (e.g. for playout system)

• Audition bus

• CR monitoring with quick listening function on all inputs and outputs

• One independent studio monitoring/talkback circuit

• Integrated talkback microphone

Technical Speciﬁcations

General

Level specs, digital, in dBFS: dB, referenced to full modulation (dBFS, dB Full Scale) Level specs, analogue, in dBu: 0 dB Ø 0.775 Vrms Sampling rate: 48 kHz ±50 ppm (internally synchronized)

Headroom adjustable: 0 to 20 dB

Default setting: 9 dB Output Level: 15 dBu @ 0 dBFS All input faders set to their 0 dB position. External analogue sources:

source impedance < 200 Ω. Frequency range: 20 Hz to 20 kHz, if not stated otherwise.

Microphone inputs

Input sensitivity: –60 dBu…26 dBu for 0 dBFS Gain setting: in steps of 1dB Frequency response: 30 Hz…20 kHz, –0.3 dB

High pass lter (12 dB/Octave): 75 Hz Input impedance: 1.8 kOhm Insert level (for 0 dBFS) +15 dBu Dynamic range: 107 dB THD+N (30 Hz … 20 kHz, –30 dBFS): –100 dBFS THD+N (1 kHz, –1 dBFS): –95 dBFS Equivalent input noise (200 Ω Ri, max gain): –124 dBu Crosstalk, 1 kHz: –100 dB Phantom power, switchable: 48 V

Line level inputs

Level (for full scale) 15 or 24 dBu xed (jumper), or 7...26 dBu adjustable

Input impedance min. 10 kΩ Frequency response 20 Hz...20 kHz –0.2 dB

THD & N (35 Hz … 20 kHz, –30 dBFS), input level xed max. –108 dBFS THD & N (1 kHz, –1 dBFS), input level xed max. –97 dBFS Crosstalk 1 kHz max. –110 dB

Digital inputs/outputs

Input/Output impedance 110 Ω

Output level (into 110 Ω) 5V Input Sampling rate with SRC 32 … 108 kHz

Analogue outputs

Level (for full scale) 15 or 24 dBu xed (jumper), or 7 … 26 dBu adjustable

Output Impedance 50 Ω

min. Load at +24 dBu 600 Ω

Frequency response 20 Hz … 20 kHz –0.2 dB

THD & N (20 Hz … 20 kHz, –30 dBFS), input level xed max. –104 dBFS THD & N (1 kHz, –1 dBFS), input level xed max. –93 dBFS Crosstalk 1 kHz max. –110 dBFS

Equalizer

4 Band, each band sweepable 20 Hz…20 kHz: ±18 dB Q-factor 0.27 … 8.7

Dynamics

Dynamic level 0 dB … +24 dB Dynamics ON/OFF

Limiter

Threshold -39 … + 9dB

Attack time 0.2 msec … 1 msec Release time 10 msec … 10 sec

Compressor

Threshold -87 … +9 dB

Ratio 20:1 … 1:1 Attack time 0.2 msec … 20 msec Release time 10 msec … 10 sec

Expander

Threshold -87 … +9 dB

Ratio 20:1 … 1:1 Attack time 0.2 msec … 1 msec Release time 10 msec … 10 sec

Noise Gate

Threshold -87 … +9 dB Attenuation -48 dB … 0 dB

Attack time 0.2 msec … 1 msec Release time 10 msec … 10 sec

De-esser

Frequency range 4 kHz … 14 kHz Q-factor 0.27 … 8.7 Threshold -87 dB … + 8 dB Auto Mode

Ratio 20:1 … 1:1

Power supply

Mains voltage: 100 to 240 V, 50/60 Hz (auto-ranging)

Power consumption Desk: typ. System 100 W

Weight

OnAir 2500 12 fader 17 kg

Note:

We reserve the right to change speciﬁcations as technological progress may warrant. Data subject to change without notice

OnAir 2500 Fixed Frame

Service and Support

Studer has produced and delivered far more than a thousand time-tested and proven digital OnAir mixing consoles throughout the world, many of which are

in use 24 hours a day, seven days a week. Due to the modular design and the

self-conﬁguring software, individual hardware items can be easily and quickly exchanged at the customer’s site. We at Studer know that reliability is vital to our customers. Therefore Studer offers world wide service and support for its products. Studer also offers operator training and service on-site or in the factory. Please consult your local Studer representative.

INPUTS INPUT CHANNELS

STEREO INPUT CHANNEL 1 to n

n = 12/18/24

AES

1/2

3/4

5/6

7/8

9/10

11/12

13/14

15/16

SFC

MIC

LINE

3 4

1 2

5 6

7 8

ADAT 2 / IEEE1394

ADAT

1394

ADAT 1

from ST

MADI

Alt

GPIN

GPIO

(Optional, in D21m Frame)

GPOUT

GPIN

GPIO

GPOUT

CR SP SOURCE

CR MON SOURCE CR MON ADD SOURCE

STUDIO SOURCE

EXT PFL 1

TB from EXT 1...4

TB from CR TB from STUDIO

TB from EXTERN

EXT PFL 2 CUE

INS RET

CH INP

TEST GEN.

SINE WAVE

WHITE NOISE

PINK NOISE

PHASE

STEREO

CAL

DE-ESSER

INS

PROCESSING

4-band

DYNAMICS

INS AP

FADER BALANCE

CHANNEL

ON/OFF

CH METERGR METEROVL

DYNDe-S

PP AP

CH active

AF PF

CUE

PFL

AF PF

TB to CR

TB to CR HP

TB to STUDIO

TB to STUDIO HP

TB to Extern

TB to Ext. 1...4

TB to Int.

CHANNEL OUT

PGM

AUDITION

AUX 1

AUX 2

PFL

REC

N–X 1

N–X

N–X 8

REC PF

INS SEND

CR TB RET

TB to STUDIO TB to STUDIO

TB to STUDIO HP TB to STUDIO HP

TB to Ext. 1...4

TB to Extern

SLATE/TALK

STUDIO SRC

MASTER / SEND AND MONITORING OUTPUTSS

AUDITION

AUX 1

REC

AUX 2

PFL

PGM

Master AUX Listen

N–X 1

N–X 8

N–X

CUE

N–X

CUE

CR SRC

CR SP SRC

TB to CR HP

CR ADD SRC

PFL

REC MASTER

PGM MASTER

AUX 1

AUX 2

SN–X 1

SN–X 8

FADER

DIM

TB DIM

TALK

SLATE

TALK

SLATE

M/S

INS LIM M/S

M/S

1/2

3/4

5/6

7/8

9/10

11/12

13/14

15/16

AES

ADAT 2 / IEEE1394 D

ADAT 1

GUI Meter

MADI

Alt

Control

L (M) R (M)

INS SEND

CHANNEL OUT

DIR OUT PP DIR OUT AP

DJ HP

CR MON SP

GUEST HP

TB to Ext. 1...4

TB to Extern

CR SP

PFL CR

GUEST HP

Audition

TB DIM

CUT

PFL CR

HP Src

CUT

Mono

DIM

TALK

TB DIM

CUT

STUDIO

DIM

TALK

DIM

TB DIM

DIM CUT

Mono

Mono Mono

TALK

CR ADD MODE

NONE

SPLIT

MIX

CONTROL ROOM

CR MON

CR/SP

Mono

MON to Left

Mono

with PFL SP

DJ HP MODE

TALK

3 4

5 6

7 8

11 12

13 14

15 16

DJ HP

CR SP

GUEST HP

SP HP GUEST HP

ADAT

1394

LINE

0.9 1.031.05.07/HUR

OnAir 2500

Regensdorf Switzerland

AUDIO BLOCK DIAGRAM SW V3.0

28.04.08/HUR

Configuration C3

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 1 of 4

Fader Front PCB 1.943.611.21 ( 0)

C 1 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 2 59.60.3906 47u CER 6.3V, 121001 pce C 3 not used 10u CER 25V, 121001 pce C 4 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 5 59.60.3906 47u CER 6.3V, 121001 pce C 6 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 7 59.60.3906 47u CER 6.3V, 121001 pce C 8 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 9 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 10 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 11 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 12 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 13 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 14 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 15 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 16 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 17 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 18 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 19 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 20 59.60.3904 10u CER 6.3V, 080501 pce C 21 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 22 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 23 59.60.3904 10u CER 6.3V, 080501 pce C 24 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 25 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 26 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 27 59.60.3904 10u CER 6.3V, 080501 pce C 28 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 29 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 30 59.60.3904 10u CER 6.3V, 080501 pce C 31 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 32 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 33 59.60.3904 10u CER 6.3V, 080501 pce C 34 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 35 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 36 59.60.3904 10u CER 6.3V, 080501 pce C 37 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 38 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 39 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 40 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 41 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 42 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 43 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 44 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 45 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 46 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 47 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 48 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 49 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 50 59.60.2221 6p8 CER 50V, 5%, C0G, 060301 pce C 51 59.60.2221 6p8 CER 50V, 5%, C0G, 0603

01 pce

C 52 59.60.2221 6p8 CER 50V, 5%, C0G, 060301 pce C 53 59.60.2221 6p8 CER 50V, 5%, C0G, 060301 pce C 54 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 55 59.60.2237 33p CER 50V, 5%, C0G, 060301 pce C 56 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 57 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 58 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 59 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 60 59.60.2237 33p CER 50V, 5%, C0G, 060301 pce C 61 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 62 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 63 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 64 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 65 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 66 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 67 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 68 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 69 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 70 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 71 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 72 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 73 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 74 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 75 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 76 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 77 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 78 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 79 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 80 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 81 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 82 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 83 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 84 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 85 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 86 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 87 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 88 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 89 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 90 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 91 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 92 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 93 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 94 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 95 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 96 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 97 59.60.3906 47u CER 6.3V, 121001 pce C 98 59.60.3906 47u CER 6.3V, 121001 pce D 1 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 2 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 3 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 4 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce

D 5 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 6 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 7 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 8 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 9 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 10 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 11 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 12 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 13 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 14 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 15 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 16 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 17 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 18 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 19 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 20 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 21 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 22 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 23 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 24 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 25 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 26 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 27 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 28 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 29 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 30 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 31 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 32 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 33 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 34 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 35 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 36 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 37 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 38 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 39 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 40 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 41 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 42 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 43 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 44 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 45 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 46 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 47 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 48 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 49 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 50 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 51 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 52 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 53 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 54 50.60.8001 4448 200mA 75V 4ns SOD 80

01 pce

D 55 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 56 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 57 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 58 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 59 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 60 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 61 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 62 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 63 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 64 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 65 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 66 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 67 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 68 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 69 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 70 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 71 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 72 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 73 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 74 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 75 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 76 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 77 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 78 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 79 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 80 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 81 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 82 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 83 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 84 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 85 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 86 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 87 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 88 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 89 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 90 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 91 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 92 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 93 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 94 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 95 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 96 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 97 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 98 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 99 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 100 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 101 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 102 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 103 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 104 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 105 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 106 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 107 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 2 of 4

Fader Front PCB 1.943.611.21 ( 0)

D 108 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 109 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 110 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce DL 1 50.60.9402 yel SMD LED yellow01 pce DL 2 50.60.9402 yel SMD LED yellow01 pce DL 3 50.60.9402 yel SMD LED yellow01 pce DL 4 50.60.9402 yel SMD LED yellow01 pce DL 5 50.60.9402 yel SMD LED yellow01 pce DL 6 50.60.9402 yel SMD LED yellow01 pce DL 7 50.60.9402 yel SMD LED yellow01 pce DL 8 50.60.9402 yel SMD LED yellow01 pce DL 9 50.60.9402 yel SMD LED yellow01 pce DL 10 50.60.9402 yel SMD LED yellow01 pce DL 11 50.60.9402 yel SMD LED yellow01 pce DL 12 50.60.9402 yel SMD LED yellow01 pce DL 13 50.60.9402 yel SMD LED yellow01 pce DL 14 50.60.9401 red SMD LED superred01 pce DL 15 50.60.9402 yel SMD LED yellow01 pce DL 16 50.60.9401 red SMD LED superred01 pce DL 17 50.60.9402 yel SMD LED yellow01 pce DL 18 50.60.9401 red SMD LED superred01 pce DL 19 50.60.9402 yel SMD LED yellow01 pce DL 20 50.60.9401 red SMD LED superred01 pce DL 21 50.60.9402 yel SMD LED yellow01 pce DL 22 50.60.9401 red SMD LED superred01 pce DL 23 50.60.9402 yel SMD LED yellow01 pce DL 24 50.60.9401 red SMD LED superred01 pce DL 25 50.60.9401 red SMD LED superred01 pce DL 26 50.60.9401 red SMD LED superred01 pce DL 27 50.60.9401 red SMD LED superred01 pce DL 28 50.60.9401 red SMD LED superred01 pce DL 29 50.60.9401 red SMD LED superred01 pce DL 30 50.60.9401 red SMD LED superred01 pce DL 31 50.60.9402 yel SMD LED yellow01 pce DL 32 50.60.9401 red SMD LED superred01 pce DL 33 50.60.9402 yel SMD LED yellow01 pce DL 34 50.60.9401 red SMD LED superred01 pce DL 35 50.60.9402 yel SMD LED yellow01 pce DL 36 50.60.9401 red SMD LED superred01 pce DL 37 50.60.9402 yel SMD LED yellow01 pce DL 38 50.60.9401 red SMD LED superred01 pce DL 39 50.60.9402 yel SMD LED yellow01 pce DL 40 50.60.9401 red SMD LED superred01 pce DL 41 50.60.9402 yel SMD LED yellow01 pce DL 42 50.60.9401 red SMD LED superred01 pce DL 43 50.60.9418 blu SMD LED 1.25*2.001 pce DL 44 50.60.9418 blu SMD LED 1.25*2.001 pce DL 45 50.60.9418 blu SMD LED 1.25*2.001 pce DL 46 50.60.9418 blu SMD LED 1.25*2.001 pce DL 47 50.60.9418 blu SMD LED 1.25*2.001 pce DL 48 50.60.9418 blu SMD LED 1.25*2.0

01 pce

DL 49 50.60.9402 yel SMD LED yellow01 pce DL 50 50.60.9402 yel SMD LED yellow01 pce DL 51 50.60.9402 yel SMD LED yellow01 pce DL 52 50.60.9402 yel SMD LED yellow01 pce DL 53 50.60.9402 yel SMD LED yellow01 pce DL 54 50.60.9402 yel SMD LED yellow01 pce DL 55 50.60.9402 yel SMD LED yellow01 pce DL 56 50.60.9402 yel SMD LED yellow01 pce DL 57 50.60.9402 yel SMD LED yellow01 pce DL 58 50.60.9402 yel SMD LED yellow01 pce DL 59 50.60.9402 yel SMD LED yellow01 pce DL 60 50.60.9402 yel SMD LED yellow01 pce DL 61 50.60.9402 yel SMD LED yellow01 pce DL 62 50.60.9402 yel SMD LED yellow01 pce DL 63 50.60.9402 yel SMD LED yellow01 pce DL 64 50.60.9402 yel SMD LED yellow01 pce DL 65 50.60.9402 yel SMD LED yellow01 pce DL 66 50.60.9402 yel SMD LED yellow01 pce DL 67 50.60.9402 yel SMD LED yellow01 pce DL 68 50.60.9402 yel SMD LED yellow01 pce DL 69 50.60.9402 yel SMD LED yellow01 pce DL 70 50.60.9402 yel SMD LED yellow01 pce DL 71 50.60.9402 yel SMD LED yellow01 pce DL 72 50.60.9402 yel SMD LED yellow01 pce DL 73 50.60.9402 yel SMD LED yellow01 pce DL 74 50.60.9402 yel SMD LED yellow01 pce DL 75 50.60.9402 yel SMD LED yellow01 pce DL 76 50.60.9402 yel SMD LED yellow01 pce DL 77 50.60.9402 yel SMD LED yellow01 pce DL 78 50.60.9402 yel SMD LED yellow01 pce DL 79 50.60.9402 yel SMD LED yellow01 pce DL 80 50.60.9402 yel SMD LED yellow01 pce DL 81 50.60.9402 yel SMD LED yellow01 pce DL 82 50.60.9402 yel SMD LED yellow01 pce DL 83 50.60.9402 yel SMD LED yellow01 pce DL 84 50.60.9402 yel SMD LED yellow01 pce DL 85 50.60.9402 yel SMD LED yellow01 pce DL 86 50.60.9402 yel SMD LED yellow01 pce DL 87 50.60.9402 yel SMD LED yellow01 pce DL 88 50.60.9402 yel SMD LED yellow01 pce DL 89 50.60.9402 yel SMD LED yellow01 pce DL 90 50.60.9402 yel SMD LED yellow01 pce DL 91 50.60.9402 yel SMD LED yellow01 pce DL 92 50.60.9402 yel SMD LED yellow01 pce DL 93 50.60.9402 yel SMD LED yellow01 pce DL 94 50.60.9402 yel SMD LED yellow01 pce DL 95 50.60.9402 yel SMD LED yellow01 pce DL 96 50.60.9402 yel SMD LED yellow01 pce DL 97 50.60.9402 yel SMD LED yellow01 pce DL 98 50.60.9402 yel SMD LED yellow01 pce DL 99 50.60.9402 yel SMD LED yellow01 pce DL 100 50.60.9402 yel SMD LED yellow01 pce

DL 101 50.60.9402 yel SMD LED yellow01 pce DL 102 50.60.9402 yel SMD LED yellow01 pce DL 103 50.60.9402 yel SMD LED yellow01 pce DL 104 50.60.9402 yel SMD LED yellow01 pce DL 105 50.60.9402 yel SMD LED yellow01 pce DL 106 50.60.9402 yel SMD LED yellow01 pce DL 107 50.60.9402 yel SMD LED yellow01 pce DL 108 50.60.9402 yel SMD LED yellow01 pce DL 109 50.60.9402 yel SMD LED yellow01 pce DL 110 50.60.9401 red SMD LED superred01 pce DL 111 50.60.9402 yel SMD LED yellow01 pce DL 112 50.60.9401 red SMD LED superred01 pce DL 113 50.60.9402 yel SMD LED yellow01 pce DL 114 50.60.9401 red SMD LED superred01 pce DL 115 50.60.9402 yel SMD LED yellow01 pce DL 116 50.60.9401 red SMD LED superred01 pce DL 117 50.60.9402 yel SMD LED yellow01 pce DL 118 50.60.9401 red SMD LED superred01 pce DL 119 50.60.9402 yel SMD LED yellow01 pce DL 120 50.60.9401 red SMD LED superred01 pce DL 121 50.60.9402 yel SMD LED yellow01 pce DL 122 50.60.9401 red SMD LED superred01 pce DL 123 50.60.9402 yel SMD LED yellow01 pce DL 124 50.60.9401 red SMD LED superred01 pce DL 125 50.60.9402 yel SMD LED yellow01 pce DL 126 50.60.9401 red SMD LED superred01 pce DL 127 50.60.9402 yel SMD LED yellow01 pce DL 128 50.60.9401 red SMD LED superred01 pce DL 129 50.60.9402 yel SMD LED yellow01 pce DL 130 50.60.9401 red SMD LED superred01 pce DL 131 50.60.9402 yel SMD LED yellow01 pce DL 132 50.60.9401 red SMD LED superred01 pce IC 1 1.943.860.20 EPM240 SW611 Rotec8 (50.63.4218)01 pce IC 2 50.65.0138 74LVC138 3 to 8 line decoder01 pce IC 3 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 4 50.65.0244 74LVC244 Octal buffer/line driver 3.3V01 pce IC 5 50.65.0244 74LVC244 Octal buffer/line driver 3.3V01 pce IC 6 50.62.1595 74HC595 8bit shift/output register01 pce IC 7 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 8 50.62.1951 74HC4051 8ch analog mux/demux01 pce IC 9 50.62.1014 74HC 14 Hex Schmitt trigger inverter01 pce IC 10 50.62.1165 74HC165 8bit shift register01 pce IC 11 50.62.1165 74HC165 8bit shift register01 pce IC 12 50.62.1014 74HC 14 Hex Schmitt trigger inverter01 pce IC 13 50.62.1904 74HCU04 Hex inverter unbuffered01 pce IC 14 50.62.1595 74HC595 8bit shift/output register01 pce IC 15 50.62.1595 74HC595 8bit shift/output register

01 pce

IC 16 50.62.1595 74HC595 8bit shift/output register01 pce IC 17 50.62.1595 74HC595 8bit shift/output register01 pce IC 18 50.62.1595 74HC595 8bit shift/output register01 pce IC 19 50.62.1595 74HC595 8bit shift/output register01 pce IC 20 50.62.1595 74HC595 8bit shift/output register01 pce IC 21 50.62.1595 74HC595 8bit shift/output register01 pce IC 22 50.62.1595 74HC595 8bit shift/output register01 pce IC 23 50.62.1595 74HC595 8bit shift/output register01 pce IC 24 50.62.1595 74HC595 8bit shift/output register01 pce IC 25 50.62.1595 74HC595 8bit shift/output register01 pce IC 26 50.62.1595 74HC595 8bit shift/output register01 pce IC 27 50.62.1595 74HC595 8bit shift/output register01 pce IC 28 50.62.1595 74HC595 8bit shift/output register01 pce IC 29 50.62.1595 74HC595 8bit shift/output register01 pce IC 30 50.62.1595 74HC595 8bit shift/output register01 pce MP 1 1.943.611.12 FADERFRONT PCB01 pce MP 2 1.943.611.10 NR. ETIKETTE 5x2001 pce MP 3 43.01.0108 Label ESE-Warnschild01 pce MP 4 1.943.611.01 RUBBER KEY SET01 pce MP 5 1.943.611.05 OLED SOCKET06 pcs MP 6 1.943.611.08 OLED 128x64 Dots 1"06 pcs P 1 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 2 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 3 54.14.5630 10p PCB-Buchse gerade SMD01 pce P 4 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 5 54.60.0372 26p FFC Connector 0.5mm01 pce P 6 54.60.0372 26p FFC Connector 0.5mm01 pce P 7 54.60.0372 26p FFC Connector 0.5mm01 pce P 8 54.60.0372 26p FFC Connector 0.5mm01 pce P 9 54.60.0372 26p FFC Connector 0.5mm01 pce P 10 54.60.0372 26p FFC Connector 0.5mm01 pce P 11 not us ed 2p Stecker gerade PCB01 pce P 12 not us ed 2p Stecker gerade PCB01 pce P 13 not us ed 2p Stecker gerade PCB01 pce P 14 not us ed 2p Stecker gerade PCB01 pce P 15 not us ed 2p Stecker gerade PCB01 pce P 16 not us ed 2p Stecker gerade PCB01 pce Q 1 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce R 1 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 2 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 3 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 4 57.61.1102 1k0 MF, 1%, Chip 0603, E12

01 pce

R 5 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 6 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 7 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 8 57.61.1152 1k5 MF, 1%, Chip 0603, E1201 pce R 9 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 10 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 11 57.61.1152 1k5 MF, 1%, Chip 0603, E1201 pce R 12 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 13 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 14 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 15 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 16 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 17 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 18 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 3 of 4

Fader Front PCB 1.943.611.21 ( 0)

R 19 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 20 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 21 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 22 57.61.1684 680k MF, 1%, Chip 0603, E1201 pce R 23 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 24 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 25 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 26 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 27 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 28 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 29 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 30 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 31 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 32 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 33 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 34 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 35 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 36 57.61.1564 560k MF, 1%, Chip 0603, E1201 pce R 37 57.61.1123 12k MF, 1%, Chip 0603, E1201 pce R 38 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 39 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 40 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 41 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 42 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 43 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 44 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 45 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 46 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 47 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 48 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 49 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 50 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 51 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 52 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 53 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 54 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 55 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 56 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 57 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 58 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 59 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 60 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 61 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 62 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 63 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 64 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 65 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 66 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 67 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 68 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 69 57.61.1102 1k0 MF, 1%, Chip 0603, E12

01 pce

R 70 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 71 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 72 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 73 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 74 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 75 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 76 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 77 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 78 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 79 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 80 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 81 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 82 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 83 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 84 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 85 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 86 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 87 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 88 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 89 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 90 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 91 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 92 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 93 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 94 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 95 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 96 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 97 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 98 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 99 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 100 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 101 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 102 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 103 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 104 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 105 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 106 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 107 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 108 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 109 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 110 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 111 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 112 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 113 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 114 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 115 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 116 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 117 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 118 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 119 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 120 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 121 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce

R 122 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 123 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 124 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 125 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 126 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 127 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 128 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 129 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 130 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 131 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 132 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 133 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 134 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 135 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 136 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 137 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 138 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 139 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 140 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 141 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 142 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 143 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 144 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 145 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 146 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 147 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 148 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 149 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 150 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 151 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 152 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 153 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 154 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 155 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 156 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 157 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 158 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 159 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 160 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 161 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 162 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 163 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 164 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 165 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 166 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 167 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 168 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 169 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 170 57.61.1151 150R MF, 1%, Chip 0603, E12

01 pce

R 171 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 172 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 173 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 174 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 175 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 176 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 177 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 178 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 179 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 180 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 181 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 182 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 183 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 184 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 185 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 186 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 187 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 188 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 189 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 190 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 191 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 192 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 193 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 194 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 195 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 196 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 197 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 198 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 199 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 200 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 201 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 202 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 203 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 204 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 205 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 206 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 207 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 208 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 209 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 210 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 211 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 212 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 213 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 214 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 215 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 216 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 217 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 218 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 219 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 220 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 221 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 222 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 223 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 224 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 4 of 4

Fader Front PCB 1.943.611.21 ( 0)

R 225 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 226 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 227 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce R 228 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 229 57.61.1121 120R MF, 1%, Chip 0603, E1201 pce S 7 55.12.1304 N=18 Encoder01 pce S 8 55.12.1304 N=18 Encoder01 pce S 9 55.12.1304 N=18 Encoder01 pce S 10 55.12.1304 N=18 Encoder01 pce S 11 55.12.1304 N=18 Encoder01 pce S 12 55.12.1304 N=18 Encoder01 pce Y 1 89.60.1011 6.000MHz SMD Quartz01 pce

End of List

[21] 14.03.2008 ZT release

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 1 of 4

Fader Control PCB 1.943.612.22 ( 0)

C 1 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 2 59.60.3906 47u CER 6.3V, 121001 pce C 3 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 4 59.60.3904 10u CER 6.3V, 080501 pce C 5 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 6 59.60.3906 47u CER 6.3V, 121001 pce C 7 59.60.3906 47u CER 6.3V, 121001 pce C 8 59.68.0067 22u EL 16V, 5.0*5.701 pce C 9 59.60.3906 47u CER 6.3V, 121001 pce C 10 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 11 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 12 59.60.3906 47u CER 6.3V, 121001 pce C 13 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 14 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 15 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 16 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 17 59.60.3904 10u CER 6.3V, 080501 pce C 18 59.60.3903 1u0 CER 6.3V, 060301 pce C 19 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 20 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 21 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 22 not used 10u CER 25V, 121001 pce C 23 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 24 59.60.3903 1u0 CER 6.3V, 060301 pce C 25 59.60.3903 1u0 CER 6.3V, 060301 pce C 26 59.60.3903 1u0 CER 6.3V, 060301 pce C 27 59.60.2349 100p CER 50V, 5%, C0G, 080501 pce C 28 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 29 59.60.3905 10u CER 25V, 121001 pce C 30 59.60.3903 1u0 CER 6.3V, 060301 pce C 31 59.60.3903 1u0 CER 6.3V, 060301 pce C 32 59.60.3904 10u CER 6.3V, 080501 pce C 33 59.60.3905 10u CER 25V, 121001 pce C 34 59.60.3902 100n CER 6.3V, 040201 pce C 35 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 36 59.60.3903 1u0 CER 6.3V, 060301 pce C 37 59.60.3903 1u0 CER 6.3V, 060301 pce C 38 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 39 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 40 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 41 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 42 59.60.2363 390p CER 50V, 5%, C0G, 080501 pce C 43 59.60.3902 100n CER 6.3V, 040201 pce C 44 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 45 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 46 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 47 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 48 59.60.3904 10u CER 6.3V, 080501 pce C 49 59.60.3904 10u CER 6.3V, 080501 pce C 50 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 51 59.60.3905 10u CER 25V, 1210

01 pce

C 52 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 53 59.60.3902 100n CER 6.3V, 040201 pce C 54 59.60.3902 100n CER 6.3V, 040201 pce C 55 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 56 59.60.3902 100n CER 6.3V, 040201 pce C 57 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 58 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 59 59.60.3905 10u CER 25V, 121001 pce C 60 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 61 59.60.3902 100n CER 6.3V, 040201 pce C 62 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 63 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 64 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 65 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 66 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 67 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 68 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 69 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 70 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 71 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 72 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 73 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 74 59.60.3902 100n CER 6.3V, 040201 pce C 75 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 76 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 77 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 78 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 79 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 80 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 81 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 82 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 83 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 84 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 85 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 86 59.60.3905 10u CER 25V, 121001 pce C 87 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 88 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 89 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 90 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 91 59.60.3904 10u CER 6.3V, 080501 pce C 92 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 93 59.60.3317 2n2 CER 50V, 10%, X7R, 080501 pce C 94 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 95 59.60.3329 22n CER 50V, 10%, X7R, 080501 pce C 96 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 97 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 98 59.60.3329 22n CER 50V, 10%, X7R, 080501 pce C 99 59.60.3329 22n CER 50V, 10%, X7R, 080501 pce C 100 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 101 59.60.3902 100n CER 6.3V, 040201 pce C 102 59.60.3902 100n CER 6.3V, 040201 pce

C 103 59.60.3905 10u CER 25V, 121001 pce C 104 59.60.2257 220p CER 50V, 5%, C0G, 060301 pce C 105 59.60.3329 22n CER 50V, 10%, X7R, 080501 pce C 106 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 107 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 108 59.60.3329 22n CER 50V, 10%, X7R, 080501 pce C 109 59.60.3329 22n CER 50V, 10%, X7R, 080501 pce C 110 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 111 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 112 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 113 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 114 59.60.2361 330p CER 50V, 5%, C0G, 080501 pce C 115 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 116 59.60.2361 330p CER 50V, 5%, C0G, 080501 pce C 117 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 118 59.60.2361 330p CER 50V, 5%, C0G, 080501 pce C 119 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 120 59.60.3906 47u CER 6.3V, 121001 pce C 121 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 122 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 123 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 124 59.60.2361 330p CER 50V, 5%, C0G, 080501 pce C 125 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 126 59.60.2361 330p CER 50V, 5%, C0G, 080501 pce C 127 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 128 59.60.2361 330p CER 50V, 5%, C0G, 080501 pce C 129 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 130 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 131 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 132 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 133 59.60.3906 47u CER 6.3V, 121001 pce C 134 59.60.3904 10u CER 6.3V, 080501 pce C 135 59.60.3904 10u CER 6.3V, 080501 pce C 136 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 137 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 138 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 139 59.68.0317 220u EL 35V, 10 *10.7 lowESR01 pce C 140 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 141 59.60.3905 10u CER 25V, 121001 pce C 142 59.60.3905 10u CER 25V, 121001 pce C 143 not used 10u CER 25V, 121001 pce C 144 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 145 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 146 59.68.0275 470u EL 16V, 10 *10.7 lowESR01 pce C 147 59.68.0275 470u EL 16V, 10 *10.7 lowESR01 pce C 148 59.68.0317 220u EL 35V, 10 *10.7 lowESR01 pce C 149 59.60.3905 10u CER 25V, 121001 pce C 150 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 151 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 152 59.60.3337 100n CER 50V, 10%, X7R, 0805

01 pce

C 153 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 154 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 155 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 156 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 157 59.68.0109 10u EL 35V, 5.0*5.701 pce C 158 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 159 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 160 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 161 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 162 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 163 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 164 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 165 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 166 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 167 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 168 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 169 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 170 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 171 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 172 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 173 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 174 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 175 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 176 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 177 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 178 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 179 59.60.2249 100p CER 50V, 5%, C0G, 060301 pce C 180 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 181 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 182 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 183 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 184 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 185 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 186 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 187 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 188 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 189 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 190 59.68.0109 10u EL 35V, 5.0*5.701 pce C 191 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 192 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 193 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 194 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 195 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 196 59.60.3333 47n CER 50V, 10%, X7R, 080501 pce C 197 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 198 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 199 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 200 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 201 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 202 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 203 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 204 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 205 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 2 of 4

Fader Control PCB 1.943.612.22 ( 0)

C 206 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 207 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 208 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 209 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 210 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 211 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce D 1 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 2 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 3 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 4 50.60.8101 BAS85 200mA 30V Schottky SOD 8001 pce D 5 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 6 50.60.8101 BAS85 200mA 30V Schottky SOD 8001 pce D 7 50.60.8101 BAS85 200mA 30V Schottky SOD 8001 pce D 8 50.60.8103 SS14 1A 40V Schottky01 pce D 9 50.60.8102 SS34 3A 40V Schottky01 pce D 10 50.60.8102 SS34 3A 40V Schottky01 pce D 11 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 12 50.60.8003 S1B 1000mA 100V DO 214AC01 pce D 13 50.60.8003 S1B 1000mA 100V DO 214AC01 pce D 14 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 15 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 16 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 17 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 18 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 19 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 20 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 21 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 22 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 23 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 24 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 25 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 26 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 27 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 28 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 29 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 30 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 31 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 32 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 33 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 34 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 35 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce DL 1 50.60.9402 yel SMD LED yellow01 pce DL 2 50.60.9402 yel SMD LED yellow01 pce DV 1 50.60.9019 12V 5%, 0.2W, SOT 2301 pce DV 2 50.60.9019 12V 5%, 0.2W, SOT 2301 pce DV 3 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 4 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 5 50.60.9013 6V8 5%, 0.2W, SOT 23

01 pce

DV 6 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 7 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 8 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 9 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 10 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 11 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 12 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 13 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 14 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 15 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 16 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 17 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 18 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 19 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce DV 20 50.60.9007 3V9 5%, 0.2W, SOT 2301 pce IC 1 50.62.0463 DS34C86 4*RS 422 Line Receiver01 pce IC 2 50.62.0464 DS34C87 4*RS 422 Line Driver01 pce IC 3 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 4 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 5 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 6 50.62.1595 74HC595 8bit shift/output register01 pce IC 7 50.65.0138 74LVC138 3 to 8 line decoder01 pce IC 8 50.62.1151 74HC151 8 channel multiplexer01 pce IC 9 50.62.1165 74HC165 8bit shift regis ter01 pce IC 10 50.61.8201 DG408 8Ch analog Mux SO 1601 pce IC 11 50.62.1014 74HC 14 Hex Schmitt trigger inv erter01 pce IC 12 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 13 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 14 50.61.8009 TLV5606 D/A Converter 10bit01 pce IC 15 not used LM1117 Lin Reg 800mA adj01 pce IC 16 50.61.8109 TLC 2543 A/D Converter 12bit SO 2001 pce IC 17 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 18 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 19 50.61.2004 TPS 5103 Sync step down converter01 pce IC 20 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 21 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 22 1.943.862.20 LPC2378BD SW612/13 Fader (50.63.0153)01 pce IC 23 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 24 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 25 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 26 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 27 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 28 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 29 50.61.2007 M AX1951 Step down switching regulator01 pce IC 30 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 31 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 32 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 33 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 34 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 35 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 36 50.61.2005 LM2673ADJ Step down converter01 pce IC 37 50.61.2003 LM1117 Lin Reg 800mA adj01 pce IC 38 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 39 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 40 50.61.9001 LM393 Dual voltage comp. SO 801 pce

IC 41 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 42 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 43 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 44 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 45 50.63.2002 M AX6358 Dual volt. uP supervisor01 pce L 1 62.60.0145 2u2 SMD 2.6A 252501 pce L 2 62.60.0518 47uH SMD 2.5A01 pce L 3 62.60.0518 47uH SMD 2.5A01 pce MP 1 1.943.612.12 FADER CONTROL PCB01 pce MP 2 1.943.612.10 NR. ETIKETTE 5x2001 pce MP 3 43.01.0108 Label ESE-Warnschild01 pce P 1 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 2 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 3 54.14.5626 6p PCB-Buchse gerade SMD01 pce P 4 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 5 54.14.5630 10p PCB-Buchse gerade SMD01 pce P 6 54.60.0407 7p SMD Stecker male01 pce P 7 54.60.0407 7p SMD Stecker male01 pce P 8 54.60.0407 7p SMD Stecker male01 pce P 9 54.60.0407 7p SMD Stecker male01 pce P 10 54.60.0407 7p SMD Stecker male01 pce P 11 54.60.0407 7p SMD Stecker male01 pce P 12 54.20.1001 8p RJ 45 Modular Jack side entry01 pce Q 1 50.60.0100 BCX68-25 NPN 45V 1.0A SOT 8901 pce Q 2 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 3 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 4 not used BC847B NPN 45V 100mA SOT 2301 pce Q 5 50.60.2202 FDB7030 PowerMOS N-Ch 30V, 50A01 pce Q 6 50.60.2202 FDB7030 PowerMOS N-Ch 30V, 50A01 pce Q 7 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 8 50.60.2001 J112 JFET N-Channel01 pce Q 9 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 10 50.60.2001 J112 JFET N-Channel01 pce Q 11 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 12 50.60.2001 J112 JFET N-Channel01 pce Q 13 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 14 50.60.2001 J112 JFET N-Channel01 pce Q 15 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 16 50.60.2001 J112 JFET N-Channel01 pce Q 17 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 18 50.60.2001 J112 JFET N-Channel01 pce Q 19 50.60.0120 BCP54-16 NPN 45V 1.0A SOT 22301 pce Q 20 50.60.1120 BCP51-16 PNP 45V 1.0A SOT 22301 pce Q 21 50.60.0120 BCP54-16 NPN 45V 1.0A SOT 22301 pce Q 22 50.60.1120 BCP51-16 PNP 45V 1.0A SOT 22301 pce Q 23 50.60.0120 BCP54-16 NPN 45V 1.0A SOT 22301 pce Q 24 50.60.1120 BCP51-16 PNP 45V 1.0A SOT 22301 pce Q 25 50.60.0120 BCP54-16 NPN 45V 1.0A SOT 22301 pce Q 26 50.60.1120 BCP51-16 PNP 45V 1.0A SOT 22301 pce Q 27 50.60.0120 BCP54-16 NPN 45V 1.0A SOT 22301 pce Q 28 50.60.1120 BCP51-16 PNP 45V 1.0A SOT 22301 pce Q 29 50.60.0120 BCP54-16 NPN 45V 1.0A SOT 22301 pce Q 30 50.60.1120 BCP51-16 PNP 45V 1.0A SOT 22301 pce Q 31 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 32 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 33 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 34 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 35 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 36 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce R 1 57.61.1221 220R MF, 1%, Chip 0603, E1201 pce R 2 57.61.1682 6k8 MF, 1%, Chip 0603, E1201 pce R 3 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 4 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 5 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 6 57.61.1390 39R MF, 1%, Chip 0603, E1201 pce R 7 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 8 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 9 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 10 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 11 not used 100k MF, 1%, Chip 0603, E1201 pce R 12 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 13 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 14 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 15 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 16 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 17 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 18 57.61.1152 1k5 MF, 1%, Chip 0603, E1201 pce R 19 57.61.1823 82k MF, 1%, Chip 0603, E1201 pce R 20 not used 3k3 MF, 1%, Chip 0603, E1201 pce R 21 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 22 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 23 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 24 57.61.1821 820R MF, 1%, Chip 0603, E1201 pce R 25 not used 390R MF, 1%, Chip 0603, E1201 pce R 26 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 27 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 28 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 29 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 30 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 31 57.61.1122 1k2 MF, 1%, Chip 0603, E1201 pce R 32 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 33 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 34 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 35 57.61.1220 22R MF, 1%, Chip 0603, E1201 pce R 36 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 37 57.61.1102 1k0 MF, 1%, Chip 0603, E12

01 pce

R 38 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 39 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 40 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 41 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 42 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 43 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 44 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 3 of 4

Fader Control PCB 1.943.612.22 ( 0)

R 45 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 46 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 47 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 48 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 49 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 50 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 51 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 52 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 53 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 54 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 55 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 56 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 57 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 58 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 59 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 60 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 61 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 62 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 63 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 64 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 65 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 66 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 67 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 68 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 69 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 70 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 71 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 72 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 73 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 74 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 75 57.60.1229 2R2 MF, 1%, 0204, E2401 pce R 76 57.61.1823 82k MF, 1%, Chip 0603, E1201 pce R 77 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 78 57.61.1220 22R MF, 1%, Chip 0603, E1201 pce R 79 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 80 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 81 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 82 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 83 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 84 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 85 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 86 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 87 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 88 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 89 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 90 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 91 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 92 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 93 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 94 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 95 57.61.1224 220k MF, 1%, Chip 0603, E12

01 pce

R 96 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 97 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 98 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 99 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 100 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 101 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 102 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 103 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 104 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 105 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 106 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 107 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 108 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 109 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 110 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 111 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 112 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 113 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 114 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 115 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 116 57.61.1184 180k MF, 1%, Chip 0603, E1201 pce R 117 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 118 57.61.1473 47k MF, 1%, Chip 0603, E1201 pce R 119 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 120 57.61.1473 47k MF, 1%, Chip 0603, E1201 pce R 121 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 122 57.61.1473 47k MF, 1%, Chip 0603, E1201 pce R 123 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 124 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 125 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 126 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 127 57.61.1473 47k MF, 1%, Chip 0603, E1201 pce R 128 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 129 57.61.1473 47k MF, 1%, Chip 0603, E1201 pce R 130 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 131 57.61.1473 47k MF, 1%, Chip 0603, E1201 pce R 132 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 133 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 134 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 135 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 136 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 137 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 138 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 139 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 140 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 141 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 142 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 143 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 144 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 145 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 146 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 147 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce

R 148 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 149 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 150 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 151 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 152 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 153 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 154 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 155 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 156 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 157 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 158 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 159 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 160 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 161 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 162 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 163 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 164 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 165 57.61.1223 22k MF, 1%, Chip 0603, E1201 pce R 166 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 167 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 168 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 169 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 170 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 171 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 172 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 173 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 174 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 175 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 176 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 177 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 178 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 179 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 180 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 181 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 182 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 183 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 184 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 185 57.61.1224 220k MF, 1%, Chip 0603, E1201 pce R 186 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 187 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 188 57.61.1561 560R MF, 1%, Chip 0603, E1201 pce R 189 57.69.8302 0.2A PTC01 pce R 190 57.69.8302 0.2A PTC01 pce R 191 57.69.8302 0.2A PTC01 pce R 192 57.69.8302 0.2A PTC01 pce R 193 57.69.8302 0.2A PTC01 pce R 194 57.69.8302 0.2A PTC01 pce R 195 57.69.8302 0.2A PTC01 pce R 196 57.69.8302 0.2A PTC

01 pce

R 197 57.69.8302 0.2A PTC01 pce R 198 57.69.8302 0.2A PTC01 pce R 199 57.69.8302 0.2A PTC01 pce R 200 57.69.8302 0.2A PTC01 pce R 201 57.61.1390 39R MF, 1%, Chip 0603, E1201 pce R 202 57.61.1390 39R MF, 1%, Chip 0603, E1201 pce R 203 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 204 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 205 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 206 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 207 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 208 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 209 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 210 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 211 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 212 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 213 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 214 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 215 57.61.1564 560k MF, 1%, Chip 0603, E1201 pce R 216 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 217 57.61.1564 560k MF, 1%, Chip 0603, E1201 pce R 218 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 219 57.61.1564 560k MF, 1%, Chip 0603, E1201 pce R 220 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 221 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 222 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 223 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 224 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 225 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 226 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 227 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 228 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 229 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 230 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 231 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 232 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 233 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 234 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 235 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 236 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 237 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 238 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 239 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 240 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 241 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 242 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 243 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 244 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 245 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 246 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 247 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 248 57.61.1392 3k9 MF, 1%, Chip 0603, E1201 pce R 249 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 250 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 4 of 4

Fader Control PCB 1.943.612.22 ( 0)

R 251 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 252 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 253 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 254 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 255 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 256 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 257 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 258 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 259 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 260 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 261 57.61.1394 390k MF, 1%, Chip 0603, E1201 pce R 262 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 263 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 264 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 265 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 266 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 267 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 268 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 269 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 270 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 271 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 272 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 273 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 274 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 275 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 276 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 277 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 278 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 279 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 280 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 281 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 282 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 283 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 284 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 285 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 286 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 287 57.61.1564 560k MF, 1%, Chip 0603, E1201 pce R 288 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 289 57.61.1564 560k MF, 1%, Chip 0603, E1201 pce R 290 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 291 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 292 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 293 57.61.1564 560k MF, 1%, Chip 0603, E1201 pce R 294 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 295 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 296 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 297 57.61.1153 15k MF, 1%, Chip 0603, E1201 pce R 298 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 299 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 300 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 301 57.61.1103 10k MF, 1%, Chip 0603, E12

01 pce

R 302 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 303 57.69.1000 0R0 060301 pce R 304 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 305 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 306 57.69.1000 0R0 060301 pce R 307 57.69.1000 0R0 060301 pce R 308 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 309 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 310 57.61.1183 18k MF, 1%, Chip 0603, E1201 pce R 361 57.69.1000 0R0 060301 pce S 1 55.60.0201 1*s SMD Tactswitch01 pce Y 1 89.60.1003 12.000MHz SMD Quartz01 pce

End of List

[22] 04.06.2008 PG value changes: R2 47k => 6.8k, R248 2.2k => 3.9k

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 1 of 2

Fader Control PCB, partial 1.943.613.22 ( 0)

C 1 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 2 59.60.3906 47u CER 6.3V, 121001 pce C 3 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 4 59.60.3904 10u CER 6.3V, 080501 pce C 5 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 6 59.60.3906 47u CER 6.3V, 121001 pce C 7 59.60.3906 47u CER 6.3V, 121001 pce C 8 59.68.0067 22u EL 16V, 5.0*5.701 pce C 9 59.60.3906 47u CER 6.3V, 121001 pce C 10 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 11 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 12 59.60.3906 47u CER 6.3V, 121001 pce C 14 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 15 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 16 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 17 59.60.3904 10u CER 6.3V, 080501 pce C 20 59.60.2373 1n0 CER 50V, 5%, C0G, 080501 pce C 21 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 22 59.60.3905 10u CER 25V, 121001 pce C 23 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 29 59.60.3905 10u CER 25V, 121001 pce C 32 59.60.3904 10u CER 6.3V, 080501 pce C 33 59.60.3905 10u CER 25V, 121001 pce C 34 59.60.3902 100n CER 6.3V, 040201 pce C 35 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 37 59.60.3903 1u0 CER 6.3V, 060301 pce C 39 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 41 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 43 59.60.3902 100n CER 6.3V, 040201 pce C 46 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 48 59.60.3904 10u CER 6.3V, 080501 pce C 49 59.60.3904 10u CER 6.3V, 080501 pce C 50 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 53 59.60.3902 100n CER 6.3V, 040201 pce C 54 59.60.3902 100n CER 6.3V, 040201 pce C 56 59.60.3902 100n CER 6.3V, 040201 pce C 57 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 61 59.60.3902 100n CER 6.3V, 040201 pce C 62 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 65 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 66 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 70 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 71 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 74 59.60.3902 100n CER 6.3V, 040201 pce C 75 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 76 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 80 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 90 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 91 59.60.3904 10u CER 6.3V, 080501 pce C 92 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 101 59.60.3902 100n CER 6.3V, 0402

01 pce

C 102 59.60.3902 100n CER 6.3V, 040201 pce C 103 59.60.3905 10u CER 25V, 121001 pce C 104 59.60.2257 220p CER 50V, 5%, C0G, 060301 pce C 111 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 112 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 113 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 120 59.60.3906 47u CER 6.3V, 121001 pce C 121 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 122 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 123 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 133 59.60.3906 47u CER 6.3V, 121001 pce C 134 59.60.3904 10u CER 6.3V, 080501 pce C 135 59.60.3904 10u CER 6.3V, 080501 pce C 140 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 141 59.60.3905 10u CER 25V, 121001 pce C 142 59.60.3905 10u CER 25V, 121001 pce C 143 59.60.3905 10u CER 25V, 121001 pce C 144 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 145 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 146 59.68.0275 470u EL 16V, 10 *10.7 lowESR01 pce C 148 59.68.0317 220u EL 35V, 10 *10.7 lowESR01 pce C 149 59.60.3905 10u CER 25V, 121001 pce C 150 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 151 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 152 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 156 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 180 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 181 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 182 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 183 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 184 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 186 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 190 59.68.0109 10u EL 35V, 5.0*5.701 pce C 192 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 195 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 197 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 199 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 205 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 206 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 207 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 208 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 209 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 210 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 211 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce D 1 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 2 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 3 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 4 50.60.8101 BAS85 200mA 30V Schottky SOD 8001 pce D 5 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 6 50.60.8101 BAS85 200mA 30V Schottky SOD 8001 pce D 9 50.60.8102 SS34 3A 40V Schottky01 pce

D 10 50.60.8102 SS34 3A 40V Schottky01 pce D 12 50.60.8003 S1B 1000mA 100V DO 214AC01 pce D 13 50.60.8003 S1B 1000mA 100V DO 214AC01 pce D 23 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 24 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 25 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 26 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 27 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce DL 1 50.60.9402 yel SMD LED yellow01 pce DL 2 50.60.9402 yel SMD LED yellow01 pce DV 1 50.60.9019 12V 5%, 0.2W, SOT 2301 pce DV 2 50.60.9019 12V 5%, 0.2W, SOT 2301 pce DV 3 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 4 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 5 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 6 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 7 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce DV 8 50.60.9013 6V8 5%, 0.2W, SOT 2301 pce IC 1 50.62.0463 DS34C86 4*RS 422 Line Receiver01 pce IC 2 50.62.0464 DS34C87 4*RS 422 Line Driver01 pce IC 3 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 7 50.65.0138 74LVC138 3 to 8 line decoder01 pce IC 8 50.62.1151 74HC151 8 channel multiplexer01 pce IC 10 50.61.8201 DG408 8Ch analog Mux SO 1601 pce IC 11 50.62.1014 74HC 14 Hex Schmitt trigger inverter01 pce IC 13 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 14 50.61.8009 TLV5606 D/A Converter 10bit01 pce IC 15 50.61.2003 LM1117 Lin Reg 800mA adj01 pce IC 16 50.61.8109 TLC 2543 A/D Converter 12bit SO 2001 pce IC 17 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 18 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 20 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 21 50.61.0201 TL062 Dual FET Op-Amp01 pce IC 22 1.943.862.20 LPC2378BD SW612/13 Fader (50.63.0153)01 pce IC 29 50.61.2007 M AX1951 Step down switching regulator01 pce IC 36 50.61.2005 LM2673ADJ Step down converter01 pce IC 37 50.61.2003 LM1117 Lin Reg 800mA adj01 pce IC 38 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 45 50.63.2002 M AX6358 Dual volt. uP supervisor01 pce L 1 62.60.0145 2u2 SMD 2.6A 252501 pce L 3 62.60.0518 47uH SMD 2.5A01 pce MP 1 1.943.612.12 FADER CONTROL PCB01 pce MP 2 1.943.613.10 NR. ETIKETTE 5x2001 pce MP 3 43.01.0108 Label ESE-Warnschild01 pce P 1 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 2 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 3 54.14.5626 6p PCB-Buchse gerade SMD01 pce P 4 54.14.5634 14p PCB-Buchse gerade SMD01 pce P 5 54.14.5630 10p PCB-Buchse gerade SMD01 pce P 6 54.60.0407 7p SMD Stecker male01 pce P 7 54.60.0407 7p SMD Stecker male01 pce P 8 54.60.0407 7p SMD Stecker male01 pce P 9 54.60.0407 7p SMD Stecker male01 pce P 10 54.60.0407 7p SMD Stecker male01 pce P 11 54.60.0407 7p SMD Stecker male01 pce P 12 54.20.1001 8p RJ 45 Modular Jack side entry01 pce Q 1 50.60.0100 BCX68-25 NPN 45V 1.0A SOT 8901 pce Q 2 50.60.0001 BC847B NPN 45V 100mA SOT 2301 pce Q 3 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce R 1 57.61.1221 220R MF, 1%, Chip 0603, E1201 pce R 2 57.61.1682 6k8 MF, 1%, Chip 0603, E1201 pce R 3 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 4 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 5 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 6 57.61.1390 39R MF, 1%, Chip 0603, E1201 pce R 7 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 8 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 9 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 12 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 13 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 14 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 15 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 17 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 20 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 25 57.61.1391 390R MF, 1%, Chip 0603, E1201 pce R 26 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 27 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 32 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 35 57.61.1220 22R MF, 1%, Chip 0603, E1201 pce R 37 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 40 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 42 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 46 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 49 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 52 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 53 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 58 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 60 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 61 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 66 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 76 57.61.1823 82k MF, 1%, Chip 0603, E1201 pce R 77 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 78 57.61.1220 22R MF, 1%, Chip 0603, E1201 pce R 89 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 90 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 101 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 102 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 110 57.61.1102 1k0 MF, 1%, Chip 0603, E12

01 pce

R 111 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 112 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 113 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 114 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 115 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 2 of 2

Fader Control PCB, partial 1.943.613.22 ( 0)

R 123 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 124 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 125 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 144 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 145 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 155 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 156 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 172 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 173 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 186 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 187 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 188 57.61.1561 560R MF, 1%, Chip 0603, E1201 pce R 201 57.61.1390 39R MF, 1%, Chip 0603, E1201 pce R 202 57.61.1390 39R MF, 1%, Chip 0603, E1201 pce R 203 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 204 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 205 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 206 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 207 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 208 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 209 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 210 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 211 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 237 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 299 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 300 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 301 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 302 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 303 57.69.1000 0R0 060301 pce R 304 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 305 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 306 not used 0R0 060301 pce R 307 57.69.1000 0R0 060301 pce R 308 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 309 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 310 57.61.1183 18k MF, 1%, Chip 0603, E1201 pce R 361 57.69.1000 0R0 060301 pce S 1 55.60.0201 1*s SMD Tactswitch01 pce Y 1 89.60.1003 12.000MHz SMD Quartz01 pce

End of List

[22] 05.06.2008 PG modified : R2 47k => 6.8k added : C14,C37,C48,D5 IC3,IC10,IC13.IC14,Q2,Q3, R1,R3,R4,R5,R9,R12,R15,R27,R35 removed

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 1 of 3

Central Front PCB 1.943.621.21 ( 0)

C 1 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 2 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 3 59.68.0111 22u EL 35V, 6.3*5.701 pce C 4 59.68.0071 100u EL 16V, 8.0*6.301 pce C 5 59.60.2257 220p CER 50V, 5%, C0G, 060301 pce C 6 59.60.2257 220p CER 50V, 5%, C0G, 060301 pce C 7 59.68.0071 100u EL 16V, 8.0*6.301 pce C 8 59.68.0111 22u EL 35V, 6.3*5.701 pce C 9 59.68.0111 22u EL 35V, 6.3*5.701 pce C 10 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 11 59.68.0071 100u EL 16V, 8.0*6.301 pce C 12 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 13 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 14 59.68.0109 10u EL 35V, 5.0*5.701 pce C 15 59.68.0109 10u EL 35V, 5.0*5.701 pce C 16 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 17 59.68.0107 4u7 EL 35V, 4.0*5.701 pce C 18 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 19 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 20 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 21 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 22 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 23 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 24 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 25 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 26 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 27 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 28 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 29 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 30 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 31 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 32 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 33 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 34 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 35 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 36 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 37 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 38 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 39 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 40 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 41 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 42 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 43 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 45 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 46 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 47 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 48 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 49 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 50 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 51 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 52 59.60.3337 100n CER 50V, 10%, X7R, 0805

01 pce

C 53 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 54 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 55 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 56 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 57 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 58 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 59 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 60 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 61 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 62 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 63 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 64 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 65 59.60.2257 220p CER 50V, 5%, C0G, 060301 pce C 66 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 67 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 68 59.60.3905 10u CER 25V, 121001 pce C 69 59.60.3905 10u CER 25V, 121001 pce C 70 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 71 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 72 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 73 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 74 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 75 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 76 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 77 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 78 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 79 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 80 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 81 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 82 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 83 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 84 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 85 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 86 59.68.0109 10u EL 35V, 5.0*5.701 pce C 87 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 88 59.68.0109 10u EL 35V, 5.0*5.701 pce C 101 59.60.3904 10u CER 6.3V, 080501 pce C 102 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 145 59.60.3904 10u CER 6.3V, 080501 pce C 146 59.60.3904 10u CER 6.3V, 080501 pce C 147 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 148 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 155 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 156 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 157 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 158 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce D 1 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 2 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 3 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 4 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 5 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce

D 6 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 7 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 8 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 9 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 10 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 11 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 12 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 13 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 14 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 15 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 16 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 17 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 18 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 19 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 20 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 21 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 22 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 23 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 24 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 25 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 26 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 27 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 28 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 29 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 30 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 31 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 32 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 33 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 34 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 35 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 36 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 37 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 38 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 39 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 40 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 41 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 42 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 43 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 44 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 45 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 46 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 47 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 48 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 49 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 50 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 51 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 52 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 53 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 54 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 55 50.60.8001 4448 200mA 75V 4ns SOD 80

01 pce

D 56 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 57 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 58 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 59 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 60 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 61 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 62 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 63 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 64 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 65 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 66 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 67 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce D 68 50.60.8001 4448 200mA 75V 4ns SOD 8001 pce DL 1 50.60.9402 yel SMD LED yellow01 pce DL 2 50.60.9402 yel SMD LED yellow01 pce DL 3 50.04.2860 grn/red LED Ring01 pce DL 4 50.60.9401 red SMD LED superred01 pce DL 5 50.04.2860 grn/red LED Ring01 pce DL 6 50.04.2860 grn/red LED Ring01 pce DL 7 50.60.9402 yel SMD LED yellow01 pce DL 8 50.60.9402 yel SMD LED yellow01 pce DL 9 50.60.9402 yel SMD LED yellow01 pce DL 10 50.60.9402 yel SMD LED yellow01 pce DL 11 50.60.9402 yel SMD LED yellow01 pce DL 12 50.60.9402 yel SMD LED yellow01 pce DL 13 50.60.9402 yel SMD LED yellow01 pce DL 14 50.60.9402 yel SMD LED yellow01 pce DL 15 50.60.9402 yel SMD LED yellow01 pce DL 16 50.60.9402 yel SMD LED yellow01 pce DL 17 50.60.9402 yel SMD LED yellow01 pce DL 18 50.60.9402 yel SMD LED yellow01 pce DL 19 50.60.9402 yel SMD LED yellow01 pce DL 20 50.60.9402 yel SMD LED yellow01 pce DL 21 50.60.9402 yel SMD LED yellow01 pce DL 22 50.60.9402 yel SMD LED yellow01 pce DL 23 50.60.9402 yel SMD LED yellow01 pce DL 24 50.60.9402 yel SMD LED yellow01 pce DL 25 50.60.9402 yel SMD LED yellow01 pce DL 26 50.60.9402 yel SMD LED yellow01 pce DL 27 50.60.9402 yel SMD LED yellow01 pce DL 28 50.60.9402 yel SMD LED yellow01 pce DL 29 50.60.9402 yel SMD LED yellow01 pce DL 30 50.60.9402 yel SMD LED yellow01 pce DL 31 50.60.9402 yel SMD LED yellow01 pce DL 32 50.60.9402 yel SMD LED yellow01 pce DL 33 50.60.9402 yel SMD LED yellow01 pce DL 34 50.60.9402 yel SMD LED yellow01 pce DL 35 50.60.9402 yel SMD LED yellow01 pce DL 36 50.60.9402 yel SMD LED yellow01 pce DL 37 50.60.9402 yel SMD LED yellow01 pce DL 38 50.60.9402 yel SMD LED yellow01 pce DL 39 50.60.9402 yel SMD LED yellow01 pce DL 40 50.60.9402 yel SMD LED yellow01 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 2 of 3

Central Front PCB 1.943.621.21 ( 0)

DL 41 50.60.9402 yel SMD LED yellow01 pce DL 42 50.60.9402 yel SMD LED yellow01 pce DL 43 50.60.9402 yel SMD LED yellow01 pce DL 44 50.60.9402 yel SMD LED yellow01 pce DL 45 50.60.9402 yel SMD LED yellow01 pce DL 46 50.60.9402 yel SMD LED yellow01 pce DL 47 50.60.9402 yel SMD LED yellow01 pce DL 48 50.60.9402 yel SMD LED yellow01 pce DL 49 50.60.9402 yel SMD LED yellow01 pce DL 50 50.60.9402 yel SMD LED yellow01 pce DL 51 50.60.9402 yel SMD LED yellow01 pce DL 52 50.60.9402 yel SMD LED yellow01 pce DL 53 50.60.9402 yel SMD LED yellow01 pce DL 54 50.60.9402 yel SMD LED yellow01 pce DL 55 50.60.9402 yel SMD LED yellow01 pce DL 56 50.60.9402 yel SMD LED yellow01 pce DL 57 50.60.9402 yel SMD LED yellow01 pce DL 58 50.60.9402 yel SMD LED yellow01 pce DL 59 50.60.9401 red SMD LED superred01 pce DL 60 50.60.9401 red SMD LED superred01 pce DL 61 50.60.9402 yel SMD LED yellow01 pce DL 62 50.60.9402 yel SMD LED yellow01 pce DL 63 50.60.9402 yel SMD LED yellow01 pce DL 64 50.60.9402 yel SMD LED yellow01 pce DL 65 50.60.9402 yel SMD LED yellow01 pce DL 66 50.60.9402 yel SMD LED yellow01 pce DL 67 50.60.9402 yel SMD LED yellow01 pce DL 68 50.60.9402 yel SMD LED yellow01 pce DL 69 50.60.9402 yel SMD LED yellow01 pce DL 70 50.60.9401 red SMD LED superred01 pce DV 1 50.60.9012 6V2 5%, 0.2W, SOT 2301 pce IC 1 not used EPC1 EPLD Config ROM01 pce IC 2 50.62.1595 74HC595 8bit shift/output register01 pce IC 3 50.62.1595 74HC595 8bit shift/output register01 pce IC 4 50.62.1595 74HC595 8bit shift/output register01 pce IC 5 50.62.3245 74HCT245 Octal bus transceiver01 pce IC 6 50.62.3245 74HCT245 Octal bus transceiver01 pce IC 7 50.62.1595 74HC595 8bit shift/output register01 pce IC 8 50.63.2002 MAX6358 Dual volt. uP supervisor01 pce IC 9 50.62.1014 74HC 14 Hex Schmitt trigger inverter01 pce IC 10 50.62.1014 74HC 14 Hex Schmitt trigger inv erter01 pce IC 11 50.61.0204 M C33078 Dual Op-Amp low noise01 pce IC 12 50.62.1904 74HCU04 Hex inverter unbuffered01 pce IC 13 50.62.1595 74HC595 8bit shift/output register01 pce IC 14 50.62.1165 74HC165 8bit shift register01 pce IC 15 50.63.4212 EP1K10 PLD 10 000 gates01 pce IC 16 50.61.0103 DRV134 Audio balanced line driver01 pce IC 17 50.62.1595 74HC595 8bit shift/output register01 pce IC 18 50.61.2007 M AX1951 Step down switching regulator01 pce IC 19 50.62.1595 74HC595 8bit shift/output register01 pce IC 20 50.62.1595 74HC595 8bit shift/output register01 pce IC 21 50.63.0153 LPC2378BD MCU 32bit01 pce IC 22 50.61.2003 LM1117 Lin Reg 800mA adj01 pce IC 23 50.61.9001 LM393 Dual voltage comp. SO 801 pce IC 24 50.62.1595 74HC595 8bit shift/output register01 pce IC 25 50.62.1595 74HC595 8bit shift/output register01 pce IC 27 50.62.1595 74HC595 8bit shift/output register01 pce IC 39 50.62.1165 74HC165 8bit shift register01 pce IC 40 50.62.1595 74HC595 8bit shift/output register01 pce J 1 not used 1p Pin, 1reihig, gerade01 pce J 2 not used 1p Pin, 1reihig, gerade01 pce L 1 62.60.0145 2u2 SMD 2.6A 252501 pce M 1 89.01.3450 M ic Elektret-Kapsel mit Stiften01 pce MP 1 1.943.621.12 CENTRAL FRONT PCB01 pce MP 2 1.943.621.10 NR. ETIKETTE 5x2001 pce MP 3 43.01.0108 Label ESE-Warnschild01 pce MP 4 1.943.621.01 RUBBER KEY SET01 pce MP 5 1.943.621.02 RUBBER KEY04 pcs MP 6 1.943.611.05 OLED SOCKET01 pce MP 7 1.943.611.08 OLED 128x64 Dots 1"01 pce P 1 54.14.5630 10p PCB-Buchse gerade SMD01 pce P 2 54.14.5626 6p PCB-Buchse gerade SMD01 pce P 3 54.14.5640 20p PCB-Buchse gerade SMD01 pce P 4 54.60.0372 26p FFC Connector 0.5mm01 pce P 5 54.12.0723 3p Stecker winkel PCB01 pce P 6 54.12.0723 3p Stecker winkel PCB01 pce Q 1 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 2 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 3 50.60.1001 BC857B PNP 45V 100mA SOT 2301 pce Q 4 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 5 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 6 50.60.1001 BC857B PNP 45V 100mA SOT 2301 pce Q 7 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 8 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 9 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 10 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 13 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 14 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 16 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 17 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 18 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 19 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 20 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 21 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 22 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 23 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 24 50.60.1101 FMMT717 PNP 12V 1.5A SOT 2301 pce Q 25 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 26 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce Q 27 50.60.0050 BC817-25 NPN 45V 800mA SOT 2301 pce R 1 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 2 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 3 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce

R 4 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 5 not used 56R MF, 1%, Chip 0603, E1201 pce R 6 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 7 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 8 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 9 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 10 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 11 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 12 57.61.1561 560R MF, 1%, Chip 0603, E1201 pce R 13 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 14 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 15 57.61.1563 56k MF, 1%, Chip 0603, E1201 pce R 16 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 17 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 18 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 19 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 20 57.61.1561 560R MF, 1%, Chip 0603, E1201 pce R 21 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 22 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 23 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 24 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 25 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 26 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 27 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 28 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 29 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 30 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 31 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 32 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 33 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 34 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 35 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 36 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 37 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 38 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 39 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 40 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 41 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 42 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 43 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 44 57.61.1823 82k MF, 1%, Chip 0603, E1201 pce R 45 57.61.1273 27k MF, 1%, Chip 0603, E1201 pce R 46 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 47 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 48 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 49 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 50 57.61.1560 56R MF, 1%, Chip 0603, E12

01 pce

R 51 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 52 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 53 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 54 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 55 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 56 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 57 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 58 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 59 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 60 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 61 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 62 57.69.1000 0R0 060301 pce R 63 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 64 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 65 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 66 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 67 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 68 57.61.1471 470R MF, 1%, Chip 0603, E1201 pce R 69 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 70 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 71 57.61.1471 470R MF, 1%, Chip 0603, E1201 pce R 72 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 73 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 74 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 75 not used 56R MF, 1%, Chip 0603, E1201 pce R 76 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 77 57.69.1000 0R0 060301 pce R 78 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 79 57.61.1471 470R MF, 1%, Chip 0603, E1201 pce R 80 57.61.1101 100R MF, 1%, Chip 0603, E1201 pce R 81 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 82 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 83 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 84 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 85 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 86 57.61.1471 470R MF, 1%, Chip 0603, E1201 pce R 87 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 88 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 89 57.61.1471 470R MF, 1%, Chip 0603, E1201 pce R 90 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 91 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 92 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 93 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 94 57.61.1100 10R MF, 1%, Chip 0603, E1201 pce R 95 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 96 57.69.1000 0R0 060301 pce R 97 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 98 57.61.1471 470R MF, 1%, Chip 0603, E1201 pce R 99 57.61.1471 470R MF, 1%, Chip 0603, E1201 pce R 100 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 101 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 102 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 103 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 104 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 105 57.69.1000 0R0 060301 pce R 106 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 3 of 3

Central Front PCB 1.943.621.21 ( 0)

R 107 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 108 57.69.1000 0R0 060301 pce R 109 57.69.1000 0R0 060301 pce R 110 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 111 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 112 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 113 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 114 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 115 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 116 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 117 57.61.1681 680R MF, 1%, Chip 0603, E1201 pce R 118 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 119 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 120 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 121 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 122 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 123 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 124 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 125 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 126 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 127 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 128 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 129 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 130 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 131 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 132 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 133 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 134 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 135 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 136 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 137 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 138 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 139 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 140 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 141 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 142 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 143 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 144 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 145 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 146 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 147 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 148 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 149 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 150 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 151 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 152 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 153 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 154 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 155 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 156 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 157 57.61.1151 150R MF, 1%, Chip 0603, E12

01 pce

R 158 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 159 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 160 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 161 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 162 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 163 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 164 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 165 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 166 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 167 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 168 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 169 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 170 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 171 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 172 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 173 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 174 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 175 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 176 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 177 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 178 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 179 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce R 180 57.61.1332 3k3 MF, 1%, Chip 0603, E1201 pce R 181 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 182 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 183 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 184 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 185 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 186 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 187 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 188 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 189 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 190 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 191 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 192 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 193 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 194 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 195 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 196 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 197 57.61.1151 150R MF, 1%, Chip 0603, E1201 pce R 198 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 199 not used 56R MF, 1%, Chip 0603, E1201 pce R 200 not used 56R MF, 1%, Chip 0603, E1201 pce R 201 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 202 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 203 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 204 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 205 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 206 57.69.1000 0R0 060301 pce R 207 57.69.1000 0R0 060301 pce R 208 57.69.1000 0R0 060301 pce R 209 57.61.1105 1M0 MF, 1%, Chip 0603, E1201 pce

R 210 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 211 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 212 57.69.1000 0R0 060301 pce R 213 57.69.1000 0R0 060301 pce R 301 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 304 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 307 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 311 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 314 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 317 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce S 1 55.60.0201 1*s SMD Tactswitch01 pce S 2 55.12.1304 N=18 Encoder01 pce S 3 55.12.1304 N=18 Encoder01 pce S 4 55.12.1304 N=18 Encoder01 pce S 43 55.12.1304 N=18 Encoder01 pce XIC 1 not used 8p DIL-socket 0.3"01 pce Y 1 89.60.1003 12.000MHz SMD Quartz01 pce Y 2 89.60.1003 12.000MHz SMD Quartz01 pce

End of List

[21] 12.03.2008 ZT release

Date printed: 06.06.2008

Part No. Qt y. Type/Val. DescriptionPos.Idx. Part No. Qt y. Type/Val. DescriptionPos.Idx.

OnAir 2500

Page: 1 of 1

Central Screen PCB 1.943.626.81 ( 0)

C 1 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 2 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 3 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 4 59.60.2357 220p CER 50V, 5%, C0G, 080501 pce C 5 59.60.3329 22n CER 50V, 10%, X7R, 080501 pce C 6 59.60.3906 47u CER 6.3V, 121001 pce C 7 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 8 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 9 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 10 59.60.3906 47u CER 6.3V, 121001 pce C 11 59.60.3906 47u CER 6.3V, 121001 pce C 12 59.60.3906 47u CER 6.3V, 121001 pce C 13 59.60.3906 47u CER 6.3V, 121001 pce C 14 59.60.3906 47u CER 6.3V, 121001 pce C 15 59.60.3906 47u CER 6.3V, 121001 pce C 16 59.60.3906 47u CER 6.3V, 121001 pce C 17 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 18 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 19 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 20 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 21 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 22 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 27 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 28 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 29 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 30 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 33 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 34 59.60.3321 4n7 CER 50V, 10%, X7R, 080501 pce C 47 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 50 59.60.3325 10n CER 50V, 10%, X7R, 080501 pce C 56 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce C 62 59.60.3337 100n CER 50V, 10%, X7R, 080501 pce C 69 59.60.2233 22p CER 50V, 5%, C0G, 060301 pce D 1 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 2 50.60.8901 BAV99 250mA 70V dual SOT 2301 pce D 3 50.60.8103 SS14 1A 40V Schottky01 pce D 4 50.60.8103 SS14 1A 40V Schottky01 pce D 5 50.60.8103 SS14 1A 40V Schottky01 pce DL 12 50.60.9402 yel SMD LED yellow01 pce DL 23 50.60.9402 yel SMD LED yellow01 pce IC 7 50.61.2006 L5970D Step down switching regulator01 pce IC 9 50.62.1014 74HC 14 Hex Schmitt trigger inverter01 pce IC 10 50.62.1014 74HC 14 Hex Schmitt trigger inv erter01 pce IC 11 50.61.8109 TLC 2543 A/D Converter 12bit SO 2001 pce IC 12 50.63.0218 HS12100S0o Touch Controller rev 12SS4E01 pce IC 14 50.62.1165 74HC165 8bit shift register01 pce L 3 62.60.0518 47uH SMD 2.5A01 pce MP 1 1.943.626.12 CENTRAL SCREEN BOARD PCB01 pce MP 2 1.943.626.10 NR. ETIKETTE 5x2001 pce MP 3 43.01.0108 Label ESE-Warnschild01 pce MP 4 1.943.626.94 SCREEN CABLE01 pce MP 5 1.943.626.01 RUBBER KEY01 pce P 1 54.14.5640 20p PCB-Buchse gerade SMD01 pce P 2 54.14.5628 8p PCB-Buchse gerade SMD01 pce P 3 54.14.5626 6p PCB-Buchse gerade SMD01 pce P 4 54.20.1101 4p USB Stecker Typ A01 pce P 5 54.14.5626 6p PCB-Buchse gerade SMD01 pce P 6 73.01.0168 Flexprint-connector01 pce Q 1 50.60.0003 BC846B NPN 65V 100mA SOT 2301 pce Q 6 50.60.1050 BC807-25 PNP 45V 800mA SOT 2301 pce Q 7 50.60.1050 BC807-25 PNP 45V 800mA SOT 2301 pce R 1 57.69.8303 0.5A PTC 15V SMD181201 pce R 2 57.61.1182 1k8 MF, 1%, Chip 0603, E1201 pce R 4 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 5 not used 1k0 MF, 1%, Chip 0603, E1201 pce R 6 not used 1k0 MF, 1%, Chip 0603, E1201 pce R 7 not used 0R0 060301 pce R 8 57.69.1000 0R0 060301 pce R 9 57.69.1000 0R0 060301 pce R 10 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 11 57.61.1103 10k MF, 1%, Chip 0603, E1201 pce R 12 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 13 57.61.1331 330R MF, 1%, Chip 0603, E1201 pce R 14 57.61.1182 1k8 MF, 1%, Chip 0603, E1201 pce R 43 57.61.1182 1k8 MF, 1%, Chip 0603, E1201 pce R 46 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 49 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 89 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 90 57.61.1102 1k0 MF, 1%, Chip 0603, E1201 pce R 92 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 93 57.61.1222 2k2 MF, 1%, Chip 0603, E1201 pce R 95 57.69.1000 0R0 060301 pce R 98 57.69.1145 1M0 CF 5% 060301 pce R 114 57.61.1221 220R MF, 1%, Chip 0603, E1201 pce R 118 57.61.1560 56R MF, 1%, Chip 0603, E1201 pce R 119 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 120 57.61.1330 33R MF, 1%, Chip 0603, E1201 pce R 137 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 138 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 139 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 140 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 141 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 152 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 153 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 164 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 170 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 171 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce R 172 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 173 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 174 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 175 57.61.1104 100k MF, 1%, Chip 0603, E1201 pce R 176 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce

R 177 57.61.1472 4k7 MF, 1%, Chip 0603, E1201 pce S 2 55.12.1304 N=18 Encoder01 pce S 3 55.12.1304 N=18 Encoder01 pce S 4 55.12.1304 N=18 Encoder01 pce S 43 55.12.1304 N=18 Encoder01 pce Y 1 89.60.1011 6.000MHz SMD Quartz01 pce Z 2 50.60.9011 5V6 5%, 0.2W, SOT 2301 pce Z 3 50.60.9011 5V6 5%, 0.2W, SOT 2301 pce Z 4 50.60.9011 5V6 5%, 0.2W, SOT 2301 pce Z 5 50.60.9011 5V6 5%, 0.2W, SOT 2301 pce

End of List

[81] 14.03.2008 LA release

Date printed: 06.06.2008

Studer OnAir 2500 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual