Cyrus AV5 User manual

SERVICE MANUAL
SPECIFICATIONS
Multi-channel decoding systems Dolby Digital, DTS, PCM linear
Analogue input sensitivity 2V // 47k?
Digital input sensitivity 500mV pk-pk // 75?
Output voltage 3.9V max all channels
Tape output voltage 2V max
Signal to noise ratio -90dB Awtd vol @ max
-117dB Awtd vol @ -28dB to minimum
THD (Digital input) 0.005%
THD (Analogue input) 0.006%
Frequency response 3Hz to 20kHz
Dimensions (HxWxD) 73 x 215 x 360mm
Finish Black
CYRUS AV5
DIGITAL PREAMPLIFIER

CYRUS AV5 SERVICE CAUTIONS
These two symbols shown are displayed prominently on the Cyrus AV5 base cover
label. They indicate that the following cautions must be observed by all personnel-
CAUTION: TO REDUCE THE RISK OF ELECTRICAL SHOCK, DO NOT REMOVE COVER OR BACK.
THERE ARE NO USER SERVICEABLE PARTS INSIDE THE PRODUCT.
ALWAYS REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.

CYRUS AV5 TYPE IDENTIFICATION
July 20001
Rating label
Each Cyrus AV 5 carries a rating label on the rear panel which includes details of the following:
Nominal power voltage
230V For use on nominal 220V - 240V AC mains supply.
AC fuse rating
The AC fuse rating is also shown on the label. If replacing the AC fuse it is essential that the replacement
fuse is exactly the same specification as the original fuse, supplied by Cyrus. All mains fuses have a
'Timelag' blow characteristic.
Power consumption
The power consumption figure is indicated under conditions of full power drive into the rated speaker load.
Serial number
Each Cyrus AV 5 carries a serial number code which identifies the following-
?Type of product
?Market destination
?Build number
The serial number is visible on the baseplate. It is therefore important to ensure that a baseplate removed
from a product is re-fitted to the same product. In any communications with Cyrus Service or Quality
departments it is essential that the full serial number is quoted so that original specification parts and service
information may be supplied.

CYRUS AV5 BLOCK DIAGRAM
July 2000 2

CYRUS AV5 TECHNICAL DESCRIPTION
July 20003
Digital/analogue input selection and digital out
The coaxial digital inputs are buffered by differential receivers IC202/401 which convert the input signal level
from 0.5V peak to peak (std SPDIF level) to 5V peak to peak. The output from the coaxial receivers and
the optical receivers are routed to an 8 way multiplexer IC404 which selects a digital input. The output from
the multiplexer is decoded by IC502 and then routed to digital output socket. The analogue inputs are
buffered by IC405/6/7 and then selected by IC404.
Preparation of input signals prior to DSP
Analogue inputs are converted to digital format by the CODEC’s 20bit ADC converters. The digital output
from the CODEC’s ADC is then sent in I2S format to the DSP. When the CODEC is set to decode an
analogue input the 12.288MHz clock (pin 28 IC502) comes from the crystal module (X801) via IC804
(which divides clock frequency by 4). When the CODEC is receiving a digital input the clock is derived from
the digital input using the CODEC’s PLL. The CODEC modes are set by the microprocessor via the SPI
bus pins 3,4,5 and 6.
DSP (digital signal processor).
All signals pass through the DSP (IC802) including stereo, pro-logic, DTS or Dolby Digital. The signal is
received from the CODEC into its compressed data interface.
The DSP can :
When receiving stereo PCM
?Convert to Pro-Logic
?Apply bass management to speakers
?Convert to 3 channel stereo
?Pass the PCM straight through as stereo
When receiving DTS
?Decode DTS stream into 5.1 format (No bass management or down mixing)
When receiving Dolby Digital
?Apply bass management to speakers
?Convert to 3 channel stereo
?Down mix channels
?Convert to stereo
?Decode as 5.1
The microprocessor will set the DSP to the appropriate mode (stereo/multi-channel) selected by the user.
The DSP will also send information to the microprocessor to indicate decoding status e.g. receiving AC3
stream. The DSP is controlled by the microprocessor via the SPI bus pins 7, 19, 6, 18 and 20. The program
code for the DSP is stored externally in a memory IC905, connected via IC903/4 acting as address
expanders for the memory.

CYRUS AV5 TECHNICAL DESCRIPTION
July 2000 4
Digital to analogue conversion
The digital audio output from the DSP is routed back to the CODEC via data lines from pins 39-41. Word
select pin 42 and bit-clock pin 43 to give 3 stereo signals (5.1 channels). The CODEC contains a six
channel DAC. The DAC converts the six digital channels to analogue and the signals are AC coupled to the
filter stage. The filter stages take out the high frequency over-sampling noise. All filters are then AC coupled
to the volume control stage.
Volume controls and output buffers
The volume control stage uses two digitally controlled triple volume control IC’s. The controls are connected
to the control microprocessor via the SPI bus. The volume controls are used to set both the volume and any
channel balance offsets applied by the user to level match between speakers. The volume controls run off +/-
6VDC, regulated from the +/-12VDC rails by T601/602. The output is then buffered by IC604/5/6.
Mute circuit
The output mute circuit T702/7 is connected to the output and short circuits the audio signals. The mute
circuit is used during power up/down and standby and is controlled by the control microprocessor and a little
hardware based circuit to detect power supply condition T101.
Tape output
The tape output is only active when set to decode stereo. DTS cannot be down mixed to stereo and hence
cannot be recorded via the analogue tape out. The left and right audio outputs from the post DAC analogue
filters are connected to the tape output sockets. When set to stereo the tape output sockets are un-muted
(T701/19/20) allowing recording to take place. In all other operation modes the tape output is muted.
Auto calibration microphone
The AV5 includes a facility to allow the automated set-up of channel balance and speaker distance setting.
When using auto level the DSP produces noise on each channel in turn, the control microprocessor will
adjust the volume automatically to achieve the same reading from the supplied microphone for each speaker
channel. The settings are stored in the microprocessor memory and are applied to all volume control settings.
The distance setting works in a similar way except the noise is burst and the time taken for the noise burst to
reach the speaker allows the microprocessor to calculate the speaker distances. The distance settings are
stored in the microprocessor’s memory and the appropriate delays are set in the DSP.
The microphone uses a 1.5V button cell, type L1154, AG13, LR44, 157, V13GA, RW82 or A76. It is
essential that the battery is removed when the microphone is not being used to prevent the battery from
discharging. The battery may discharge over night if left in the microphone.
The output from the microphone is boosted by IC1006, rectified by IC1007B, and averaged by C1025.
When measuring the speaker level T1002 is switched on connecting C1026 to increase the averaging time
constant. The output from the averaging circuit is buffered and sent to an analogue input on the control
microprocessor to analyse level or timing.

CYRUS AV5 TECHNICAL DESCRIPTION
July 20005
Microprocessor
The microprocessor forms the interface between the user controls to the various circuit blocks. At power up
and power down the processor is reset by IC1105. The amount of output lines is boosted by IC’s
IC1205/6 adding an extra 16 control lines.
Power Supply
The power supply is linear and regulates to:
+5V for miscellaneous digital circuits
+5V for the CODEC
+3.3V for the DSP
+/-12V for the analogue circuits
+/-6V for the volume controls circuits.
All regulators are 78XX series except for the 3.3V design which uses an LM317 adjustable regulator. The
transformer includes a re-settable thermal fuse which will trip under short circuit conditions. A separate
supply C113 has been included for the muting circuit to prevent power off thumps.
Display
Display contrast is set by R1313/1314. The back light is turned on/off by T1301/2/3.

CYRUS AV5 PCB COMPONENTS
July 2000 6
RESISTORS
R101 SMD0805 330R MF 1/8W 1%
R102 SMD0805 2.7k MF 1/8W 1%
R103 SMD0805 1k MF 1/8W 1%
R104 SMD0805 470R MF 1/8W 1%
R105 SMD0805 100k MF 1/8W 1%
R106 SMD0805 10k MF 1/8W 1%
R107 SMD0805 47k MF 1/8W 1%
R108 SMD0805 100k MF 1/8W 1%
R109 SMD0805 10k MF 1/8W 1%
R110 SMD0805 10k MF 1/8W 1%
R111 SMD0805 10k MF 1/8W 1%
R112 SMD0805 10k MF 1/8W 1%
R120 AXIAL0.5 4.7R MF 1/4W 5%
R121 AXIAL0.5 4.7R MF 1/4W 5%
R122 SMD0805 10k MF 1/8W 1%
R123 SMD0805 NOT FITTED
R124 SMD0805 NOT FITTED
R125 SMD0805 NOT FITTED
R126 SMD0805 NOT FITTED
R201 SMD0805 75R MF 1/8W 1%
R202 SMD0805 75R MF 1/8W 1%
R214 SMD0805 47R MF 1/8W 1%
R401 NOT FITTED
R402 SMD0805 75R MF 1/8W 1%
R403 SMD0805 75R MF 1/8W 1%
R404 SMD0805 75R MF 1/8W 1%
R405 SMD0805 47R MF 1/8W 1%
R406 SMD0805 47R MF 1/8W 1%
R407 SMD0805 270R MF 1/8W 1%
R408 SMD0805 100R MF 1/8W 1%
R409 SMD0805 47R MF 1/8W 1%
R410 SMD0805 47R MF 1/8W 1%
R411 SMD0805 47R MF 1/8W 1%
R412 SMD0805 47k MF 1/8W 1%
R413 SMD0805 47k MF 1/8W 1%
R414 SMD0805 47k MF 1/8W 1%
R415 SMD0805 47k MF 1/8W 1%
R416 SMD0805 47k MF 1/8W 1%
R417 SMD0805 47k MF 1/8W 1%
R422 SMD0805 2.2k MF 1/8W 1%
R423 SMD0805 1.4k MF 1/8W 1% Was originally 2.2k. Reduced to
improve input overload
R428 SMD0805 2.2k MF 1/8W 1%
R429 SMD0805 1.4k MF 1/8W 1% Was originally 2.2k. Reduced to
improve input overload

CYRUS AV5 PCB COMPONENTS
July 20007
R434 SMD0805 2.2k MF 1/8W 1%

CYRUS AV5 PCB COMPONENTS
July 2000 8
R435 SMD0805 1.4k MF 1/8W 1% Was originally 2.2k. Reduced to
improve input overload
R440 SMD0805 2.2k MF 1/8W 1%
R441 SMD0805 1.4k MF 1/8W 1% Was originally 2.2k. Reduced to
improve input overload
R446 SMD0805 2.2k MF 1/8W 1%
R447 SMD0805 1.4k MF 1/8W 1% Was originally 2.2k. Reduced to
improve input overload
R452 SMD0805 2.2k MF 1/8W 1%
R453 SMD0805 1.4k MF 1/8W 1% Was originally 2.2k. Reduced to
improve input overload
R501 SMD0805 47R MF 1/8W 1%
R502 SMD0805 100k MF 1/8W 1%
R503 SMD0805 5.6k MF 1/8W 1%
R504 SMD0805 47R MF 1/8W 1%
R505 SMD0805 47R MF 1/8W 1%
R506 SMD0805 47R MF 1/8W 1%
R601 SMD0805 100k MF 1/8W 1%
R602 SMD0805 100k MF 1/8W 1%
R603 SMD0805 100k MF 1/8W 1%
R604 SMD0805 100k MF 1/8W 1%
R605 SMD0805 100k MF 1/8W 1%
R606 SMD0805 100k MF 1/8W 1%
R607 SMD0805 5.1k MF 1/8W 1%
R608 SMD0805 5.1k MF 1/8W 1%
R609 SMD0805 5.1k MF 1/8W 1%
R610 SMD0805 5.1k MF 1/8W 1%
R611 SMD0805 5.1k MF 1/8W 1%
R612 SMD0805 3.6k MF 1/8W 1%
R613 SMD0805 10k MF 1/8W 1%
R614 SMD0805 10k MF 1/8W 1%
R615 SMD0805 10k MF 1/8W 1%
R616 SMD0805 10k MF 1/8W 1%
R617 SMD0805 10k MF 1/8W 1%
R618 SMD0805 7.5k MF 1/8W 1%
R619 SMD0805 2.2k MF 1/8W 1%
R620 SMD0805 2.2k MF 1/8W 1%
R621 SMD0805 2.2k MF 1/8W 1%
R622 SMD0805 2.2k MF 1/8W 1%
R623 SMD0805 2.2k MF 1/8W 1%
R624 SMD0805 2.2k MF 1/8W 1%
R625 SMD0805 2k MF 1/8W 1%
R626 SMD0805 2k MF 1/8W 1%
R627 SMD0805 2k MF 1/8W 1%
R628 SMD0805 2k MF 1/8W 1%
R629 SMD0805 2k MF 1/8W 1%
R630 SMD0805 2k MF 1/8W 1%

CYRUS AV5 PCB COMPONENTS
July 20009
R631 SMD0805 2.4k MF 1/8W 1%
R632 SMD0805 2.4k MF 1/8W 1%
R633 SMD0805 3k MF 1/8W 1%
R634 SMD0805 3k MF 1/8W 1%
R635 SMD0805 22k MF 1/8W 1%
R636 SMD0805 22k MF 1/8W 1%
R637 SMD0805 22k MF 1/8W 1%
R638 SMD0805 22k MF 1/8W 1%
R639 SMD0805 22k MF 1/8W 1%
R640 SMD0805 22k MF 1/8W 1%
R641 SMD0805 2.2k MF 1/8W 1%
R642 SMD0805 2.2k MF 1/8W 1%
R643 SMD0805 2.2k MF 1/8W 1%
R644 SMD0805 2.2k MF 1/8W 1%
R645 SMD0805 2.2k MF 1/8W 1%
R646 SMD0805 2.2k MF 1/8W 1%
R647 SMD0805 2.2k MF 1/8W 1%
R648 SMD0805 2.2k MF 1/8W 1%
R649 SMD0805 2.2k MF 1/8W 1%
R650 SMD0805 2.2k MF 1/8W 1%
R651 SMD0805 2.2k MF 1/8W 1%
R652 SMD0805 2.2k MF 1/8W 1%
R701 SMD0805 10k MF 1/8W 1%
R702 SMD0805 10k MF 1/8W 1%
R703 SMD0805 220R MF 1/8W 1%
R704 SMD0805 220R MF 1/8W 1%
R705 SMD0805 220R MF 1/8W 1%
R706 SMD0805 220R MF 1/8W 1%
R707 SMD0805 2.2k MF 1/8W 1%
R708 SMD0805 2.2k MF 1/8W 1%
R711 SMD0805 2.2k MF 1/8W 1%
R712 SMD0805 2.2k MF 1/8W 1%
R713 SMD0805 220R MF 1/8W 1%
R714 SMD0805 2.2k MF 1/8W 1%
R715 SMD0805 220R MF 1/8W 1%
R716 SMD0805 2.2k MF 1/8W 1%
R719 SMD0805 2.2k MF 1/8W 1%
R720 SMD0805 2.2k MF 1/8W 1%
R721 SMD0805 560R MF 1/8W 1%
R722 SMD0805 560R MF 1/8W 1%
R801 SMD0805 4.7k MF 1/8W 1%
R802 SMD0805 47R MF 1/8W 1%
R803 SMD0805 47R MF 1/8W 1%
R804 SMD0805 68k MF 1/8W 1%
R805 SMD0805 100k MF 1/8W 1%
R806 SMD0805 100k MF 1/8W 1%

CYRUS AV5 PCB COMPONENTS
July 2000 10
R807 SMD0805 100k MF 1/8W 1%
R808 SMD0805 47R MF 1/8W 1%
R809 SMD0805 47R MF 1/8W 1%
R810 SMD0805 47R MF 1/8W 1%
R811 SMD0805 47R MF 1/8W 1%
R812 SMD0805 NOT FITTED
R813 SMD0805 47R MF 1/8W 1%
R814 SMD0805 47R MF 1/8W 1%
R815 SMD0805 100k MF 1/8W 1%
R816 SMD0805 NOT FITTED
R817 SMD0805 100k MF 1/8W 1%
R818 SMD0805 100k MF 1/8W 1%
R819 SMD0805 47R MF 1/8W 1%
R820 SMD0805 47R MF 1/8W 1%
R821 SMD0805 47R MF 1/8W 1%
R901 SMD0805 100k MF 1/8W 1%
R1006 AXIAL0.5 4.7R MF 1/4W 5%
R1007 AXIAL0.5 4.7R MF 1/4W 5%
R1011 SMD0805 47R MF 1/8W 1%
R1012 SMD0805 47R MF 1/8W 1%
R1013 SMD0805 47R MF 1/8W 1%
R1014 SMD0805 1k MF 1/8W 1%
R1015 SMD0805 1k MF 1/8W 1%
R1016 SMD0805 1k MF 1/8W 1%
R1017 SMD0805 47R MF 1/8W 1%
R1018 SMD0805 100k MF 1/8W 1%
R1019 SMD0805 47R MF 1/8W 1%
R1020 SMD0805 47R MF 1/8W 1%
R1021 SMD0805 47R MF 1/8W 1%
R1022 SMD0805 NOT FITTED
R1023 SMD0805 NOT FITTED
R1024 SMD0805 1k MF 1/8W 1%
R1027 SMD0805 100k MF 1/8W 1%
R1028 SMD0805 100k MF 1/8W 1%
R1029 SMD0805 47R MF 1/8W 1%
R1030 SMD0805 4.7k MF 1/8W 1%
R1031 SMD0805 47R MF 1/8W 1%
R1032 SMD0805 4.7k MF 1/8W 1%
R1033 SMD0805 10k MF 1/8W 1%
R1034 SMD0805 10k MF 1/8W 1%
R1035 SMD0805 10k MF 1/8W 1%
R1036 SMD0805 100k MF 1/8W 1%
R1037 SMD0805 1k MF 1/8W 1%
R1038 SMD0805 10k MF 1/8W 1%
R1039 SMD0805 470k MF 1/8W 1%
R1101 SMD0805 10M MF 1/8W 1%

CYRUS AV5 PCB COMPONENTS
July 200011
R1102 SMD0805 1k MF 1/8W 1%
R1103 SMD0805 47k MF 1/8W 1%
R1104 SMD0805 100k MF 1/8W 1%
R1201 SMD0805 10k MF 1/8W 1%
R1301 AXIAL0.5 1R MF 1/4W 5%
R1302 SMD0805 10k MF 1/8W 1%
R1303 SMD1206 3.3R MF 1/8W 1%
R1304 SMD0805 680R MF 1/8W 1%
R1305 SMD0805 10k MF 1/8W 1%
R1306 SMD0805 10k MF 1/8W 1%
R1307 SMD0805 10k MF 1/8W 1%
R1308 SMD0805 10k MF 1/8W 1%
R1309 SMD0805 10k MF 1/8W 1%
R1310 SMD0805 10k MF 1/8W 1%
R1311 SMD0805 47R MF 1/8W 1%
R1312 SMD0805 47R MF 1/8W 1%
R1313 SMD0805 680R MF 1/8W 1%
R1314 SMD0805 270R MF 1/8W 1%
R1315 SMD0805 47R MF 1/8W 1%
R1316 SMD0805 47R MF 1/8W 1%
R1317 SMD0805 47R MF 1/8W 1%
Key:
MF = metal film. NFR = non flammable resistor. MRS25 = axial metal film resistor
SMD-0805 = refers to surface mount device size profile 0805
RESISTOR PACKS
RP501 RES CAT16..4 47R 4 off resistor pack
RP502 RES CAT16..4 47R 4 off resistor pack
RP503 RES CAT16..4 47R 4 off resistor pack
RP504 RES CAT16..4 47R 4 off resistor pack
RP801 RES CAT16..4 47R 4 off resistor pack
RP802 RES CAT16..4 47R 4 off resistor pack
RP803 RES CAT16..4 47R 4 off resistor pack
RP804 RES CAT16..4 47R 4 off resistor pack
RP805 RES CAT16..4 47R 4 off resistor pack
RP901 RES CAT16..4 47R 4 off resistor pack
RP902 SIL_9W 100k 8-Commoned resistor pack
RP1101 RES CAT16..4 47R 4 off resistor pack
RP1102 RES CAT16..4 47R 4 off resistor pack
RP1103 RES CAT16..4 47R 4 off resistor pack
RP1104 RES CAT16..4 47R 4 off resistor pack
RP1105 RES CAT16..4 47R 4 off resistor pack
RP1106 RES CAT16..4 47R 4 off resistor pack
RP1107 RES CAT16..4 47R 4 off resistor pack

CYRUS AV5 PCB COMPONENTS
July 2000 12
RP1201 RES CAT16..4 47R 4 off resistor pack
RP1202 RES CAT16..4 47R 4 off resistor pack
RP1203 RES CAT16..4 47R 4 off resistor pack
RP1204 RES CAT16..4 47R 4 off resistor pack
RP1301 RES CAT16..4 47R 4 off resistor pack
RP1302 RES CAT16..4 47R 4 off resistor pack
RP1303 RES CAT16..4 47R 4 off resistor pack

CYRUS AV5 PCB COMPONENTS
July 200013
CAPACITORS
C101 SMD0805 10nF CP 50V 10%
C102 SMD0805 10nF CP 50V 10%
C103 SMD0805 10nF CP 50V 10%
C104 RB.3/.6 4700uF EL 16V 20%
C105 RB.3/.6 4700uF EL 16V 20%
C106 SMD0805 47nF CP 50V 10%
C107 SMD0805 47nF CP 50V 10%
C108 CAPSMD5.0 47uF EL 6.3V 20%
C109 SMD0805 47nF CP 50V 10%
C110 CAPSMD4.0 10uF EL 16V 20%
C111 SMD0805 47nF CP 50V 10%
C112 CAPSMD5.0 47uF EL 6.3V 20%
C113 RB.2/.4 1000uF EL 16V 20%
C114 CAPSMD4.0 10uF EL 16V 20%
C115 SMD0805 47nF CP 50V 10%
C116 SMD0805 47nF CP 50V 10%
C117 SMD0805 47nF CP 50V 10%
C118 SMD0805 47nF CP 50V 10%
C119 CAPSMD6.3 47uF EL 16V 20%
C120 CAPSMD6.3 47uF EL 16V 20%
C121 SMD0805 10nF CP 50V 10%
C122 SMD0805 10nF CP 50V 10%
C123 SMD0805 10nF CP 50V 10%
C124 SMD0805 10nF CP 50V 10%
C125 RB.3/.6 3300uF EL 25V 20%
C126 RB.3/.6 3300uF EL 25V 20%
C127 SMD0805 47nF CP 50V 10%
C128 SMD0805 47nF CP 50V 10%
C129 CAPSMD6.3 47uF EL 16V 20%
C138 CAPSMD6.3 47uF EL 16V 20%
C139 CAPSMD6.3 47uF EL 16V 20%
C140 SMD0805 1nF CP 50V 10%
C141 SMD0805 1nF CP 50V 10%
C142 SMD0805 1nF CP 50V 10%
C143 SMD0805 1nF CP 50V 10%
C144 SMD0805 1nF CP 50V 10%
C201 SMD0805 1nF CP 50V 10%
C202 SMD0805 47nF CP 50V 10%
C203 SMD0805 47nF CP 50V 10%
C214 SMD0805 47nF CP 50V 10%
C215 SMD0805 47nF CP 50V 10%
C221 SMD0805 390pF CP 50V 10%
C401 NOT FITTED
C402 SMD0805 47nF CP 50V 10%

CYRUS AV5 PCB COMPONENTS
July 2000 14
C403 SMD0805 47nF CP 50V 10%
C404 SMD0805 47nF CP 50V 10%
C405 SMD0805 47nF CP 50V 10%
C406 SMD0805 47nF CP 50V 10%
C407 SMD0805 47nF CP 50V 10%
C408 SMD0805 47nF CP 50V 10%
C409 SMD0805 47nF CP 50V 10%
C410 SMD0805 47nF CP 50V 10%
C411 SMD0805 47nF CP 50V 10%
C412 SMD0805 47nF CP 50V 10%
C413 SMD0805 47nF CP 50V 10%
C414 SMD0805 47nF CP 50V 10%
C415 SMD0805 47nF CP 50V 10%
C416 SMD0805 47nF CP 50V 10%
C417 NOT FITTED
C418 SMD0805 100pF CP 50V 10%
C419 SMD0805 100pF CP 50V 10%
C420 SMD0805 100pF CP 50V 10%
C421 SMD0805 100pF CP 50V 10%
C422 SMD0805 100pF CP 50V 10%
C423 SMD0805 100pF CP 50V 10%
C436 SMD0805 47nF CP 50V 10%
C437 SMD0805 47nF CP 50V 10%
C438 SMD0805 47nF CP 50V 10%
C439 SMD0805 47nF CP 50V 10%
C440 SMD0805 47nF CP 50V 10%
C441 SMD0805 47nF CP 50V 10%
C442 SMD0805 390pF CP 50V 10%
C443 SMD0805 390pF CP 50V 10%
C444 SMD0805 390pF CP 50V 10%
C445 SMD0805 390pF CP 50V 10%
C501 SMD0805 10nF CP 50V 10%
C502 SMD0805 10nF CP 50V 10%
C503 SMD0805 10nF CP 50V 10%
C504 CAPSMD5.0 47uF EL 6.3V 20%
C505 SMD0805 10nF CP 50V 10%
C506 CAPSMD5.0 47uF EL 6.3V 20%
C507 SMD0805 10nF CP 50V 10%
C508 SMD0805 10nF CP 50V 10%
C509 SMD0805 100nF CP 50V 10%
C510 SMD0805 10nF CP 50V 10%
C511 CAPSMD4.0 10uF EL 16V 20%
C512 SMD0805 100pF CP 50V 10%
C513 SMD0805 100pF CP 50V 10%
C514 SMD0805 100pF CP 50V 10%
C515 SMD0805 100pF CP 50V 10%

CYRUS AV5 PCB COMPONENTS
July 200015
C516 SMD0805 100pF CP 50V 10%
C517 SMD0805 100pF CP 50V 10%
C518 SMD0805 100pF CP 50V 10%
C519 SMD0805 100pF CP 50V 10%
C520 SMD0805 100pF CP 50V 10%
C521 SMD0805 100pF CP 50V 10%
C522 SMD0805 100pF CP 50V 10%
C523 SMD0805 100pF CP 50V 10%
C524 CAPSMD4.0 10uF EL 16V 20%
C525 CAPSMD4.0 10uF EL 16V 20%
C526 CAPSMD4.0 10uF EL 16V 20%
C527 CAPSMD4.0 10uF EL 16V 20%
C528 CAPSMD4.0 10uF EL 16V 20%
C529 CAPSMD4.0 10uF EL 16V 20%
C530 CAPSMD4.0 10uF EL 16V 20%
C531 CAPSMD4.0 10uF EL 16V 20%
C532 CAPSMD4.0 10uF EL 16V 20%
C533 CAPSMD4.0 10uF EL 16V 20%
C534 CAPSMD4.0 10uF EL 16V 20%
C535 CAPSMD4.0 10uF EL 16V 20%
C601 CAPSMD4.0 10uF EL 16V 20%
C602 CAPSMD4.0 10uF EL 16V 20%
C603 CAPSMD4.0 10uF EL 16V 20%
C604 CAPSMD4.0 10uF EL 16V 20%
C605 CAPSMD4.0 10uF EL 16V 20%
C606 CAPSMD4.0 10uF EL 16V 20%
C607 SMD0805 470pF CP 50V 10%
C608 SMD0805 470pF CP 50V 10%
C609 SMD0805 470pF CP 50V 10%
C610 SMD0805 470pF CP 50V 10%
C611 SMD0805 470pF CP 50V 10%
C612 SMD 7.3x6.0 220nF PE 50V 20%
C613 SMD0805 470pF CP 50V 10%
C614 SMD0805 470pF CP 50V 10%
C615 SMD0805 470pF CP 50V 10%
C616 SMD0805 470pF CP 50V 10%
C617 SMD0805 470pF CP 50V 10%
C618 SMD 7.3x6.0 220nF PE 50V 20%
C619 CAPSMD4.0 10uF EL 16V 20%
C620 CAPSMD4.0 10uF EL 16V 20%
C621 CAPSMD4.0 10uF EL 16V 20%
C622 CAPSMD4.0 10uF EL 16V 20%
C623 CAPSMD4.0 10uF EL 16V 20%
C624 CAPSMD4.0 10uF EL 16V 20%
C625 SMD0805 47nF CP 50V 10%
C626 SMD0805 47nF CP 50V 10%

CYRUS AV5 PCB COMPONENTS
July 2000 16
C627 CAPSMD4.0 10uF EL 16V 20%
C628 CAPSMD4.0 10uF EL 16V 20%
C629 SMD0805 47nF CP 50V 10%
C630 SMD0805 47nF CP 50V 10%
C631 SMD0805 47nF CP 50V 10%
C632 SMD0805 47nF CP 50V 10%
C633 SMD0805 47nF CP 50V 10%
C634 SMD0805 47nF CP 50V 10%
C635 SMD0805 47nF CP 50V 10%
C636 SMD0805 47nF CP 50V 10%
C637 SMD0805 47nF CP 50V 10%
C638 SMD0805 47nF CP 50V 10%
C639 SMD0805 47nF CP 50V 10%
C640 SMD0805 47nF CP 50V 10%
C641 SMD0805 47nF CP 50V 10%
C642 SMD0805 47nF CP 50V 10%
C643 SMD0805 47nF CP 50V 10%
C644 SMD0805 47nF CP 50V 10%
C701 SMD0805 100pF CP 50V 10%
C702 SMD0805 100pF CP 50V 10%
C703 SMD0805 100pF CP 50V 10%
C704 SMD0805 100pF CP 50V 10%
C705 SMD0805 100pF CP 50V 10%
C706 SMD0805 100pF CP 50V 10%
C707 SMD0805 100pF CP 50V 10%
C708 SMD0805 100pF CP 50V 10%
C801 SMD0805 10nF CP 50V 10%
C802 SMD0805 47nF CP 50V 10%
C803 SMD0805 47nF CP 50V 10%
C804 SMD0805 47nF CP 50V 10%
C805 SMD0805 100nF CP 50V 10%
C806 SMD0805 10nF CP 50V 10%
C807 SMD0805 220nF CP 50V 10%
C808 SMD0805 10nF CP 50V 10%
C809 CAPSMD5.0 47uF EL 6.3V 20%
C810 SMD0805 10nF CP 50V 10%
C811 SMD0805 10nF CP 50V 10%
C812 SMD0805 10nF CP 50V 10%
C813 SMD0805 10nF CP 50V 10%
C814 SMD0805 10nF CP 50V 10%
C815 CAPSMD5.0 47uF EL 6.3V 20%
C816 SMD0805 10nF CP 50V 10%
C817 CAPSMD5.0 47uF EL 6.3V 20%
C818 SMD0805 10nF CP 50V 10%
C819 CAPSMD5.0 47uF EL 6.3V 20%
C820 SMD0805 47nF CP 50V 10%

CYRUS AV5 PCB COMPONENTS
July 200017
C821 SMD0805 47nF CP 50V 10%
C901 SMD0805 10nF CP 50V 10%
C902 SMD0805 10nF CP 50V 10%
C903 SMD0805 10nF CP 50V 10%
C904 CAPSMD5.0 47uF EL 6.3V 20%
C905 SMD0805 10nF CP 50V 10%
C906 SMD0805 10nF CP 50V 10%
C907 SMD0805 10nF CP 50V 10%
C908 SMD0805 10nF CP 50V 10%
C909 SMD0805 10nF CP 50V 10%
C1004 CAPSMD5.0 47uF EL 16V 20%
C1005 CAPSMD5.0 47uF EL 16V 20%
C1006 SMD0805 47nF CP 50V 10%
C1007 SMD0805 47nF CP 50V 10%
C1010 SMD0805 1nF CP 50V 10%
C1011 SMD0805 1nF CP 50V 10%
C1012 SMD0805 100pF CP 50V 10%
C1013 SMD0805 100pF CP 50V 10%
C1014 SMD0805 100pF CP 50V 10%
C1015 SMD0805 100pF CP 50V 10%
C1016 SMD0805 100pF CP 50V 10%
C1017 SMD0805 100pF CP 50V 10%
C1018 SMD0805 100nF CP 50V 10%
C1019 SMD0805 100nF CP 50V 10%
C1020 SMD0805 100pF CP 50V 10%
C1021 CAPSMD4.0 10uF EL 16V 20%
C1022 SMD0805 2.2nF CP 50V 10%
C1023 CAPSMD4.0 10uF EL 16V 20%
C1024 SMD0805 2.2nF CP 50V 10%
C1025 SMD0805 47nF CP 50V 10%
C1026 CAPSMD4.0 10uF EL 16V 20%
C1101 SMD0805 47nF CP 50V 10%
C1102 CAPSMD5.0 47uF EL 6.3V 20%
C1103 SMD0805 47nF CP 50V 10%
C1104 CAPSMD5.0 47uF EL 6.3V 20%
C1105 SMD0805 47nF CP 50V 10%
C1106 SMD0805 47nF CP 50V 10%
C1107 SMD0805 22pF CP 50V 10%
C1108 SMD0805 22pF CP 50V 10%
C1109 SMD0805 47nF CP 50V 10%
C1110 SMD0805 47nF CP 50V 10%
C1111 SMD0805 10nF CP 50V 10%
C1201 SMD0805 47nF CP 50V 10%
C1202 CAPSMD5.0 47uF EL 6.3V 20%
C1204 SMD0805 47nF CP 50V 10%
C1205 SMD0805 47nF CP 50V 10%

CYRUS AV5 PCB COMPONENTS
July 2000 18
C1206 SMD0805 47nF CP 50V 10%
C1207 SMD0805 47nF CP 50V 10%
C1208 SMD0805 47nF CP 50V 10%
C1209 SMD0805 47nF CP 50V 10%
C1210 SMD0805 47nF CP 50V 10%
C1302 SMD0805 47nF CP 50V 10%
C1303 SMD0805 47nF CP 50V 10%
C1304 SMD0805 47nF CP 50V 10%
C1305 SMD0805 10nF CP 50V 10%
C1306 SMD0805 10nF CP 50V 10%
C1307 CAPSMD5.0 47uF EL 6.3V 20%
C1308 SMD0805 10nF CP 50V 10%
C1309 CAPSMD5.0 47uF EL 6.3V 20%
Key:
CP = ceramic plate. EL = electrolytic. PE = polyester. PP = polypropylene. BP = bi-polar.
CAPSMD6.3 refers to surface mount device with 6.3mm pitch pads
SMD-0805 refers to surface mount device size code 0805
DIODES
D101 AXIAL 1N5402 3A Rectifier Diode
D102 AXIAL 1N5402 3A Rectifier Diode
D103 DIODE_D1F 1SR154-400 1A Rectifier Diode
D104 DIODE_D1F 1SR154-400 1A Rectifier Diode
D105 DIODE_D1F 1SR154-400 1A Rectifier Diode
D106 SOT23 BAS16 300mA Signal Diode
D107 DIODE_D1F 1SR154-400 1A Rectifier Diode
D108 DIODE_D1F 1SR154-400 1A Rectifier Diode
D109 DIODE_D1F 1SR154-400 1A Rectifier Diode
D110 DIODE_D1F 1SR154-400 1A Rectifier Diode
D701 SOT23 BAS16 300mA Signal Diode
D1001 SOT23 BAS16 300mA Signal Diode
D1002 SOT23 BAS16 300mA Signal Diode
D1003 SOT23 BAS16 300mA Signal Diode
D1004 SOT23 BAS16 300mA Signal Diode
D1005 SOT23 BAS16 300mA Signal Diode
D1006 SOT23 BAS16 300mA Signal Diode
D1007 SOT23 BAS16 300mA Signal Diode
TRANSISTORS
T101 SOT23 BC856BLT1 PNP Signal Transistor
T102 SOT23 BC856BLT1 PNP Signal Transistor
T103 SOT23 BC846BLT1 NPN Signal Transistor
T104 SOT23 BC846BLT1 NPN Signal Transistor
T601 SOT-223 PZTA42 NPN 2W SMD transistor