background image

GENERAL 
Channels 

Frequency  Range 

Frequency Control

Frequency  Tolérance 

Frequency  Stability 

Operating Temperatura  Range 

Microphone

Input Voltage

Current  Drain

Cabinet  Dimensions 

Weight

Antenna Connecte* 

Meter

Indicators

TRANSMITTER 
Power Output

Intermodulation  Distortion

SS3  Carrier Suppression 

Unwanted Sideband 

Frequency  Response

Output  Impédance 

SSB  Filter

SPECIFICATIONS

PB042

226FM, 226AM, 226LSB, 226USB 

26.065 to 28.315 MHz

Phase  Locked  Loop(PLL)  synthesized  cir- 

cuitry.

0.005%

0

.

001

%

-20°C to +50°C

Plug-in  type;  dynamie  with  push-to-talk 
switch and coiled cord.

13.8V  DC  nominal,  15.9V  max.,  11.7V  min 
(positive or negative ground).

Transmit:  AM/FM  full  mod..  ЗА  maximum.

SSB.  21  watts  PEP  output,  ЗА 
maximum

Receiver:  squelched;  0.5A.  maximum  audio 

output  1A.

7-7/8"(W)  x 2-3/8“ (H)  x 9-1/16"(D)

5  pounds 

UHF,  S0-239

llluminated;  indicates  relative  RF  power 

output  and  modulation  on  Transmit, received 
signal strength.

LED display; channel and TX /R X .

RECEIVER

Sensitivity

Selectivity

Cross  Modulation 

Image  Rejection 

I.F.  Frequency

AM/FM and SSB  RF Gain  Control

SSB:  Less than 0.15p V for  10 dB

(S+Nl/N  at greater than 

A

 watt of audio 

output.

AM :  Less than 0.5

m

V for  10 dB.

(S+N)/N  at greater than 

'A

 wart of audio 

output.

FM:  Better  than 0.5pV for  20 dB  (S+Nl/N at 

greater than 

'A

 wart of audio output.

AM/SSB 6 dB @4.2KHz. 60 dB @7.5KHz

FM 

6 dB @7.0KHz, 60 dB @15KHz

More than  60 dB.

More than 60 dB.

FM  Is t  :  10.695 MHz
FM 2nd  : 455  KHz 

AM/SSB:  10.695 MHz

Adjustable for optimum signal  réception.

•Automatic Gain Control

Squelch 

Noise  Blanker 

Clarifier  Ranga

Audio Output Power 

Frequency  Response

Distortion 

Built-in Speaker

External  Speaker  (Not Supplied)

(AGC):  Less  than  10  dB  change  in  audio 

output 

for 

inputs  from  10  to 

500,000 /iV.

Adjustable; thrashold less than 0.5 

m

V.

RF type, effective on AM and SSB.

FINE: 

±1.25  KHz.  (R X only)

COARSE:  ± 5  KHz.  (RX and TX)

3.5 watts minimum  into 8 ohms.

SSB 

400 to 4000 Hz.

FM 

300 to  3000 Hz.

AM 

300 to 2100 Hz.

Less than  10% at 3 warn output.

8 ohms, round.

8  ohms;  disables  internal  speaker  when  con- 
nedted.

PA SYSTEM
Power Output 

3.0 watts into external speaker.

External  Speaker for PA 

8 ohms  (not supplied).

CHANNEL  INFORMATION

AM,  10 watts 

FM  10 watts

SSB. 21  watts, P.E.P.

SSB:  3rd and 5th order, more than  -25 dB.

7th and 9th order, more than -35 dB. 

More than -45 dB.

More than  -45 dB.

AM and  FM:  350 to 3000 Hz.
SSB: 

400 to  4000 Hz.

50 ohms, unbalanced

10.695 MHz, crystal  lattice type 

6 dB @4.2  KHz 

60 dB @7  KHz

A N T FREQUENCY  (MHz)

A BANO

8 BANO

C  8ANO

0  BAND

E  BANO

No/-

♦ 10

No/-

♦ 10

No/-

♦ 10

No/-

♦ 10

Nor-

♦ 10

mai

kHz

mai

к Hx

mai

kHx

mai

kH*

mai

kHz

1

26.065

26.075

26.515

26.525

26.965

26.975

27.415

27.425

27.865

27 875

2

26.075

26.065

26.52S

26.535

26.975

26.985

27.425

27.435

27.B75

27.885

3

26.085

26.095

26.535

26.545

26.985

26.995

27.435

27.445

27.885

27 895

(ЗА)

(ЗА)

(ЗА)

(ЗА)

(ЗА)

4

26.105

26.115

26.555

26.565

27.005

27.015

27.455

27.465

27.905

27 915

5

26.115

26.125

26.566

26.575

27.015

27.025

27.465

27.475

27.915

27.925

6

28.125

26.135

26.575

26.585

27.025

27.035

27.475

27.485

27.925

27.935

7

26.135

26.145

26.586

26  595

27.035

27.045

27.485

27.495

27.935

27.945

(7А)

(7А)

I7AI

( 7 A )

(7AI

8

26.155

26.165

26.605

26.615

27.055

27.065

27.505

27.515

27.955

27 965

9

26.165

26.175

26.615

26.625

27.065

27.075

27.515

27.525

27.965

27.975

10

26.175

26.185

26.625

26.835

27.075

27.085

27.525

27.535

27.975

27.985

11

26.185

26.195

26.635

26.645

27.085

27.095

27.535

27.545

27.985

27.995

(Н А )

(1 IA )

(1 1 Al

(1 1 A)

Il IA )

12

26.205

26.215

26.655

26 665

27.105

27.115

27.555

27.565

28.005

28.015

13

26.215

26.225

26 665

26.675

27.115

27.125

27.565

27.575

28.015

28.025

14

26.225

26.235

26 675

26.685

27.125

27.135

27.575

27.585

28.025

28 035

15

26.235

26.245

26.685

26.695

27.135

27.145

27.585

27.595

28.035

28 045

(IS A )

(IS A )

I15A)

(IS A )

I15A)

16

26.255

26.265

26.705

26.715

27.155

27.165

27.605

27.615

28.055

28.065

17

26.265

26.275

26.715

26.725

27.165

27.175

27.615

27.625

28.065

28.075

18

26.275

26.285

26.725

26.735

27.175

27.185

27.625

27.635

28.075

28.085

19

26.285

26.295

26.735

26.745

27.185

27.195

27.635

27.645

28.085

28.095

(19А)

119 A )

( 19 Al

(19AI

(19AI

20

26.305

26.315

26.755

26.755

27.205

27.215

27.655

26.665

28.105

28.115

21

26.315

26.325

26.765

26.775

27.215

27.225

27.665

27.675

28.115

28.125

22

26.325

26.335

26.775

26.785

27.225

27.235

27.675

27.685

28.125

28.135

23

26.355

26.365

26 805

26.815

27.255

27.265

27.705

27.715

28.155

28.165

24

26.335

26.345

26.785

26.795

27,235

27.245

27.685

27.695

28.135

28.145

25

26.345

26.355

26.795

26.805

27.245

27.255

27.695

27.705

28.145

28.155

26

26.365

26.375

26.815

26.825

27.265

27.275

27.715

27.725

28.165

18.175

27

26.375

26.385

26.825

26.835

27.275

27.285

27.725

27.735

28.175

28.185

28

26.385

26.395

26.835

26.845

27.285

27.295

27.735

27.745

28.185

28.195

29

26.395

26.405

26.845

26.855

27.295

27.305

27.745

27.755

28.195

28.205

30

26 405

26 415

26.855

26.865

27.305

27.315

27.755

27.765

28.205

28.215

31

26.415

26.425

26.865

26 875

27.315

27.325

27.765

27.775

28.215

28.225

32

26.425

26.435

26.875

26.885

27.325

27.335

27.775

27.785

28.225

28.235

33

26.435

26 445

26.885

26.895

27.335

27.345

27.785

27.795

28.235’

28.245(

34

26 445

26.455

26.895

26.905

27.345

27.355

27.795

27.805

28.245

28 25S

35

26 455

26.465

26.905

26.915

27.355

27.365

27 805

27.815

28.255

28.265

36

26 465

26.475

26.915

26 925

27.365

27.375

27.815

27.82S

23.265

28 275

37

26.475

26.485

26.925

26.935

27.375

27.385

27.825

27.835

28.275

28.285

38

26.485

26.495

26.935

26.945

27.385

27.395

27.835

27.845

28.285

28.295

39

26.495

26.505

26.945

26.955

27.395

27.405

27 845

27.855

28.295

28.305

40

26.505

26.515

26.955

26.965

27.405

27 415

27 855

27  865

28.305

28 315

4

Summary of Contents for PB010

Page 1: ...e Examples are Stalker 9 FDX President McKinley export PC 893 This uses the MB 8719 and is an 80 channel transceiver using a single loop Oscillatorcrystal in the 15 MHz range It is AM FM SSB and same...

Page 2: ...ce type 6 dB 4 2 KHz 60 dB 7 KHz CHANNEL INFORMATION A M T F R E Q U E N C Y M H Z Automatic Gain Control AGC Less than 10 dB change in audio LO W M ID H IG H LO W M ID H IG H output for inputs from 1...

Page 3: ...5 26 545 26 985 26 995 27 435 27 445 27 885 27 895 4 26 105 26 115 26 555 26 565 27 005 27 015 27 455 27 465 27 905 27 915 5 26 115 26 125 26 566 26 575 27 015 27 025 27 465 27 475 27 915 27 925 6 28...

Page 4: ...duce the second IF of 455 Khz In the TX mode the V C O m xes w th the 10 695 Mhz Carrier O sc llator signal to produce the direct 27 Mhz on channel frequency In order to broadband the VCO to operate o...

Page 5: ...15 82 1 27 127 15 82 0 8 2 M H z 82 Ch 40 16 26 1 126 16 26 1 71 171 16 26 1 26 126 BAN D C M ID C h l 16 27 1 27 127 16 27 1 7 2 172 16 27 0 8 2 82 Ch 40 16 71 1 1 171 16 71 2 1 6 216 16 71 1 26 126...

Page 6: ...26GT71 SIMPLIFIED PLL DIAGRAM OF THE UNIDEN EXPORT CHASSIS V a n t...

Page 7: ...or 0 Outputs at SI to S4 w h ich are in turn a p p lie d to the binary programming o f the PLL pins The above exam ple shows hookup to the PB010 and PB042 chassis For the PC999 G R A N T the p r n c...

Page 8: ...For 0 chassis Reference Crystal is shifted up 450 K H z to 1 5 0 0 M H z Thus LO W 6 7 N M ID 112 N H IG H 1 5 7 N o f C h S e le c to r s w itch IC9 LSB __________________ IC8 MSB i 2 4 8 i6 32 64 12...

Page 9: ...al passes to TR8 the Second Mixer It mixes with a sample of the 10 24 MHz PLL signal to produce the second IF of 10 695 MHz 10 240 MHz 455 KHz The 455 KHz signal is amplified by TR9 TRIO and TR11 For...

Page 10: ...ingle Driver TR43 The PB042 chassis JACKSON uses a high gain MRF477 Final amp to also produce double the normal RF power output II FM The 27 MHz carrier is produced in exactly the same way as describe...

Page 11: ...If the PLL circuit becomes unlocked this pin qoes LOW about 0 0 VDC switching appropriate diodes and transistors which disable the TX and RX circuits preventing off frequoncy operation VIII ROGER OSC...

Page 12: ...istor damage Compare PB010 PC999 schematics for the following steps Notice that the holes notches silkscreen markings already exist in the area between TR45 TR44 1 Add a bare jumper wire at 1JP 7 7 dd...

Page 13: ...ting channels The 1CH9 position activ tes the expansion In the LO TONE position you will get 27 875 MHz Ch 12 to 28 175 MHz Ch 40 and in the HI TONE position you will get 28 195 MHz Ch 12 to 28 495 MH...

Page 14: ...O J 1 0695M H z 1 0695M M I 069bM H z NBA G C T R 4 N T R1 N T R 2 N A M P T R3 D E O l 0 2 t___ i _ _ TP7 TP 8 V R IO 8 IA SA O J I fiN A LIM P U T C H E C KP O IN T X V R II B IA SA O J A MM O D TR5...

Page 15: ...PLL AND CARRIER OSCILLATOR TEST EQUIPMENT SETUP TRANSMITTER TEST EQUIPMENT SETUP RECEIVER TEST EQUIPMENT SETUP...

Page 16: ...escribed si ce it has 2 crystals at center detent Remove scope from TP3 and attach Frequency Counter to this point now AM Adjust L21 for Adjust L25 MID band Adjust L14 for 16 4900 MHz L22 LOW band for...

Page 17: ...akthrough recheck for LSB mode CARRIER BALANCE Adjust VR7 for min carrier leakthrough recheck for LSB mode CARRIER BALANCE Adjust VR5 for min carrier leakthrough recheck for LSB mode 4 Same as Step 2...

Page 18: ...L5 L 4 L3 L13 L12 L11 L9 L8 L7 L52 for maximum reading on AF VTVM scope or radio S Meter Adjust L9 L8 L7 L6 L5 for maximum reading on AF VTVM scope or radio S Meter 3 Switch to USB Remove modulation...

Page 19: ...ALIGNWENT LOCATIONS A N T C O A X 20...

Page 20: ...I 9 LI 2 0 JP47 L8 0 X LI 0 L9 LI 7 1 4 LI 1 LI 3 4 TP2 R121 RI 27 L2 LI 8 0 Y p a L 4 M 15 PlRV R 5 L 5 2 M 0 G J VR7 ED VR l L15 T P 6 R 60 A N T C O A X I I PC 999 V R l5 VR13 L27 L24 L26 L23 L25 0...

Page 21: ...VR10 N W L42 L43 ALIGNMENT LOCATIONS ANT COAX 22...

Page 22: ...0 0 TR38 TX Voltage Sw B 7 90 RX 7 60 TX C 0 0 RX 8 20 TX E 8 40 TR39 CW Sw B 0 70 CW C 0 0 CW 2 75 AM FM SSB TR41 Voltage Regulator TR53 AMC Amp B 13 00 SSB CW 12 10 AM FM TX B 0 90 C 8 40 C 7 70 E...

Page 23: ...0 82 TX E 0 0 TR33 PA Switch B 4 50 PA C 5 80 PA E 3 90 PA TR34 B 7 80 TX C 0 78 TX E 8 3 TX TR35 RX voltage source B 7 70 RX C 0 26 TX 8 40 RX E 8 4 TR36 RX voltage source B 0 10 TX 0 70 RX C 7 86 T...

Page 24: ...Final TR41 42 Finals TR36 Final 8 0V p p Base 7 5V p p Bases 4 0V p p Base 35 0V p p Collector 40 0V p p Collectors 35 0V p p Collector OSCILLATORS TR24 10 24 MHz Pin 7 MB8719 TR19 10 24 MHz 2 50V p p...

Page 25: ...730 L 2SC1973 2 S D 4 7 1 L 2SA4 73 0 2SA1012 0 2SC2166 C 2SC2312 C M R F 7 7 2 S B 75 2SB525 C 2SC2086 D 2SD355 A N O D E C A T H O D E M A R K c a t h o d e 1N 6 0 A M H h i M C 301 TLRG 101 1N 4 0...

Page 26: ......

Page 27: ...p e s to e n t...

Page 28: ...GRANT N TR40I...

Page 29: ...R3I 2SD355E TR 33 2SB525D 072 2 T 92079 R200 9 4 0 K OTI IS tO T S 201470 192079 OU g U N H R y 14 T R 3 4 2SC 945AQ T R 5 0 I 2 S A 4 7 3 K ci o 90VO 22 R229 9 T R 3 6 2 S C 9 4 5 A 0 R 2 2 s k 2 9 4...

Page 30: ...CS FRANCE P B O lO...

Page 31: ...SS 3 6...

Page 32: ...P tz e s ia e n t...

Page 33: ...RICHARD...

Page 34: ...e D27 I i u 777 777 X2 15 48 25M hz D31 R187 100K R185 4 7K R186 4 7K D32 R188 15K A w 2 N aiT g O 4 3 s O 5 C s 4 0 S h DL J n c c D33 V R 6 50K TR26 2SC1675L X3 R205 220 D37 D34 L23 LB 137 R206 4 7...

Page 35: ...n s i Z o n e I n d u s t r i e l l e B P 3 6 3 4 5 4 0 B A L A R U C T l 1 6 7 1 5 3 2 2 8 8 t l e x 4 9 0 5 3 4 F 14 CIRCUIT DIAGRAM GEh...

Page 36: ...J ts Qtsac McKinley FM 1981 DIAGRAM GENERAL...

Page 37: ...PC 8 9 3...

Page 38: ...TOR WATTAGES ARE l R W UNLESS OTMERWlSE NOTEO S CAPACITANCE VALUES ARE INOICATEO IN MICROFARAOS ONLESS OTHERWISE NOTEO P MICRO MlCROF ARAD 4 ALL CAPACTORS TEMPERATURE CHARCATERlSTICS ARE t L LESS N IO...

Page 39: ......

Page 40: ......

Page 41: ......

Page 42: ...6 0 H M RESISTOR WATTAGES ARE I 8 W UNLESS OTHERWISE NOTED CAPACITANCE VALUES ARE INOICATED IN MICROFARADS UNLESS OTHERWISE NOTEO p r M IC R O M IC R O FA R A O A LL CAPACTORS TEMPERATURE CHA RC ATE...

Page 43: ......

Page 44: ...H M m I 0 6 0 H M 2 RESISTOR WATTAGES ARE I 8 W UNLESS OTHERWISE NOTED 3 CAPACITANCE VALUES ARE INOICATEO IN MICROFARADS UNLESS OTHERWISE NOTED P Ml C R O M IC R O FA R A D 4 A L L CAPACTORS TEMPERAT...

Page 45: ...BLOCK DIAGRAM El C...

Page 46: ......

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