Icom IC-F3061T Guide

Adjustment for IC-F3061T/S,IC-F3161T/S,IC-F3161DT/DS
Adjustment No. Value REF No. CK.POINT
Volaged meter input impedance: 50 k ohm and above
PREPARATION Connect to the PC(IBM compatible)through
the cloning cabe(OPC-966), boot up the
adjustment software.
(CS-F3060 ADJ,CS-F3160/F5060 ADJ)
LOCK VOLTAGE Set the value as below on the adjustment screen.
ADJUSTMENT (ADJ screen)
LV (RX1) 164 [3.2] LV (RX1)
LV (RX2) 153 [3.0] LV (RX2)
LV (TX) 153 [3.0] LV (TX)
Push F5 key to update for current value,
and verify them.
ADJUSTMENT LVIN (ADJ screen) (ADJ screen)
154.9MHz RX RX LVA1 3.2 RX LVA1 LVIN
174MHz RX RX LVA2 3.0 RX LVA2
174MHz TX TX LVA 3.0 TX LVA
LOCK VOLTAGE Verify the Lock Voltage as below.
VERIFY LVIN
136MHz RX 0.6 - 1.6 (ADJ screen)
155MHz RX 0.6 - 1.6 LVIN
136MHz TX 0.6 - 1.6
FREQUENCY Set the TX frequency to the upper edge of
ADJUSTMENT the band, and set the frequency as below. (ADJ screen)
Frequency REF ANT connector
TX POWER Set the voltage of the HV line as below in
ADJUSTMENT transmitting.
[USA],[GEN]ver.=7.5V [EUR] ver.=7.2V
Adjust the TX power as below.
ADJUSTMENT FREQUENCY 155MHz (ADJ screen)
Hi Power 5.0 W Power(Hi) ANT connector
L2 Power 2.0 W Power(L2)
L1 Power 1.0 W Power(L1)
Adjustment Condition & Tuning
(adjustment frequency)±250Hz
PAGE1

Adjustment for IC-F3061T/S,IC-F3161T/S,IC-F3161DT/DS
Adjustment No. Value REF No. CK.POINT
Adjustment Condition & Tuning
TX POWER Verify the TX power in the band.
VERIFY Hi Power 4.0 - 6.0 W ANT connector
L2 Power 1.0 - 3.0 W
L1 Power 0.5 - 2.0 W
CURRENT Verify the current consumption.
CONSUMPTION
(TX) Hi Power Less than 2A HV line
VERIFY
SPRIOUS Verify the sprious emittion.
VERIFY [USA], [GEN] ver. ANT connector
[EUR] ver. ANT connector
NOTICE FOR The modulation adjustments for wide and
MODULATION middle can not be done at the same time,
ADJUSTMENTS Wide/Middle is sellected on the cloning
software.
Middle(20kHz) is for [EUR] only.
HPF
LPF
DE-EMPHASIS
DETECTOR OFF (P-P)/2
Less than 1.0uW >1GHz
Less than 0.25uW>ß1GHz
Sprious
Emittion Less than 70dB from the carrier
level
Sprious
Emittion
Set the modulation analizer as below.
OFF
50Hz(for S/N measurement)
20kHz
PAGE2

Adjustment for IC-F3061T/S,IC-F3161T/S,IC-F3161DT/DS
Adjustment No. Value REF No. CK.POINT
Adjustment Condition & Tuning
MODULATION Set the "MOD N" to "60" on the ADJ screen.
BALANCE
ADJUSTMENT While transmitting, push and hold "P0" key
adjust the wave form on the ADJ screen
BAL(Narrow).
ADJUSTMENT Freq (ADJ screen)
squware BAL(Narrow) ANT connector
wave
MODULATION Connect the AG to the ext. MIC jack,
ADJUSTMENT and set the AG as;
Freq.=1kHz
Level=150mVrms
Adjust the deviation as below.
band first (MOD*C),then adjust the deviation
in the upper and lower edge.
NARROW ADJUSTMENT ITEM ADJUSTMENT VALUE. (ADJ screen)
around 155MHz MOD N C MOD N C ANT connector
around 136MHz MOD N L ±2.10 ±0.05kHz MOD N L
around 174MHz MOD N H MOD N H
WIDE ADJUSTMENT ITEM ADJUSTMENT VALUE.
around 155MHz MOD W C MOD W C ANT connector
around 136MHz MOD W L ±4.10 ±0.05kHz MOD W L
around 174MHz MOD W H MOD W H
MID ADJUSTMENT ITEM ADJUSTMENT VALUE.
around 155MHz MOD M C MOD M C ANT connector
around 136MHz MOD M L ±3.25 ±0.05kHz MOD M L
around 174MHz MOD M H MOD M H
around 155MHz
Adjust the deviation in the center of the
PAGE3

Adjustment for IC-F3061T/S,IC-F3161T/S,IC-F3161DT/DS
Adjustment No. Value REF No. CK.POINT
Adjustment Condition & Tuning
DIGITAL Install the UT-119H/UT-126H to the
transceiver(MAIN/MAIN-A J2).
MODULATION Set "Dig Mode" to 7, and transmit in a
ADJUSTMENT digital ch. And adjust the deviation as below.
FREQUENCY ADJUSTMENT ITEM ADJUSTMENT VALUE. (ADJ screen)
around 155MHz MOD D C MOD D C ANT connector
around 136MHz MOD D L ±1.37 ±0.02kHz MOD D L
around 174MHz MOD D H MOD D H
DEVIATION Verify the deviation as below in the band.
VERIFY In cace of 60% deviation
DEVIATION LEVE
L
ANT connector
In cace of 15mVrms input
WIDE ANT connector
MID
NARROW
CTCSS/DTCS Adjust the deviation of CTCSS signal(151.4Hz)
DEVIATION on the ADJ screen.
ADJUSTMENT
ADJUSTMENT FREQUENCY (ADJ screen)
WIDE CTCS/DTCS ANT connector
CTCSS/DTCS
DEVIATION signals as below.
VERIFY WIDE ANT connector
MID
NARROW
2TONE Adjust the deviation of signal on the ADJ
5TONE,DTMF screen (IC-F3161T/S,IC-F3161DT/S only).
DEVIATION (ADJ screen)
ADJUSTMENT NARROW S.Tone ANT connector
2TONE Verify the deviation as below.
5TONE,DTMF
DEVIATION WIDE DTMF=P3 ANT connector
VERIFY MID
NARROW
TX S/N Verify the S/N ratio as below.(70% dev.)
VERIFY WIDE ANT connector
MID
NARROW
±0.50 -±0.90 kHz
around 155MHz
±0.70 ± 0.02 kHz
±0.25 -±0.50 kHz
±0.40 -±0.75 kHz
±1.50 kHz
10 - 20 mVrms
±2.20 -±3.80 kHz
±1.75 -±3.05 kHz
±1.10 -±1.90 kHz
Verify the deviation of the CTCSS and DTCS(CODE:007)
±1.90 -±2.90 kHz
±1.20 -±1.80 kHz
More than 38dB
More than 34dB
More than 40dB
±2.40 -±3.60 kHz
PAGE4

Details of modification
TYPE(PARTS) Reason of modification
Unit REF NO. F3061 F3161 F3061 F3161
FRONT/FRONT-A Q505 UMG2N - 2G - Due to the change of CPU.
Q514 UNR9113J - 2F - Due to the change of CPU.
Q517 - UNR9213J -３F Due to the change of CPU.
D502 MA2S728 - 1G - Due to the change of CPU.
D503 MA2S728 - 1F - Due to the change of CPU.
D509 - MA8110 M - 1G Due to the change of CPU.
R512 - 10 ERJ2GE - 5I Due to the change of CPU.
R517 ERJ2GE-JPW - 1G - Due to the change of CPU.
R518 ERJ2GE-JPW - 1G - Due to the change of CPU.
R519 10K ERJ2GE - 2G - Due to the change of CPU.
R520 10K ERJ2GE - 2G - Due to the change of CPU.
R545 10K ERJ2GE - 2G - Due to the change of CPU.
R568 - 100K ERJ2GE - 3C Due to the change of CPU.
R569 - 100K ERJ2GE - 3C Due to the change of CPU.
R570 - 100K ERJ2GE - 3C Due to the change of CPU.
R571 - 100K ERJ2GE - 3E Due to the change of CPU.
R572 - 100K ERJ2GE - 2B Due to the change of CPU.
C519 - 0.047 ECJ10 10V B - 5I Due to the change of CPU.
C524 0.001 ECJ10 B - 1G - Due to the change of CPU.
C551 - 47P ECJ10 CH - 4K Due to the change of CPU.
C552 - 47P ECJ10 CH - 4K Due to the change of CPU.
C554 - 47P ECJ10 CH - 4K Due to the change of CPU.
C556 - 47P ECJ10 CH - 3K Due to the change of CPU.
C558 - 47P ECJ10 CH - 3K Due to the change of CPU.
C562 - 0.001 ECJ10 B - 3B Due to the change of CPU.
MC501 SKB-2746 LPC EM6027P-46C33-G-01 3H 3H Due to the change of CPU.
EP501 B-6418 B-6947 - - Change of PC board
MAIN/MAIN-A IC18 HD64F2268TFV (EMPTY) HD64F2552RBR26DV(EMPTY) 8M 8M Due to the change of CPU.
IC19 24LC512T-I/SM 24LC1025T-I/SM 7O 6P Due to the change of CPU.
IC21 NJM2125F NJM2904V 2C 2C/7C Due to the change of CPU.
IC22 CD4053B PWR - 7J - Due to the change of CPU.
IC24 CD4094BPWR - 10O - Due to the change of CPU.
IC25 - NJM2711F - 6C Due to change of IF circuit (to improve selectivity at digital mode)
IC26 - TC7W53FK F - 11D Due to change of modulation circuit
Q38 2SC4116 BL F - 6F - Due to change of IF circuit (to improve selectivity at digital mode)
Q47 - UNR9213J - 2P VCC switching circuit
Q48 - TPC6103 F - 1P VCC switching circuit
Q49 - 2SC4116 BL F - 6C Due to change of IF circuit (to improve selectivity at digital mode)
Q50 - UNR9213J - 3L Due to the change of CPU.
Q52 - 2SK3019 - 5D Due to the change of CPU.
D43 - MA2S111 - 7J Due to the change of CPU.
L48 - MLF1608A 1R8K 1.8U - 5F Due to change of IF circuit (to improve selectivity at digital mode)
L51 - NLV25T 4R7J 4.7U - 3O Due to the change of CPU.
R1 270K ERJ2GE 150K ERJ2GE 2C 2C Due to the change of CPU.
R95 100K ERJ2GE 220K ERJ2GE 5F 5F Due to change of IF circuit (to improve selectivity at digital mode)
R98 680 ERJ2GE - 5F - Due to change of IF circuit (to improve selectivity at digital mode)
R101 2.2K ERJ2GE 1.8K ERJ2GE 5E 5E Due to change of IF circuit (to improve selectivity at digital mode)
R122 470 ERJ2GE 120 ERJ2GE 5D 6D Due to change of IF circuit (to improve selectivity at digital mode)
R123 100K ERJ2GE 68K ERJ2GE 5D 6D Due to change of IF circuit (to improve selectivity at digital mode)
R124 4.7K ERJ2GE 1.5K ERJ2GE 6D 6D Due to change of IF circuit (to improve selectivity at digital mode)
R141 39K ERJ2RKF 33K ERJ2GE 8B 8B Due to change of modulation circuit
R143 39K ERJ2RKF 33K ERJ2GE 8B 8B Due to change of modulation circuit
R147 330K ERJ2GE 470K ERJ2GE 9C 9C Due to change of modulation circuit
R148 33K ERJ2GE 3.9K ERJ2GE 9C 9C Due to change of modulation circuit
R149 27K ERJ2GE ERJ2GE-JPW 10C 10C Due to change of modulation circuit
R150 470 ERJ2GE 10 ERJ2GE 10B 10B Due to change of modulation circuit
R151 470 ERJ2GE 100 ERJ2GE 10B 10B Due to change of modulation circuit
Location in schematic

Details of modification
TYPE(PARTS) Reason of modification
Unit REF NO. F3061 F3161 F3061 F3161
Location in schematic
R156 8.2K ERJ2GE 3.3K ERJ2GE 10B 10E Due to change of modulation circuit
R165 3.9K ERJ2GE ERJ2GE-JPW 7G 7G Due to change of modulation circuit
R166 4.7K ERJ2GE - 10D - Due to change of modulation circuit
R174 2.7K ERJ2GE 6.8K ERJ2GE 10D 10C Due to change of modulation circuit
R175 820 ERJ2GE 330 ERJ2GE 10C 10C Due to change of modulation circuit
R181 270K ERJ2RKF 120K ERJ2GE 7B 7B Due to change of modulation circuit
R207 - 12K ERJ2GE - 8H Due to change of modulation circuit
R233 EXB28V104J 100K - 7N - Due to the change of CPU.
R236 EXB28V104J 100K - 7N - Due to the change of CPU.
R237 1K ERJ2GE - 7N - Due to the change of CPU.
R242 EXB-V4V 1K EXB28V102J 1K 9O 7J Due to the change of CPU.
R254 1K ERJ2GE - 10M - Due to the change of CPU.
R255 EXB-V4V 1K EXB28V102J 1K 10L 10O Due to the change of CPU.
R256 1K ERJ2GE - 10N - Due to the change of CPU.
R283 100K ERJ2GE 180K ERJ2GE 4H 4H Due to the change of CPU.
R289 120K ERJ2GE 100K ERJ2GE 11E 11E Due to change of modulation circuit
R292 150 ERJ2GE 10 ERJ2GE 6G 6G Due to change of IF circuit (to improve selectivity at digital mode)
R293 47 ERJ2GE 150 ERJ2GE 6H 6H Due to change of IF circuit (to improve selectivity at digital mode)
R301 100K ERJ2GE - 6N - Due to the change of CPU.
R303 4.7K ERJ2GE - 6E - Due to change of IF circuit (to improve selectivity at digital mode)
R304 3.3K ERJ2GE - 6F - Due to change of IF circuit (to improve selectivity at digital mode)
R307 100K ERJ2GE - 11O - Due to the change of CPU.
R320 100K ERJ2GE - 9F - Due to the change of CPU.
R328 ERTJ0EP473J - 9C - Due to change of modulation circuit
R329 33K ERJ2GE - 10C - Due to change of modulation circuit
R330 6.8K ERJ2GE 15K ERJ2GE 10C 10C Due to change of modulation circuit
R332 680 ERJ2GE - 10D - Due to change of modulation circuit
R334 15K ERJ2GE ERJ2GE-JPW 7B 8G Due to change of modulation circuit
R336 ERTJ0EP473J - 7G - Due to the change of CPU.
R345 - 100K ERJ2GE - 2P Due to the change of CPU.
R346 - 270K ERJ2GE - 1P Due to the change of CPU.
R351 - 6.8K ERJ2GE - 6B Due to change of IF circuit (to improve selectivity at digital mode)
R352 - 5.6K ERJ2GE - 6B Due to change of IF circuit (to improve selectivity at digital mode)
R353 - 100 ERJ2GE - 5B Due to change of IF circuit (to improve selectivity at digital mode)
R354 - 180K ERJ2GE - 5C Due to change of IF circuit (to improve selectivity at digital mode)
R355 - 1K ERJ2GE - 6C Due to change of IF circuit (to improve selectivity at digital mode)
R356 - 100 ERJ2GE - 6C Due to change of IF circuit (to improve selectivity at digital mode)
R357 - 4.7K ERJ2GE - 5D Due to change of IF circuit (to improve selectivity at digital mode)
R358 - 1K ERJ2GE - 6H Due to the change of CPU.
R359 - 100K ERJ2GE - 10P Due to the change of CPU.
R360 - 100K ERJ2GE - 6L Due to the change of CPU.
R361 - 100K ERJ2GE - 6L Due to the change of CPU.
R362 - 100K ERJ2GE - 6L Due to the change of CPU.
R363 - 100K ERJ2GE - 10N Due to the change of CPU.
R364 - 100K ERJ2GE - 8O Due to the change of CPU.
R365 - 100K ERJ2GE - 8O Due to the change of CPU.
R366 - 100K ERJ2GE - 9O Due to the change of CPU.
R367 - 100K ERJ2GE - 9O Due to the change of CPU.
R368 - 100K ERJ2GE - 10N Due to the change of CPU.
R369 - 100K ERJ2GE - 7J Due to the change of CPU.
R370 - 100K ERJ2GE - 10G Due to the change of CPU.
R371 - 100K ERJ2GE - 11G Due to the change of CPU.
R372 - 100K ERJ2GE - 7O Due to the change of CPU.
R373 - 100K ERJ2GE - 7N Due to the change of CPU.
R374 - 100K ERJ2GE - 7N Due to the change of CPU.
R375 - 100K ERJ2GE - 7N Due to the change of CPU.
R376 - 100K ERJ2GE - 7N Due to the change of CPU.

Details of modification
TYPE(PARTS) Reason of modification
Unit REF NO. F3061 F3161 F3061 F3161
Location in schematic
R377 - 100K ERJ2GE - 7O Due to the change of CPU.
R378 - 1K ERJ2GE - 3D Due to the change of CPU.
R379 - 1K ERJ2GE - 3C Due to the change of CPU.
R380 - 1.5K ERJ2GE - 6C Due to change of IF circuit (to improve selectivity at digital mode)
R381 - 1.2K ERJ2GE - 11C Due to change of modulation circuit
R382 - 3.3K ERJ2GE - 11C Due to change of modulation circuit
R384 - 1K ERJ2GE - 9O Due to the change of CPU.
R385 - 100K ERJ2GE - 10N Due to the change of CPU.
R386 - ERJ2GE-JPW - 10D Due to change of modulation circuit
R388 - 100K ERJ2GE - 7C Due to change of modulation circuit
R389 - 10K ERJ2GE - 7C Due to change of modulation circuit
R390 - 100K ERJ2GE - 7C Due to change of modulation circuit
R391 - 56K ERJ2GE - 2B Due to the change of CPU.
R392 - 560K ERJ2GE - 2B Due to the change of CPU.
R393 - 39K ERJ2GE - 2B Due to the change of CPU.
C1 39P ECJ10 CH 68P ECJ10 CH 2C Due to the change of CPU.
C190 - 7P ECJ10 CH - 5F Due to change of IF circuit (to improve selectivity at digital mode)
C209 6P ECJ10 CH 5P ECJ10 CH B 6G 6G Due to change of IF circuit (to improve selectivity at digital mode)
C210 22P ECJ10 CH 27P ECJ10 CH 6G 6G Due to change of IF circuit (to improve selectivity at digital mode)
C214 4P ECJ10 CH B - 6G - Due to change of modulation circuit
C216 470P ECJ10 B 820P ECJ10 B 5D 5D Due to change of modulation circuit
C217 470P ECJ10 B 820P ECJ10 B 5D 5D Due to change of modulation circuit
C240 47P ECJ10 CH 33P ECJ10 CH 9C 9C Due to change of modulation circuit
C241 0.0012 ECJ10 B 0.0056 ECJ10 25V B 9C 9C Due to change of modulation circuit
C255 0.01 ECJ10 16V B - 10D - Due to change of modulation circuit
C312 0.1 ECJ10 10V B 1 ECJ10 6.3V B 8G 8G Due to change of modulation circuit
C316 0.1 ECJ10 10V B 0.47 ECJ10 6.3V B 10N 10L Due to the change of CPU.
C362 - 0.1 ECJ10 10V B - 8O Due to the change of CPU.
C378 0.01 ECJ10 16V B 0.1 ECJ10 10V B 5H 5H Due to the change of CPU.
C397 - 0.001 ECJ10 B - 7N Due to the change of CPU.
C405 0.1 ECJ10 10V B - 6E - Due to change of IF circuit (to improve selectivity at digital mode)
C406 0.1 ECJ10 10V B - 6F - Due to change of IF circuit (to improve selectivity at digital mode)
C408 4.7 10V MSVA 22 10V MSVA 3O 3O Due to the change of CPU.
C410 - 0.001 ECJ10 B - 3O Due to the change of CPU.
C421 0.001 ECJ10 B 0.1 ECJ10 10V B 7L 10N Due to the change of CPU.
C424 0.01 ECJ10 16V B - 3D - Due to the change of CPU.
C429 1 ECJ10 6.3V B - 10C - Due to change of modulation circuit
C432 - 1P ECJ10 CH B - 6M Due to change of modulation circuit
C433 - 0.001 ECJ10 B - 10P Due to the change of CPU.
C434 - 0.001 ECJ10 B - 10P Due to the change of CPU.
C437 - 0.001 ECJ10 B - 2P Due to the change of CPU.
C438 - 0.001 ECJ10 B - 2P Due to the change of CPU.
C441 - 0.1 ECJ10 10V B - 5B Due to change of modulation circuit
C443 - 0.1 ECJ10 10V B - 6C Due to change of modulation circuit
C444 - 0.1 ECJ10 10V B - 5C Due to change of modulation circuit
C445 - 0.1 ECJ10 10V B - 5C Due to change of modulation circuit
C446 - 0.033 ECJ10 10V B - 6C Due to change of modulation circuit
C447 - 27P ECJ10 CH - 5D Due to change of modulation circuit
C448 - 0.1 ECJ10 10V B - 6D Due to change of modulation circuit
C449 - 0.001 ECJ10 B - 6H Due to change of modulation circuit
C450 - 0.1 ECJ10 10V B - 11D Due to change of modulation circuit
C451 - 1 ECJ10 6.3V B - 10B Due to change of modulation circuit
C452 - 0.1 ECJ10 10V B - 7C Due to change of modulation circuit
C453 - 0.0018 ECJ10 B - 5D Due to change of modulation circuit
EP6 B-6417 B-6677 - - Change of PC board
EP7 - UT-126H ACC - - Due to adding of the version which has UT-126H as standard.

Adjustment for IC-F3061T/S,IC-F3161T/S,IC-F3161DT/DS
Adjustment No. Value REF No. CK.POINT
Adjustment Condition & Tuning
NOTICE FOR RX For verify of RX adjustment must be done with
ADJUSTMENTS a SG set as;
Freq.=1kHz
Dev.=70%
Connect an 8 ohms load to the SP terminal.
RX SENSITIVITY
ADJUSTMENT Set the SG as;
FREQUENCY
LEVEL (ADJ screen)
BPF C ALL RSSI line
maximum sensitivity.
RX SENSITIVITY Verify the sensitivity as below.
VERIFY Sensitivity ANT connector
EXT. SP
S-METER "RX SENSITIVITY" must be adjusted before
ADJUSTMENT "S-METER"."S-METER" must be adjusted
if "RX SENSITIVITY" is adjusted again.
Setting S3 level
Set the SG as; (ADJ screen)
Freq. RSSI
Level RSSI S3 Level ANT connector
Setting S1 level
Set the SG as; (ADJ screen)
Freq. RSSI
Level RSSI S1 Level ANT connector
around 136MHz
+20dBu
around 136MHz
+23dBu
around 136MHz
Adjust the "BPF C ALL" on the ADJ screen for
L
ess than -10 dBu (@12dB SINAD)
-7dBu
PAGE5

Adjustment for IC-F3061T/S,IC-F3161T/S,IC-F3161DT/DS
Adjustment No. Value REF No. CK.POINT
Adjustment Condition & Tuning
SQUELCH Set the SG as;
ADJUSTMENT Freq. (ADJ screen)
Level SQL ANT connector
Increase the D/A value of "SQL"to close the
sqelch once, then decrease the D/A value of
"SQL"to set to the point where the squlch
just opens.
SQUELCH Verify the sqelch sensitivity as below.
VERIFY
ANT connector
Dropping the SG level, verify the squelch
opening.
AF POWER Set the SG level to +60dBu EXT.SP
VERIFY Turn the [VOL] untill the distortion meter
shows"5%", and verify the AF level below.
AF OUTPUT EXT.SP
Or, turn the [VOL] untill the distortion
meter shows "10%". and verify the
AF level below.
AF OUTPUT EXT.SP
RX S/N Set the SG level +60dB, and turn the [VOL] to ANT connector
VERIFY EXT.SP
lated level.
WIDE
MID
NARROW
DEGITAL Install the UT-119H/UT-126H to the transceiver INT.SP
OPERATION (MAIN/MAIN-A J2). INT.MIC
VERIFY Verify that the digital operation can be done.
HOWLING Set the SG to +60dBu. ANT connector
VERIFY Verify that max audio(Turn the [VOL] INT.SP
max.clockwise) results in no houling.
More than 0.35 W (@ 8 ohms load)
More than 0.40 W
More than 34dB
set the AF output level to the haif of the
More than 40dB
More than 38dB
Sqelch
sensitivity Less than -10dBu
around 155MHz
-14dBu
PAGE6

Adjustment for IC-F3061T/S,IC-F3161T/S,IC-F3161DT/DS
Adjustment No. Value REF No. CK.POINT
Adjustment Condition & Tuning
MAX.CURRENT Verify the current consumption at max.audio.
CONSUMPTION
(RX) MAX.CURRENT HV line
VERIFY
CURRENT Verify the current consumption in no
CONSUMPTION accessory is attached.
(STANDBY) STANDBY CURRENT HV line
VERIFY
Less than 600 mA
Less than 160 mA
PAGE7