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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.

Summary of Contents for IC-F3061T

Page 1: ...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...

Page 2: ...ERIFY 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 A...

Page 3: ...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 arou...

Page 4: ...S 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...

Page 5: ...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 impr...

Page 6: ...K 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...

Page 7: ...it 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 CP...

Page 8: ...ne 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...

Page 9: ...er 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...

Page 10: ...NT 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 a...

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