Kenwood TM-441A/E Service manual

430MHz/440MHz FM TRANSCEIVER

TM-441A/E

SERVICE MANUAL

Knob (VFO,MR,MHz) Metallic cabinet (UPSIDE) (K27-3035-14) (A01-1065-03)

Microphone' (T91-)

Panelass'v" (A62-0012-23): TM-441 A (A62-0013-23): TM-441 E

KENWOOD

Knob (POWER) (K27-3066-04)

Knob (MAIN) (K29-3156-04)

Knob (CALL) (K27-3068-04)

Knob (F) (K27-3069-04)

Knob (SHIFT) (K27-30 74-04)

Knob (REV)

(K27-3072-04) Knob (TONE) (K27-3071-04)

Knob (VOL,SQL) (K29-315 7-04)

Knob (OR/OT) 8 PinMetal socket (MIC) (K27-3075-04) (E06-0860-05)

-------CONTENTS-------

CIRCUIT DESCRiPTION DESCRIPTION OF COMPONENTS PARTS LIST 12 EXPLODED VIEW 23 PACKING 24 ADJUSTMENT 25 PC BOARD VIEWS/CIRCUIT DIAGRAM

LCD ASS'Y (838-0330-05)

PLL (X58-3480-00) APC (X59-3130-00) MIC AMP (X59-361 0-00) TX-RX UNIT (X57-370x-XX)

29

30

32 32 33

2 9

SCHEMATIC DIAGRAM 35 TERMINAL FUNCTIONS 39 BLOCK DIAGRAM 40 LEVEL DIAGRAM 42 DRU-1 (DIGITAL RECORDING UNIT) 43 DTU-2 51 MC-44 (MULTI FUNCTION MICROPHONE) .. 53 MC-44DM/MC-44DME (MULTI FUNCTION MICROPHONE WITH AUTOPATCH) 54 MC-44E (MULTI FUNCTION MICROPHONE) 55 TSU-6 (CTCS$ UNIT) 56 SPECIFICATIONS _ , BACK COVER

Photo is TM-441 A.

*

Refer to parts list on page 12.

,

;

TM-441A/E

Ken Thompson

CIRCUIT DESCRIPTION

Circuit Configuration By Frequency

TheTM-441 AlE incorporates a PLLsynthesizer which

uses a digital VFO to allow any channel step of 5, 10,

12.5, 15, 20, or 25kHz to be selected (See Figure 1). The receiving system utilizes double-conversion

techniques. That is, an incoming signal is mixed down to the 1st intermediate frequency (IF) of

30.825 MHz, using a 1st local oscillator frequency of from 399.175 to 409.170 MHz (E,M). 407.175 to

419.170 MHz (K,P). The 1st IF signal is then mixed with the 2nd local oscillator frequency of 30.370

MHz to generate the 2nd IF fo 455 kHz.

The transmitting system consists of a PLL circuit

which allows direct modulation and direct frequency division. Signals from the PLL circuit are amplified by a

linear amplifier for transmission.

438 - 449.995 MHz (K,?) 430 - 439.995 MHz (E,M) CFWM455F

339.175 -

409.170 MHz (E,M)

407.175 -

419.179 MHz (K,?)

. T

30.370MHz

The 1st IFsignal is amplified and fed into IC1 (KCD04) inthe FM IF HIC.The IFsignal isthen mixed with the 2nd local oscillator frequency of 10.24MHz to generate the 2nd IF of 455kHz. The 455kHz signal is then passed through a six element ceramic filter (CFWM455F), and fed back into IC1 for additional amplification. The output signal from the IC1 is then fed into a power amplifier via the audio volume control for application to the speaker.

• S-meter circuit

S-meter control voltage from IC1 (KCD04) in the FM IF HIC is fed into the control unit. The CPU con-

verts the voltage from an analog to a digial signal in order to operate the LCD bar meter.

Item

Nominal center frequency Pass band width Attenuation band width Ripple Insertion loss Guaranteed attenuation

Terminating impedance

30.825MHz ± 7 .5kHz or less at 3dB +28kHz or less at 40dB

1.5dB or less 3dB or less 60dB or more within ±1 MHz

(Spurious :40dB or more)

1.4~n.t1

Rating

pF

Fig. 1 Frequency configuration

Receiving System

• Overview

Incoming signals from the antenna pass through a low-pass filter in the final block of the transmitter sys- tem, and are switched to the front-end of the receiver system via a receive/transmit switching diode.

The signals are then passed through an antenna matching coil, where the high-frequency components are amplified by a GaAs FET. The signals are then fed into a two-pole helical resonator. The resonator is fol- lowed by another GaAs FET and two-pole helical reso- nator to remove unnecessary signal components. The resulting signal from the second resonator isfed into the

1st mixer. The 1st mixer uses the same GaAs FETthat are used inthe RFstage to obtain better two-signal char- acteristics. The 1st mixer mixes the signal with the 1st local oscillator frequency and converts it to the 1st IF (30.825MHz). The signal then passes through two

monolithic crystal filters (MCFs) to remove unnecessary

near-by frequency components. The signal from the

MCFs is used as the 1st IF signal.

2

-------1 1

MIC AM? ~

MIC

Table 1 MCF (L71-0270-05) (TX-RX unit XF1)

Item

Nominal center frequency 6dB bandwidth 50dB bandwidth Ripple

(within ±4kHz of 455kHz) Insertion loss Guaranteed attenuation (within ± 100kHz of 455kHz) I/O matching impedance

455kHz + 1kHz ±6kHz or more (from 455kHz) +12,5kHz or less (from 455kHz) 3dB or less

6dB or less 35dB or more

2.0kQ

Rating

Table 2 Ceramic filter CFWM455F (L72-0372-05)

(TX-RX unit CF1)

CIRCUIT DESCRIPTION

TM-441A/E

Transmitting System

• Overview

The transmitter produces the target frequency thru

the use of direct FM-modulation via a varactor diode.

,I

r

r-

• Modulation circuit

Audio signals from the microphone are fed into the

mic amplifier unit for amplification by the first transistor amplifier, and then into two operational amplifiers. The operational amplifiers form a splatter filter for pre- emphasis, amplification, limiting, and removal of unnec- essary high-frequency components.

The FM modulation circuit directly FM-modulates the

VCO signals, using a varactor diode.

• Pre-amplifier stage circuit

Signals from the VCO are applied tothe drive HIC IC6 (KCB06). The amplifier always operates in a linear mode so that signals can be amplified without degradation. Additionally, the amplifier is designed to cover a wide range of frequencies and can produce stable output without adjustment. The APC (Automatic Power Con- trol) controls collector voltaqe from the last stage of the pre-amplifier.

• Power amplifier circuit

The drive signal is amplified to the required level by the power module. The TM-441 AlE uses a large heat sink for efficient heat dissipation.

• APC circuit

The APC circuit for automatic transmit output control detects part of the power module output, and amplifies it to provide a control voltage for output control. The output control voltage is in inverse proportion to the output from the power module, so it is maintained at the same level.

---~---l

r

l.

~

I

f,·

,

PLL

APC (X59-3130-001

en

~I

'"

!;

!ill)

017

R82

C70

07

VR4

POWER

~

Fig. 2

Operating voltage Vcc Current consumption Icc 14

Input power Pin ZG - ZL - 500 Output power Pout Operating case temperature Storage temperature

Pre-amplifier stage, power amplifier, and APC circuits

Item

Table 3 Power module M57788M maximum ratings (lC301)

Symbol

Tc(op)

Tstg -40-+110

Condition Rating Unit

ZG = ZL -'500

17

0.6 (VCC1< 13.8V) 55 W

30 - +110 °C

L17

-

V

A

W

°C

3

TM-441A/E

Ken Thompson

C IR C U IT DES C R IP TIO N

PLL Synthesizer Unit

Figure 3 is the PLL and veo block diagram. In the TM-441 sub-unit which is divided into the upper veo and lower PLL blocks. The sub-unit is shielded to prevent external interference.

kHz, available to allow 5, 10, 12.5, 15, or 25 kHz-step operation. The 6.25kHz is obtained by dividing the refer- ence oscillator frequency of 12.8MHz by 2048, and the 5kHz is obtained by dividing it by 2560. The veo directly generates the dial frequency. This dial frequency is amplified once and then fed into a pulse swallow-type PLL le for frequency division and phase comparison, in order to lock the frequency.

tween transmit mode and receive mode. By using a signal ("H" in transmit mode) from pin 10 of the PLL le (M54959FP). the LPF is deactivated-activated by Q4 only for the moment when the TM-441 enters transmit mode. This helps produce lock more rapidly than previous methods.

AlE,

the PLL system is implemented as a

There are two reference frequencies, 6.25kHz and 5

The PLL system is locked without switching be-

AlE

In 430MHz mode, tvco (RX) is calculated by the

following formula:

fvco=(430 - 30.825)={(n x 128) + A} x fosc / R where,

fvco : veo output frequency

n : Binary value of the 10-bit programmable

counter

A : Binary value of the 7-bit programmable

counter

fosc : 12,8MHz reference frequency

R : Binary value of the 14-bit programmable

counter 2560 (5, 10, 15, 20, or 25kHz step mode)

2048 (12.5kHz step mode) In 5, 10, 15, 20, or 25kHz step mode, n=623 and A=91.

Therefore, fvco is calculated as follows: fvco={(623 x 128) + 91} x 12800/2560

=

{79744 + 91} x 5

=

399175=399.175MHz

T

X2

12.SMHz

r-------------------,

II

~L-- - -L;';-

I I I I

I

1

I

I I

I I I I

I

L

PLL VCO

as2S~MP

2714

(Y)

--l I

;'-C~T-- - - ~~ ---,

I I I

I

J

L

RX

339.175-

409.170 MHz(E,M)

407.175 -419.170 MHz (K,P)

Fig. 3 PLL block diagram

0101

vco

T/R

sw

I

MIC

AMP

1

I

1

I

1 1

I

J

TX

430.000 -

439.995 MHz(E,M)

438.000 -449.995 MHz(K,P)

4

CIRCUIT DESCRIPTION

TM-441A/E

• 8T (8V in transmit mode) and unlock circuits

In receive mode, the base of 012 has 0.7V. As a result, 012 is on, and 010 and 08 are off, and the collector of 08 (8T) provides no voltage.

The CPU outputs serial data to the shift register IC3

when the PTT switch is depressed. As a result, pin 8 of

IC3 becomes "L", turning 012 off, and 010 and 08 on.

The 8T line is therefore supplied with 8V.

The unlock circuit operates only in transmit mode. 011 is a PLL unlocking switching transistor. Usually, the base of 011 is supplied with OV("L"), and the collector is supplied with 8V ("H").

When the PLL is unlocked, the base of 011 is supplied with 0.7V, turning 011 on. As a result, the collector of 011 becomes "L"(OV). This turns 010 off and the collector of 08 becomes 8V, turning it off. Therefore, when the PLL is unlocked, 08 is off removing

bias voltage from the 8T line. Without the 8T voltage no

transmit signal is generated.

Digital Control Unit

• Overview

The digital control unit consists of a several keys, a rotary encoder input, a display, a reset circuit, a back-up circuit, and a tone output circuit. These circuits are controlled by a single microcomputer (CPU).

From pin 8 of

shift register

IC201

Icpul

P01 P02 P03

8C 8 T PLL sub-unit

o

III Cl: III

IC3·---

DI-....----.--w..-H

Fig. 4 8T and unlock circuits

5C

:.:

:.: :.:

,..

,.. ,..

v v v

43 42

41 1K

1K 1K

1

From pin 14 of

o

ICl

1

• Key and rotary encoder input circuits

The keys on the panel are arranged in matrix. Key

input is fed into the CPU, using a key scan technique. Output from the rotary encoder is fed directly into the CPU.

• Microphone key input circuit

The UP, DOWN, and other function keys of the microphone are directly connected to their correspond- ing analog input pins of the CPU. Each of the functions is activated by a voltage generated when the corre- sponding key is pressed.

• Reset and back-up circuits

When the TM-441 AlE power is turned on, the

reset circuit sends a "L" level pulse to the RESET pin of the CPU for approx. 3ms. This initiates the power-. on reset sequence.

When the TM-441 AlE power is turned off, the

back-up circuit detects a voltage drop in the 13.8 V line and sets CPU INT4 to a "H" level. This causes

the CPU to enter a back-up state.

~

PTHOO

33

PTH01

Fig. 5 Microphone key input circuit

0204

r.--,

5C

I

L_

~--------~--~~ I

1

PTT UP OOWN CALL VFO MR PF

0205

r::--,

I

:.J

I

L_

:J

:::

I--~ ~

I

0214 -

I

L ,__

Back-up circuit

:.:

0

58

voc

cp

Vss

26

~

ul

1~~1~1

IC2011

.........,,-+_7'-1

RESET INT4 44

r--; I

I

r-..--'----------'

I

..J

Fig. 6 Reset and back-up circuits

5

TM-441A/E

C IR C U IT D E S C R IP T IO N

• Display circuit

The display circuit is contained in the LeO asseroblv It consists of a LeD driver. its oAripheral circurrs. and an LCD. The LCD is dvnaroicallv ope-ated

(It

?

50% dutv

cycle. The LeD driver receives LCD data from P33,

P141, and P140 of the CPU.

• Dimmer circuit

The lamp circuit generates a constant voltage of about 8.8 V with SB. 0205. and 0202. The lamp cir- cuit resistance is changed by turning 0203 and 0204 on and off to control the dimmer. If the lamp is snorted. 0206 decreases the 0205 VBE to prevent an overcurrent from flowing through 0205.

R204 4.7

r-/-+--LAMP

P50

Brightness

P50 P51

SSO---f---,(

R209

560

Bright

I

H H

R207 lOK R206

0205

2SD1862(RS)

2

L

H

L L

Dark

4

L

R203 18

P51

• Shift register circuit

The shift register circuit consists of IC3 (TC9174F).

The IC3 receives serial data from the microcomputer to

perform the controls listed below.

No.

Pin name

1 GND 2 B1 Usually "H". 3 B2

4 CE

5 VOLD

6 VOLU

7 MUTE

a

T/R

TXM

9

10 TXH 11 B3 Usually "H".

12 13 DATA Serial data input. 14 CLOCK Clock input. 15 EN 16 VDD

Usually "L". Electronic VOL select:

"H" when electronic VOL selected, "L" when panel VOL selected or interface connected.

Electronic

VO L D O W N : "L"

Electronic VOL UP : "L" when UP key ON. AF MUTE: "H" when TX mode, AL 1ch

receive mode, CTCSS, bell, or squelch is ON. Transmit/receive select: "H" in RX mode.

"L" in TX mode.

TX power select: "H" in HI or MID mode,

"L" in LOW mode.

TX power select: "H" in HI mode,

"L" in MID or LOW mode.

-

Open.

Enable input.

Table

Function

when

4

D O W N

key

O N .

Fig. 7 Dimmer circuit

• Tone output circuit

R246 (ladder resistor) receives signals from P40 to

P43 and P52 to P53 of the CPU and converts them from digital to analog to produce 38 different wave- forms from 67.0 Hz to 250.3 Hz. Figure 8 shows the

internal configuration of R246.

1

20K

8.,-

7 .,-

6

5

4 .,-

~

3/

. . . . . . .

2/

~

1

.,-

. . . . . .

P43

P42

P41

P40

P53

P52

:.:

S 2

20K

:.:

S 2

20K

:.:

s

20K

:.:

~

20K

:.:

'2

20K

:.:

'2

20K

Tone outp

9

10

20K

11

20K

12

.) "

ut

13

14

15

16

1

20K

Fig. 8 Internal configuration of ladder resistor

6

(TX-RX unit 8/2 R2461

CIRCUIT DESCRIPTION

TM-441A/E

• PLL data output

PLL data is available from P21 (CK). P22 (DT). P61 (ACL), and P23 (EN1) of the CPU. Figure 9 is a timing chart for PLL data transfer, and Figure 10 shows the format of PLL data.

CK

DT

=C><JL--IX=

MSB LSB MSB LSB

ACL

ENl

Fig. 9 Timing chart for PLL data transfer

LSB

Shift register

; I

I I

Division ratio A in ~

swallow counter ~

Division ratio N in

main cou nter Port setting

Reference

frequency select

---------------------~

I

--.j

'--'---L---'---'--'-.o.....-,---,--,---<

I I

• Input and output of CTCSS unit (option)

The optional CTCSS unit receives data from P21, P22, and P73 of the CPU. Figure 11 is a timing chart for CTCSS data transfer, and Figure 12 shows the format of CTCSS data. When a tone from the CTCSS unit is detected, a "H" level signal is sent to P63 of

the CPU, opening the squelch.

• Input and output of the remote control unit (option)

When the optional remote control unit is connected, a "H" level signal is applied to INTOof the CPU, and the following pins have different functions:

P03 ~ Sl : Serial data input pin P02 ~ S2 : Serial data output pin POl ~ SCK : Serial clock

CTC

I

8bit

I/O

--

MSB

,

I I

I

I I

I I I I

I

CTD ~~~ _

MSB LSB

CTS

Fig. 11 Timing chart for CTCSS data transfer

Tone frequency select data for CTCSS nuit

\ The 21-bit data is made up of the following:

1. Division ratio data A and N (17 bits)

F (display - 30.825MHz in RX mode) =

{(N x 128) + A} x 12.8MHz / ref

N : Division ratio set in 10-bit main counter (binary)

A : Division ratio set in 7-bit swallow counter (binary)

2. Reference frequency (ref) select (2 bits)

Data

D1 D2

L L 5kHz

H L 6.25kHz

3.

Switch select (2 bits)

Data

D3 D4 SW1 SW2

L H L H

H

Phase reference

frequency

Output port

L H L

5, 10. 15. 20, 25kHz step mode

12.5kHz step mode

RX mode

TX mode

Fig. 10 PLL data format

~

Example: 88.5Hz L H L H H H

Fig. 12 CTCSS data format

7

-

Ken Thompson

TM-441A/E

CIRCU IT D ES CRIP TIO N

Pin No. Pin name

1 P41 2 P40 3 P53 0 4 P52 0 5 P51 0 6 7 8 X2

9 10 P63 I H 11 P62 0 H Power switch. 43 P01/SCK 12 P61 0 13 P60 I 14 P73 15 16 17 P70 0 H 18 19 P82 0 H 20 P81 0 L 21 P80 22 P93 0 H 23 P92 0 H 24 P91 25 P90 0 H 57 NC 26 Vss 27 P13

28 INT2 I

29 INTl I 30 PlO 31 PTH03 I

32

P50

RESET I L Reset input. 39

Xl

P72 P71

P83 0

PTH02

Logic

1/0

0

-

0

- D/A digital output (tone).

-

0

-

0 0 H 0 H

0

0 H

- I H

I

4.194304MHz crystal oscillator.

-

CTCSS tone matching input. 42

Not used.

-

Not used.

-

H CTCSS unit enable output.

Shift register enable output. 47 P121 I L SHIFT. MHz DRS unit VOB output. DRS unit VOA output.

-

Not used. 50 P132 I L LOW. DRS DRS unit STBY output. 51 P131 I L DRS unit WR output.

L DRS unit RD output. 53

DRS unit data output.

GND. 58 VDD

-

DRS unit connect check.

-

Encoder input.

-

Remote connect detect input. 62 P30 0

H

-

S-meter analog input. 63 P43 0

Not used. 64

-

Function

Pin No. Pin name

33 34 PTHOO I 35 36 Tll L 37 38

40 41

44 INT4 I H 45 P123 I L CALL. VFO 46 P122 I L

48 P120 I L 49 P133 I L REV

52 P130 I L

54 P142 0 H 55 P141 0 56 P140 0

59 60 P32 0 L 61 P31

1/0

PTHOl I

Tl0

P23 P22 P21 P20

P03/SI

P02/S0 I/O

-

- 0 L 0 0 0

1 / 1

1/-

P143 0 L

-

- -

P33

P42

0

Logic

-

Mic DOWN input. Mic UP input.

-

L Not used.

Not used. PLL IC enable output.

-

PLL IC data output. PLL IC clock output.

-

Beeper output.

-

Mic DOWN/serial data input.

u-

Mic PTT input/serial data output.

L/-

Mic UP input/serial clock I/O.

L/-

Back-up detect input.

F. MR/M

TONE

Transmit power select.

Busy input.

Squelch control.

Dimmer control. LCD driver clock output.

-

LCD driver data output. Not used.

-

Power supply pin.

-

LCD driver enable output. Distination output.

L

Key output.

L

-

D/A

-

digital output (tone).

Function

Destination. key input.

8

Table 5 75116GF-728-3BE terminal functions (TX-RX unit IC201)

TM-441A/E

DESCRIPTION OF COMPONENTS

TX-RX UNIT (X57-370x-XX) 0-11: TM-441A (K, P) 0-21: TM-441A (M) 2-71: TM-441E (E)

Component

IC1

IC2 IC3 IC4

IC5 IC6 IC8 IC9

IC201 IC202 Q1.2 Q3 Q4 Q5 Q6 Q7

Q8

Q9

Q10

Q11

Use/Function

2nd local oscillator, IF amplification, detection, low-frequency amplification, noise amplification, noise detection, squelch switching

AF amplification Shift register 5VAVR

10V AVR Transmit drive 8VAVR

Electronic volume control, AF switch

Microprocessor 6VAVR

High-frequency amplification

1st mixer

Low-frequency amplification

High-frequency amplification AF line mute

8R switching

8T switching

8R switching control

8T switching control

CD

1st IF signal input (30.825MHz).

@ @ 2nd local oscillator (30.37MHzl.

® Busy output.

@

Squelch control.

® S-meter output.

@

RD output.

® Low-frequency output.

CD

AF input, ® AF output.

See circuit description.

For PLL.

@

AF output.

@ "L" during step-up.

@ "L" during step-down.

® "H" when electronic volume selected.

See circuit description.

Operates in receive mode. Converts received 430MHz-range signals to 1st IF 30.825MHz. Operates when DRS unit connected. Amplifies 1st IF signal. Operates when transmit mode, AL 1ch receive mode, ON in receive mode.

ON in transmit mode.

ON in receive mode.

ON in transmit mode.

OFF when PLL locked.

Operation/Condition/Compatibility

01 01 05

NOISEAMP NOISEOET AF AMP

SC HSM 2SC

~g~ll 88AS ~~11 2 GNC

cl

J

MIX AMPOET

IF, IICl ;"C3~72

"

h

15 17618

- 0 Na:0

x ~

I&. Cl) U

(f)

Panel volume input.

® Panel volume output.

@ AF input.

crcss,

8R~ .

.L"--"

f+-,~r!J>r---+~~,~~f);)r-i+~--'lJ.

lC3-8

T

* , ~ ~,/

r---' ,

J.

1

L__

04

v-

/"-<1)---t..........,>-+--w. ...•

L;:

~W

09

•. !>:

02

L~~

c:::~

-

I

c:J.

sw

12 10 9 11 ,4 13 4.

>- o

'"

bell or squelch is ON.

8C 8T

-

07 08 lCl-14

034

wF'FI T

2SC

I~~~xk

R

15

05 7

16

GN[.

RA

PLL

Q12

L I

I

L

I

~

I

~

I

r

J

---------

l

Q13

Q14 PLL output amplification

8T switching control

PLL 8V ripple filter

OFF in transmit mode.

~'1

£

1'"

9

TM-441A/E

Ken Thompson

DESCR IP TIO N O F C O M PO N E NTS

Com p o n ent

015

016

017

018

019

024

025 RD line mute 026 AF line mute 027 Squelch hysteresis

Use/Function

TX power select

TX drive stage +B control

Power switch

Power switch control

Mic amp. mute ON in receive mode.

Operation/Condition/Compatibility

ON in HI or MID mode.

ON in HI mode.

ON when power switch is ON.

ON when DRS unit replays. ON when DRS unit replays.

ON when squelch is

ON.

APCIX59-3130-001

I

PCV Fe DB

APe

r---'Wv-----<

---I

I

POWER~MOOULE

I

IL- -----' 0!7

011

re a

•~V

BC AVR

PSW

1

Q24 ~ MAX DEV.

I

TONE

B113.8Vl

_018

~r-"

~ IBI

13.8V

r~ V C O

1

i

IC3-8

IT/RI

1 _ _

~_2_~_0_12r-F_u_n_c_t_io_n_0__im__m_e_r_s_w_i_tc_h__ ----,~ 0203 Lamp Dimmer switch

-206

0207 0208 Back up switch

D1 ON in receive mode. D3 - D6 VCO output switch ON in transmit mode. D7 Temperature compensation For APC. D8,9 Transmit/receive switching D10, 11 D12 Reverse power protection D15 Transmit/receive switching D202 Lamp standard voltage 0203 Dimmer Switch 0204,205 0206

-211

0212 0213 0214 0215 Reset detection 0216 Function LEO

Reset switch

VCO output switch

Reverse current prevention

5

Power detection

Reverse current prevention To be set at destinaton

Microprocessor protection Reverse current prevention Back up detection

ON

for approx. 3 rns usually

OFF when 13.8 V line becomes 7.5 V or less, usually

For APe.

5C>-~1:D2~1_5~1-~~!r-ik~~~~~~------~

ON.

r h

D..•~14

"

ON.

0206

IC201

INT4

10

TM-441A/E

DESCRIPTION OF COMPONENTS

PLL (X58-3480-00)

Component

ICl PLL

-Ql - 3 Q4 Q5 VCO output buffer

cioi

Ql02

r

~

I

>-

,

Dl01,102 Dl03 For modulation in TX mode

Use/Function

G)

VCOinput 399.175 - 409.170MHz (M,El. 407.175 - 419.170MHz (K,P) in receive mode.430.000 - 439.995MHz (M,El. 438.000 - 449.995MHz (K,P) in transmit mode.

® "H" in transmit mode.

LPF

Transmit switch ON for moment when transmission starts.

VCO 399.175 -409.170MHz (M,El.407.175 -419.170MHz (K,P) in receive mode.

430.000 - 439.995MHz (M,El. 438.000 - 449.995MHz (K,P) in transmit mode. VCO output buffer VCO voltage control

Operation/Condition/Compatibility

@

"W when PLL unlocked.

~

r ~

APC (X59-3130-00)

Component

Ql Differential amplification Q2 (2/2) Q3 Drive stage +B AVR

MIC AMP (X59-3610-00)

Component

ICl (1/2) ICl (2/2) Ql Low-frequency amplification

Use/Function

APC control

Use/Function

Limited amplification LPF

Operation/Condition/Compatibility

~

l

11

TM-441A/E

P A R T S LIS T

CAPACITORS

1=Type •..... ceramic. electrolytic. etc.

2=Shape round. square, etc. 3=Temp. coefficient

CC

45

TH 1H 220

1 2 3 4 5 6

e Temper8tUre Coefficient

1st Word

Color*

ppm/"C

C

Red

Black

0 -80 -150

L

Orange Yellow

P

e Toleran ••

Code

C

0

G J

(%)

Lessthan 10pF

± 0.25

±0.5 ±2

±5

e Rating voltalll

word

1st

'S

word

A

0 1.0 1 10 12.5 16 2 100 3 1000 1250 1600

B C

1.25

125

1.6 2.0 2.5 3.15 4.0 5.0 6.3

160 200 250

e Chip capacitors

cc

(EX)r

(EX)r-,

73 F SL1HOOO

J7J ,.

1234567

(Chip) (CH,RH,UJ.sLl

CK73FF1HOOOZ

r - , . , . '- '

~f"

T

1234567

(Chip) (B,F)

~T J

C:jJ C=~J

r.-J

T -~~-, -

J

( : 7 - : . ; . . . .

'--J[-

RESISTORS

e Chip •.••istor (Carbon)

RD73E 828000J

( )

EX

rr=> r-r-:••

T",'

1234567

r-~

t "'~ -"

(Chip) (B,F)

r-;

r---, r~

-'r-~

e Carbon resistor (Norma' type)

J

4=Voltage rating

5=Value

6=Tolerance

R

S T

Green

Blue

-220

-330 -470

K

M

± 10

± 20 +40 +80

0

20 25

2000 2500 3150 4000 5000

E F G

Refer to the table above.

1=Type ceramic, electrolytic. etc. 2=Shape round, square, etc.

3=Dimension 4=Temp. coefficient 5=Voltage rating 6=Value 7=Tolerance.

U

Violet

-750

X

-20 -20

31.5 40

315

Example CC45TH: -470±60 ppm/"C

Z

P

+ 100

-0

400 500 630 800

e C8PKitor value

o

1 0=1pF

o

0

=

lOpF

o

1=100pF

o

2 = 1000pF = O.OOlI1F

Nocode

More

lO~F-l 0- +50

than

L•••

4.7~F-l0-+75

than

H

50

J

63 80

K

8.0

V

-

35

-

6300

Dimension

_ .

f--

Dimension

Rating -ttatII

Cord Wattage Cord Wattage Cord

8000

Dimension code

Empty

E F

Dimension code

E 3.2±0.2 F 2.0±0.3 1.25±0.2

2A

1/10W 2B 1/ 8W 2C

1/ 6W

-

5.6±0.5 5.0±0.5

3.2 ± 0.2

2.0:1: 0.3

2E

2H

L

1 0 3 = O.Q1I1F

1st number Multiplier

W

1.6±0.2

1.25 ± 0.2 Lessthan 1.25

W T

1.6±0.2

1/4W 1/2W

0.57 2B

0.45

Wattage 3A lW 3D

2 2 0=22pF

r

- r - - ,

2nd number

Lessthan 2.0 Lessthan 1.25

Wattage

2A

2W

T

Dimension

12

TM-441A/E

~ New Parts Parts without Parts No. are not supplied. Les articles non mentlonnes dens le Parts No. ne sont pas fournls.

Telle ohne Parts No. werden nlcnt gellefert.

Ref. No. Address

#

IIHt

-i}

fl! •

New

Parts

fi

PARTS LIST

Parts No.

TM-441 AlE

1

2 3

4

5

5 6

'7

8 9

10 10 10

11A 118 12

IB 2B

1C 2B 2A

2A 26

2B 28

18,lC

AOI-I065-03 A01-1066-03 A10-1292-01 A22-0770-03

*

A62-0012-23

*

A62-0013-23 611-0484-08

630-0869-05 B38-0330-05

*

642-2455-04 842-3343-04

842-3356-04 842-3394-04· 846-0410-20 846-0419-00 846-0422-00

*

862-0031-00

*

B62-0032-00

*

862-0033-00

*

872-0099-04

*

872-0100-04

METALLIC CA6INET(UP SIDE)

METALLIC CABINET(6~TT~M)

CHASSIS CALKED ASSY

SU6 PANEL

PANEL ASSY

fILTER

LAMP DISPLAY ASSY LA6EL(M4x8 MAX)

SERIAL No LABEL

LA6EL(EXT SP) LABEL(fCC) WARRANTY CARD WARRANTY CARD WARRANTY CARD

INSTRUCTI~N MANUAL INSTRUCTl~N MANUAL

INSTRUCTI~N MANUAL M~DEL NAME PLATE M~DEL NAME PLATE

Description

Desti- Re- nation

ft

(ti] ••

KMP El

K

El

P

K

MPEl El KP

M

marks

13 14 15

13

16

17

a8

19

20

21 22 23

24 25

26 27

28

29

30A

308

31

32

1C 1C

lC

lC 2C

2B 26

18 2A

le

1B,2C 16,26

26 2A 2B

*

872-0101-04 1330-2108-05

1330-2111-05 1330-213'7-15 1330-2145-05 1331-319'7-15

f05-1031-05 f05-2036-05

*

fll-1133-14

*

f15-06'70-04 f20-0587-04

*

f20-1059-04 G02-0550-04

G02-0558-04 G02-0576-14 G09-0405-05 GI0-0651-04

G10-0681-04 GI0-0686-04 G13-0906-04 G13-0926-04 G13-0960-04

G13-0961-04 H10-2658-02

H11-0822-04 HI1-0823-04 H13-0814-04 H13-0825-04

M~DEL NAME PLATE ANT CABLE

DC P~WER C~RD DC P~WER CIl1RD ANT CABLE CIl1NN8CTING WIRE(SP)

fUSE (lOA) fUSE (20A) SHIELDING CIl1VER(M~DULE) SHADE

INSULATING B~ARD(BATT)

INSULATING BIl1ARD(BATT) fLAT SPRING

FLAT SPRING fLAT SPRING KNIl1BFIXD SPRING N~N-W~VEN fA6RIC(SP)

N~N-WIl1VEN fABRIC(CHASSIS) N~N-W~VEN FA6RIC(CASE)

CUSHIIl1N(3KEY)

CUSHIIl1N(B/2 UNIT)

CUSHHIIN(6KEY)

CUSHlIl1N(LIl1WKEY)

PIl1LYSTYRENE f~AMED fIXTURE

PIl1LYSTYR8NE PLATE

PIl1LYSTYRENE PLAT8

P~LYSTYR8NE PLATE

PIl1LYSTYR8NE PLATE

El El

KMP

K

MPEl MPE1

33

H25-0029-04

PRIl1TECTlll1NBAG(MIC HIl1~K)

KP

TM-441 A: K,M,P TM-441E: E

13

TM-441A/E

Ken Thompson

*New Parts

Parts without Parts No. are not supplied. Les articles non mentlonnes dans le Parts No. ne sont pas fournls.

Telle ohne Parts No. werden nlcht gellefert.

Ref. No.· Address

#

IlIHi

-i j -

{tL •

34 35 36 36 36

37 38 39 40 41

42 43 44 45 46

47 48 49 50 51

lC

2A

28

2B 2B 2A

2A

2A 2A 2A 2A 2A

N e w

Parts

fi

* *

*

Parts No.

H25-0117-04 H25-0720-04 H52-0059-04 H52-0060-04 H52-0061-04

H62-0052-14 H62-0053-l4

JI9-1434-04 J20-0319-24 J21-4147-14 J21-4303-08

J29-0436-03

K27-3035-14

K27-3066-04

K2'l-3067-04

K27-3068-04

K27-3069-04 K27-3071-04

K27-3072-04

K27-3074-04

K27-30'l5-04

K29-3156-04

P A R T S L IS T

PR~TECTI~N BAGCDC P~WER C~RD)

PR~TECTI~N BAGCTM-441A/E) ITAM CART~N B~X ITAM CART~N B~X LTAM CART~N B~X

QUTER PACKING CASE QUTER PACKING CASE

H~LDER(SP) MIC H~~K STACKING PLATE M~UNTING HARDWARE(LCD ASSY)

BRACKET KN~B(VF~,MR,MHz)

KNI'lJB(P~WER) KN~B(L~W)

KN~B(CALL> KN~8( F )

KN~B(T~NE) KN~B(REV)

KN~B(SHIFTl KN~B(DR/DTl

KNI'lJBASSY(MAIN)

TX-RX UNIT (X57-370X-XX)

Description

Desti- Re- nation

f± r6J.;If

KP

M

El KMP

El

KP

marks

52

A

B

C G

D

E

F

53 SP

54 54 54

le1

IC301

55 56

57 2B,2C 57 28,2C 57 2B,2C

TX-RX UNIT (X57-370X-XX) 0-11: TM-441A(K,P) 0-21: TM-441A(M) 2-71: TM-441E

Cl CC73FCHIH020C CHIP C 2.0PF C C2 -4 CS CC73FCHIH010C C6 CC73FCHIH390J CHIP C 39PF J C7 C92-0511-05

2A 2B

2B

lC,2C lC,2C

28

lC

28

K29-3157-04

N09-0626-04 N09-0650-05 N33-2606-45 N46-3010-46 N87-2606-46

N87-2610-46

N88-2606-46 N99-0331-05

T07-0246-05 T91-0379-25 T91-0380-35 T91-0382-25

LC75B2 M57788M

WOI-0414-04 W09-0326-05

*

X57-3700-11 TX-RX UNITCA/2,B/2 C~NT) KP

*

X57 - 3 'lO O - 2 1

*

X57-3702-71 TX-RX UNITCA/2,B/2 C~NT) El

CK73FBIHI02K

KN~B ASSY(V~L,SQL) SCREW

SCREW ~VAL HEAD MACHINE SCREW TAPPING SCREW(MIC H~~K) BRAZIER HEAD TAPTITE SCREW

BRAZIER HEAD TAPTITE SCREW

FLAT HEAD TAPTITE SCREW

SCREW SET

L~UDSPEAKER(FULLRANGE) MICR~PH~NE MICR~PH~NE(DTMF) MICR~PH~NE(T~NE)

IC(LCD DRIVER)

IC(P~WER M~DULEI 430-450MHZ)

WRENCH LITHIUM BATTERY

TX-RX UNITCA/2,B/2 C~NT) M

CHIP C CHIP

C

CHIP TAN O.15UF 35WV

1000PF K

1.OPF

C

KP

M

KP El

C8 CI0 CC'73FCHIH020C CHIP C11 CC73FCHIH180J CHIP C 18PF J C12 CK'73FBIHI02K CHIP C

14

CK73FBIHI02K CHIP C 1000PF K

C 2.0PF C

1000PF K

TM-441 A: K,M,P TM-441E: E

)

TM-441A/E

*

New Parts Parts without Parts No. are not supplied. Les articles non mentlonnes dans le Parts No. ne sont pas fournls. Telle ohne Parts No. werden nlont gellefert.

11

New

Parts

Ii

CC73FCHIH080D CHIP

CK73FB1H102K CC73FCH1H390J CE04EW1A470M ELECTRIll 47UF 10WV

CK'l3EF1C105Z CHIP C 1.OUF Z C92-0002-05

CK73EBIHI04K CHIP C O.lOUF K CK73FB1H103K CHIP C O.OlOUF K CE04EW1C470M CE04EWIA471M

CE04EWIA470M CK73FBIH2'l3K CHIP C 0.027UF CK73FB1H103K CE04EW1E4R'lM ELECTReiJ CE04EWlA470M

CE04EWlA4'70M C92-0504-05 CHIP TAN 0.68UF 20WV CE04EW1C4'70M ELECTReiJ 47UF lbWV

Ref. No.

#

lHHI-it

C14 ,15 CK73FBIHI02K C16 C18 CK73FBIHI02K CHIP C C19 CC73FCH1H120J CHIP C 12PF J C20

C22 C23 CK73FB1H102K CHIP C 1000PF K C24 C25 C26

,30 CC73FSL1HIOIJ

C29 C31 C32 C33 C34

-37

C35 C39 C40 C41 C42

C44 C45 CK73FBlHl03K

,47

C46

-50 CK73FBlH102K

C48 C5l

Address

{ft

PARTS LIST

Parts No.

oH.

S

•

-it

TX-RX UNIT (X57-370X-XX)

Description

oH.

S

CHIP C

C

CHIP C 1000PF K CHIP C 39PF J

CHIP TAN CHIP C

ELECTR(I] ELECTR(I]

ELECTR(I] CHIP C

ELECTR(I] ELECTReiJ 47UF 10WV

CHIP C CHIP C

~/1!1!.

1000PF 8PF D 1000PF

0.22UF 35WV 100PF J

47UF 16WV 470UF 10WV

OUF O.OlOUF K

4.7UF 25WV 47UF 10WV

O.OlOUF

1000PF

~ i±

K K

10WV

K

K K

Desti- nation

Re-

marks

~."'f

C52

,55

C54 C56 CK73FB1H103K CHIP C O.OlOUF K C57 CE04EWlA470M ELECTReiJ C58 CK73FB1H103K CHIP C O.OlOUF K

,60 CE04EWlA221M ELECTReiJ

C59 'C6l

C62 CK73FB1Hl02K

C64

C65

,67 CK73FB1Hl02K CHIP C 1000PF K

C66

-70

C69

,72

C71 C73 C74 CK73FBlH102K CHIP C 1000PF K

C76 CK73FB1H102K C78 CK73FBlH47lK CHIP C 470PF C79 CM73F2H070D CHIP C79 CM73F2H060D C79 CM73F2H090D CHIP C 9.0PF

C80 CC45SL2H040C CERAMIC 4.0PF C82 CC45SL2H150J CERAMIC 15PF C83 CC45SL2H220J

C84

C85 CC73FCH1HOlOC C86 CC45SL2H040C CERAMIC 4.0PF

C87 CC45SL2H070D CERAMIC 7.0PP

C88

C90 C9l

CK73EB1E683K CK73FBlHl02K CHIP C 1000PF

CK73FB1H103K CHIP C O.OlOUF CK73FB1H103K CHIP C O.OlOUF K

CC'l3FCHlH070D

CK73FBlHl02K CHIP C CK73FB1Hl02K CC73FCHlH040C CHIP

CC73FCHlHOR5C

CC73FCHlHOR5C CC73FCH1HOlOC CK'l3FBlHl02K

CHIP C

CHIP C 1000PF CHIP C 7PF D

CHIP C

C

CHIP C

C

CHIP C

CERAMIC 22PF J

CHIP C 0.5PF

CHIP C lPF C

CHIP C 0.5PF C

CHIP C 1PF C CHIP C 1000PF

0.068UF

4'7UF

220UF 10WV

1000PF 1000PF 4PF C

1000PF 'l.0PF

6.0PF

K K

10WV

K K

K K D M

D KP

0

C J

C

0

K

El

TM-441 A: K.M.P TM-441E: E

15

TM-441A/E

Ken Thompson

*New Parts

Parts without Parts No. are not supplied.

t.es articles non mentlonnes dans le Parts No. ne sont pas fournls.

Telle ohne Parts No. werden nlcnt gellefert.

•

New

Parts

fi

Parts No.

. ! l a

S

CC4.5SL 2 H04.0C CK73PB1 H 103K CHIP C 0 .010UP

CE04.EW 1 C100M CK73PB1 H 103K CHIP C 0 .010UF

CK73PB1 H 102K CHIP C 1000PF CC73FSL 1 H101J CH I P C 100PF

CK73FB1 H 102K CK73FBI H I02K

CK73FB1 H 102K CHIP C 1 000PF

CK73FB1 H 103K CE04.NW O J221M CK73FBI E 223K CHIP C

Address

No.

Ref.

f l : 6 . J : - i t

C92 C93 C94.

,96

C95 C97 C 90-2092-05

,100

C99 CI02 CK73FBI H I02K CHIP C103 CI04. C107,10 8

C109,11 0 CC73FSL I HI01J

c

iii

Cl12 CC73FSLIHI 0 1J CH I P C 1 00PF C113 CK73 F BIH332K CHIP C201 CK73FBI H I02K

C202 CK73FBI H I03K CHIP C 0 .010UF K C203 CK73FB1H10 2 K C H I P C 1000PF K

C204. C205 C206

ttL

P A R T S L IS T

.J:

-it

CERAMIC ELECTRl S l ELECTR( I )

CHIP C 1 000PF K CHIP C

CHIP C lOOPF J

CHIP C 1000P F K

CHIP C ELECTRl S l 220UF 6.3WV

TX-RX UNIT (X57-370X-XX)

Description

. ! l a

S

C

C 3300PF K

~/m

4..0PP 10UF 1 6 WV 10UF 1 6 WV

1000PF

O.OlOUF K

0.022UF K

* !

C

K

K K J

K

K J

Desti- nation

ft

K

rt;]

Re-

m a r k s

ft::lt

C207 CK73FB1 H 102K C208,20 9 C210,21 1 C212-21 4 . C215-21 7

C219,22 0 TCl

,3 C05-034 . 8-05

TC2 CNl

CN2

,4 E4.0-52 0 2-05

CN3 eN5 CN201,2 0 2 6 4.0-5203-0 5

CN203 CN204.

CN205 J1 J201 E06-086 0 -05

TP1 E40-021 1 -05 PIN ClS l NNECT(I)R

,3 E23-04.65- 0 5

TP2 'Ill

'11201 '11202

CD1 L 79-1013-05 CF1 L 7 2 -0372-05 Ll L2 L3 L79-069 0 -05

CC73FCH 1 H330J CK73FB1 H 103K CC73FSL 1 HI01J CH I P CK73FBI H I02K

CK'i3FB I HI03K C05-035 4 .-05

E4.0-32 3 7-05 E4.0-51 8 2-05

64.0-51 8 3-05

E4.0-51 8 5-05 E4.0-51 8 7-05 640-534 . 1-05 E11-04. 2 5-05

E33-190 2 -05 FINISHED WIRE S ET(HET) E31-600 3 -15 ClSlNNE C TING W I RE(CTCSS) E33-187 1 -15

131-053 4 .-05

L4.0-18 7 2-80 L4.0-12 7 2-4.8

CHIP C 1000P F CHIP C 33PF CHIP C 0.010UF

C 100PF J

CHIP C CHIP C 0.010UF

TRIMMIN G TRIM CAP

ClSlNNE C T(I)R(SP)

ClSlNNE C 1'(ilR(DRU)

ClSlNNE C T(I)R(13PIN)

ClSlNNE C Tt'ilR(6PIN DTMF)

C(I)NNE C TlSlR(13PIN)

Ct'ilNN E CT(I)R(8PIN DRU)

Ct'ilNN 6 CT(I)R(10PIN DRU)

PIN PIN Ct' i lNNECTt'il R ( 9PIN LCD ) PHt'ilN EJACK(3. 5 D:EXT SP) 8 PI N METAL S lSlCKET(MI C )

TERMINA L

FINISHE D W I RE SET ClSlLLA R (LED)

FILTER

CERAMIC F I LTER

SMALL F I X ED

SMALL F I X ED INDUCTt'i l R(12n)

HELICAL B L lSlCK

1000PF K

CAP

INDUCTl S lR(18n)

K J K

K 3PF

10PF

L5 L6 Le L8 L8

16

L79-069 0 -05 L4.0-15 7 2-4.8 L4.0-18 7 2-4.8 L4.0-18 7 2-4.8

L4.0-33 7 2-4.8

HELICAL B L ISICK SMALL F I X ED SMALL F I X ED INDUCTlSl R (18n) SMALL F I X ED SMALL F I X ED I N D UCTt'ilR(3 3 n )

INDUCT( I )R(15n)

INDUCT( \ )R(18n)

KP MEl El KPM

TM-441 A: K,M,P TM-441E: E

TM-441AIE

*New Parts

Parts without Parts No. are not supplied. Les articles non mentlennes dans le Parts No. ne sent pas fournls. Telle onne Parts No. werden nlcht gellefert.

•

New

Parts

IT

L34-2157-05 Ct!JIL L40-1092-81 SMALL FIXED L40-1001-4B SMALL L40-2272-4B SMALL FIXED L34-090B-05 Ct!JIL

L34-1123-05 L34-1032-05

L34-0908-05

L77-1312-05 L77-1405-05 CRYSTAL

L77-1397-05 CRYSTAL RES(\)NATt!JR(4.19MHz) L71-0270-05 MCF (30.825MHz)

R92-0670-05 CHIP RK'73FB2AI04J

RK73FB2AI0IJ' CHIP R 100 J R92-0b70-05 CHIP R

RK'73FB2A470J CHIP R 47 J

RK73FB2A223J CHIP R 22K

Address

No.

Ref.

_!!IHt-i!-

L9

LIO

Lll

L12

L13

LI4

LI5

,I7 L34-1123-05

Llb

L18

Xl

X2

X201

XFl

R1

R2

R3 RK73FB2A333J

,5

R4

R12

R13

R14 RK73FB2A220J

,17 R92-0670-05 CHIP R

R1b

R18

-21 RK73FB2AI02J CHIP R

R19

-!l!

PARTS LIST

Parts No.

••

-i!-

.!!.

M

C(s)IL Ct!JIL C(s)IL C(\)IL CRYSTAL

CHIP R lOOK J CHIP R 33K J

CHIP R 22 J

TX-RX

Description

.!!.

B\!

FIXED

RES(s)NAT(s)R(30.37MHz) RES(s)NAT(\)R(12.BMHz)

R

~/~

INDUCTt!JR(lu) INDUCT(s)R(lOu) INDUCT(s)R(22u)

o (s)HM

o (\)HM

1. OK

UNIT

(X57-370X-XX)

~ f±

111011

1/1011 1/1011

J 111011

111011

J

Desti- nation

Re-

marks

f,;]

.~

J

J J

J

J J

J

1/1011 1/10'1/

1/1011 1/101/ 1/1011

1/1011 1/1011

1/1011

111 Oil

1/1011 1/1011 1/1011

1/1011 1/1011 1/101/

11101/

1/101/ 1/101/

1/1011

1/101/ 1/1011

1/1011 1/1011

R23

R24

R25

R2b RK73FB2A471J CHIP R 470 J

R28

R29

R31 RK'73FB2A331J CHIP R

R32

R33 RK73FB2A334J CHIP R

R34 ,35 RK73FB2A102J CHIP R

R36 RK73FB2A331J

R37

R38 RK73FB2A101J CHIP R 100 J

R39

R40

R41 RK73FB2A333J CHIP R 33K J 111011

R42

R43

R44

R45 RK73FB2A473J CHIP R 47K J

R46 RK73FB2AI02J CHIP R

R47 RK73FB2AIB2J

R4B -50 RK73FB2AI03J CHIP R 10K J R51 R52 RK73FB2A334J CHIP R 330K J

,54 RK'73FB2A223J

R53

R55 RK73FB2A473J CHIP R R56 R57 R58 RK73FB2A392J CHIP R 3.9K J

RK73FB2A221J CHIP R 220 J RK'73FB2A470J CHIP R 47 J RK73FB2A122J CHIP R

RK73FB2A334J CHIP R 330K J RK'73FB2AI02J CHIP R92-0670-05 CHIP

R92-1220-05 R92-0670-05 CHIP R o lIlHM

RK73FB2A473J

RK73FB2A223J CHIP RK73FB2A472J RK73FB2AI02J CHIP R

RK73FB2A1B2J CHIP R

R92-0670-05 CHIP R o t!JHM

RK73FB2AI02J CHIP R

R R

CHIP R FIXED RESIST(s)R

CHIP R 47K J

R 22K J

CHIP R 4.7K J

CHIP

R

CHIP R 22K J

1. 2K

1. OK 330

o (\)HM

330K J

1. OK 330

1.OK

1. OK

1. 8K

47K J

1.OK KP

R5B

RK73FB2A563J CHIP

R 56K

111 Oil El

J

TM-441 A: K,M,P TM-441E: E

17

TM-441A/E

Ken Thompson

*New Parts

Parts wltnout Parts No. are not supplied. Les articles non mentlonnes dans le Parts No. ne sont pas fournls. Tells ohne Parts No. werden nlcht gellefert.

Ref. No.

• IffU(:-It

R59

R59 R92-0 670-05 R60 R61 R62 RK73F B2A332 J

R63 R92-067 0-05

,65

R64 R66 R67 ,68 R92-0 670-05

-72

R69 R73 RK73F B2A220 J C HIP R

R74 RK73FB2 A152J CHIP R R75 R77 RK73FB2 A222J CHIP R R78 RK 7 3FB2A4 72J CHI P R 4.7K J 1110 h'

,80

R79 R81 R82 RK73FB2 A104J R84 RK73f B2A222 J C HIP R 2 .2K J 111 0h' R85

R86 RK73F B2AI02 J CHIP R R88 R90

,93

R92 R94

Address

'fit

N e w

Parts

III

fi

Parts No.

.!l.

~

RK73F B2A222 J CHIP RK73F B2A334 J

RK73f B2A333 J CHIP

RK73f B2AI03 J C HIP RK73f B2A562 J

RK73F B2A472 J

RK73F B2A220 J CHIP R

RK73F B2A101 J C HIP R RK73F B2A222 J

RK73F B2A100 J CHIP R 10 J 111 OW

R92-0 670-05 R92-0 685-05 CHIP R R92-0 679-05 CHIP R R92-1 214-05 CHI P

P A R T S L IS T

-ij-

• •

CHIP

CHIP R 330K CHIP R 3.3K

CHIP R

CHIP R 5.6K J 1 11 Oh' CHIP CHIP R

CHIP R 2.2K J CHIP

CHIP R

TX-RX UNIT (X57-370X-XX)

Description

.!l.

~

R 2.2K

R R 33K J 111 Oh'

R 1 0K J R

R

R 120

~/m

o

~HM

o

~HM

o

ISlHM

4.7K J 22 J

1. 5 K

22 J

2.2K J

100 lOOK J 1110 W

1. O K

o

~HM

22 J

o

~HM

~

J 111 Oh' KPM

1 / 1 0 h '

J

1 / 1 0 h '

J

1 / 1 0 h '

1 / 1 0 W 1 / 1 0 h '

111 OW

J

1 / 1 0 h ' 1 / 1 0 h '

J 111 0W

1 / 1 0 W

J 111 0h'

1 / 2 W 1 / 2 1 1

J

Desti- nation

{±

E l

Re- marks

iaJ'f1j~

R95 R96 -99 RI00 RI01 RK73 FB2A220 J CHIP R 22 J RI02 RK 73fB2A2 73J CHIP R 27K J

RI03 RK73 FB2AI01 J CHIP R

RI04 RI05 RK73 FB2A273 J CHIP R RI06 RK73 FB2A473 J CHIP R 47K J RI07 RK73 FB2A273 J CHIP R 27K J

RI08 RK73 fB2AI03 J CHIP R 10K J RI09 RK73 FB2AI04 J

RII0 RK 73fB2A1 51J CHIP R201 RK73 EB2B220 J

R202 R203

R204 R205

R207 R208

R209 R210

R211 R213

R214 R215

R216, 217 R218

R219 R222

R92-1 215-05 CHIP R 470 J RK73f ;.B2AI 03J R92-0 670-05

R92-0 670-05

R92-0 685-05 CHIP R R92-1 259-05

R92-1 262-05 FIXED RESIST ~R RK73F B2A472 J C HIP R RK73f B2A103 J RK73F B2A471 J CHIP R 470 J

RK73f B2A561 J CHIP R 560 J RK73f B2A563 J CHIP R 56K J RK73F B2AI03 J RK73F B2A472 J RK73F B2A474 J CHIP R 470 K J

R92-0 670-05 RK73F B2A472 J CHIP R RK'73 FB2A10 5J R92-0 670-05 CHIP R RK73F B2A151 J

CHIP

R 1 0K J

CHIP R

CHIP

R lOOK J

R

CHIP

R

FIXED R ESISTI SlR

CHIP R 10K J 111 Oh'

CHIP

R

CHIP

R

CHIP R CHIP R CHIP

R

o

~HM

100

o

ISlHM

27K J

150 22 J 22

4.7K J 111 Oil

10K J

4.7K J

o

ISlHM

4.7K J

1. O M

o

~HM

150 J

J

J J

J

1 / 2 1 1 1 / 1 0 1 1

1 / 1 0 1 1

111 Oil

1 / 1 0 1 1 1 / 1 0 1 1

1 / 1 0 1 1

11101 1

1 / 1 0 1 1 1 / 1 0 1 1

1110W

1 / 8 1 1 1 / 2 1 1

1 / 1 0 1 1 1 / 1 0 1 1

1 / 1 0 1 1

111 Oil

1 / 1 0 1 1

11101 1

111 O il

1 / 1 0 1 1 1 / 1 0 1 1

18

TM-441 A: K.M.P TM-441E: E

TM-441A/E

*New Parts

Parts without Parts No. are not supplied. Les articles non mentlonnes dans le Parts No. ne sont pas fournls. Telle ohne Parts No. werden nlcht gellefert.

•

New

Parts

ii

RK73fB2A102J RK73fB2A4'l3J

RK73fB2A104.J

RK73fB2A4'l4.J

RK73fB2A474.J

R92-0670-05

RK73fB2A473J

RK73FB2A105J

RK73f!32A474.J

RK73FB2A152J CHIP R

R90-0711-05

R05-3441-05

R05-4420-05

Address

No.

Ref.

#l!ftiHJ

R223-225 RK'l3fB2A473J R226-229 R230 R231,232 RK73f!32A104.J R233 R92-0670-05

R234. R235

R236,237 RK73fB2A102J R238 R239 RK73f!32A473J

R24.0 R24.1 R24.2 R24.3 R244.

R245 RK73fB2A472J CHIP R R24.6

R247 RK73EB2B180J CHIP R 18 J VR2 R12-3132-05 VR3 ,4 R12-3126-05

VR5 R12-5058-05 VR201 VR202

f:Ii

PARTS LIST

Parts No.

.Ho

~

-ij-

it

TX-RX UNIT (X57-370X-XX)

Description

.Ho

~

CHIP R CHIP R CHIP R CHIP R lOOK CHIP R

CHIP

R lOOK J CHIP R CHIP R CHIP R CHIP R

CHIP R CHIP R CHIP R CHIP

R 470K J

MULTI-C(\]MP TRIM P(\]T.

TRIM P(\]T. TRIM P(\]T.

P(\]TENTIroMETER 10K(A) P(\]TENTI(\]METER50K(B)

:t/1l

4.7K

1. OK

4.7K

o

(\]HM

4.70K

1. OK

4.'lOK

4.7K

o

(\]HM

4.7K

1. OM

1. 5K

4.7K J

47K

10K

lOOK

*&

J J J J

J J

J

1110\0/

1/10101

1110101

1/10101

1/10\0/

1110101

1/10\0/

111 0\0/

1/10\0/

1110101

1/10101 1/10101

1/10101

1/8101

Desti- nation

f±

tal .~

Re-

marks

l-

f

I

5201

5202-211

01

-5 155184

D3 lJ6 07 155181 OHJDE D8 MI407 DI~DE

09

D10

,11 MA716 012 015 MU08 D202

D203 lSS184 DI~DE 0204 D205.206 0207 D208 155184

0209 D210 D211 0212 D213

D214-

0215

0216

0217

IC1

IC2

lC3

rC5

lC6

540-2458-05 PUSH SWITCH 540-1086-05 PUSH SW ITCH

15V128 15V128 DI~lJE

MI308

OSA3A1

02CZ9.i:Y)

lSS181

155184. DI(\]lJE lS5184.

MA14-1A

MA14-1A MA14-1A DI(s)DE 155226

LfB01

'*

02CZ3.9(Z)

'*

02CZ3.0(Z) B30-0852-05 155184 KCD04

UPC124.1H TC9174f LA5010M KCB06

OI(\]DE

DI(\]DE

OI(\]DE

DI(\]DE

OH1DE

DI(\]lJE

DI(\]DE

OI(s)DE DI(s)DE

Dl(\]DE

OI(s)DE

OI(\]DE DI~lJE

DI(s)DE

DI~lJE

DI(s)OE

LED (L~W)

DI(s)DE

HIC(FM IF) lC

lC(CM(\]S IC(L(\]W5ATURATI(\]N HIC(DRIVER)

KP

El MEl

r/t»

REGULAT~R)

I

i..-

l

TM-441 A: K,M,P TM-441E: E

19

TM-441A/E

Ken Thompson

*New Parts

Parts without Parts No. are not supplied.

Les articles non mentlonnes dans le Parts No. ne sont pas fournls.

Telle ohne Parts No.werden nlcht gellefert.

•

New

Parts

fi

*

Parts No.

,fl,

B I!

75ll6Gf-'728- 3BE NJM78L06UA 3SK184(S)

2SK582 FE! 3SK184(S) 2SC27l2(Y) T RANSISTrllR 2SC2714( Y) 2SD1757K TRANSIST~R

2SBlll9S DTC144I1K

2SC2759(U23) DTC124EK

2SB1302S TRANSISTIlJR

2SC27l2(Y) 2SD1757K TRANSIS TIlJR DTC144EK

Address

No.

Ref.

# P . l { . - i j -

ICB MC7808CT IC9 KCC02 HIC(EL, VIlJL> IC20l IC202

'll Q2

'l3

Q4

Q5

Q6

Q7 ,8

Q9

-13 2SC2712(Y) TRANSISTI lJR

'lI0 'l14

,16

'l15

Q17 2SDI4 06(Y)

'l18

Q19

Q24

Q25 ,26

{li

P A R T S L IS T

- i j -

•

IC(V~LTAGE REGULAT~RSI IC(CPU)

IC(VISILTAGE REGULAT~R I +6V) fET

FET

TRANSISTIlJR

TRANSIST~R

DIGITAL TRANSlST~R

TRANSISTt9R DIGITAL TRANSISTIlJR

TRANSISTIlJR TRANSlSTIlJR

DIGITAL TRANSlST t9R

f i l l

TX-RX

PLL UNIT

Description

,fl,

~/1.!'!.

UNIT

(X58-3480-00)

~

+8V)

(X57-370X-XX)

Desti- nation

i±

Re-

marks

~ fto1f

'l27

Q201-204

Q205 2SD1682(R,S)

Q20b-208 2SC27l2(Y)

Q209,210 Q211

Q2l2 5212

Cl CK 73FBIH223K CHIP C

C2 CC73fUJlH220J CHIP C

C3 CC73F CHIH180J CHIP C l8PF

C4

C5

,7

C6

,9

C8 ClO C92-0002-05 Cll C12

C13 C14 C15 CK'73 FBlHl02K

,17

Clb

ClOl

2SJI06(GR) 2SA15l9 TRANSIST~R

DTCl14EK DIGITAL TRANSIST~R DTD143EK DIGITAL TRANSIST~R

FMG2 TRANS IST~R 1102-0388-05 Rt9TARY E NCt9DER X58-3480-00

X59-3l30-00 MIlJD ULEUNIT(APC) X59-36l0-00

212-2503-05

PLL UNIT

CK73FBlHl02K CHIP C

CK73EBIH683K

CK73FBIH223K

C92-0007-05 CK'73FBIH223K

CC73fCHlHlOOD CHIP

CK73FBlH223K CHIP CC73fCHlH040C CHIP C

CC73fSLIHlOlJ CK73fBIHl02K CHIP C lOOOPf

FET TRANSIST~R

TRANSISTt9R

SUB UNIT(PLL> Mt9DULE U~IT (MIC AMP) PLASTIC T UBE

(X58-3480-00)

0.022Uf 22PF J

CHIP C CHIP C 0.022UF

CHIP TAN 2.2Uf 20llV CHIP TAN CHIP C 0 .022U F

C lOPf C 0 .022Uf

CHIP C 10 00Pf CHIP C 10 0Pf

1000PF

0.068UF

O.22UF 3 511V

4Pf C

K J

K K

K

D K K

J K

ClO2

Cl03

ClO4,105

ClO6,107

ClO8

20

CK73FBlH47lK CC73FCHl H4 70J CH IP CC73FCHlH080D CC73fCHlHR'75 C CC73fCHlHOR5C

CHIP C 470Pf CHIP C B Pf

CHIP

CHIP C

C 47PF C O.75 PF

O.5Pf C

K J D C

TM-441 A: K.M,P TM-441E: E

TM-441A/E

*New Parts

Parts without Parts No. are not supplied. Les articles non mentlonnes dans le Parts No. ne sont pas fournls. Telle ohne Parts No. werden nlcht gellefert.

Address

No.

Ref.

~I!ft'--i}

{tr.

C109 CIlO

C111

CIl2 CC73FCH1H040C

New

Parts

III

fi

CC73FCH1H090D CHIP CC73FCH1H080D CHIP CC73FCH1HOR5C

PARTS LIST

Parts No.

o!!.

$

.-

~

CHIP CHIP

C113,114 CK73FB1H102K CHIP

CN1

CN101

CN102

60 2B

L1

L101,102

L103 L104 L105

L106

,2 RK73FB2A473J

RI R3 R4 R5 R6

E40-5201-05 E40-0411-05 PIN C~NNECT~R(4PIN) 640-0311-05

Fll-1122-14 L40-3972-80 SMALL FIXED INDUCT~R(39n)

L40-8282-19 SMALL FIXED INDUCT~R(0.82u) L34 -2333 -05 L40-5682-19 SMALL FIXED L40-3382-19 SMALL FIXED

L40-3972-80 SMALL

RK73FB2A392J CHIP R 3.9K J RK73FB2A332J CHIP RK73F82A221J RK73FB2A222J CHIP

PIN C~NNECT~R(7PIN) PIN C~NNECT~R(3PIN) SHIELDING C(l.lVER

CISlIL

CHIP

PLL UNIT (X58-3480-00) APC UNIT (X59-3130-00)

Description

o!!.

$

:t/n!.

~

C 9PF D C 8PF D C

0.5PF C 4PF C C

1000PF

INDUCT~R(0.56u) INDUCTISlR(0.33u)

FIXED

R

INDUCTISlR(39n)

47K J

3.3K

R 220

R

2.2K

C K

J

III 0\/

1/10\/

111 0\/

1/10\/

111 0\/

Desti- nation

f±

/a)

Re- marks

.;if

PLU

J J

J

J J

1/10\/ 1/10\/ 1/10'11 1/10'11 1/10\/

1/10'11 1/10\/

1/10\/

111 0\/

1/10\/ 1/10\/ 1/10'11 1/10'11 1/10\/

1/10'11

R7

,9

R8

-13 RK73FB2A473J CHIP

RIO

RK73FB2A474J CHIP RK73FB2A822J CHIP R 8.2K J

R14 RK73FB2A331J

R R

CHIP

R 330 J

470K

47K R15 RK73F82A472J CHIP R 4.7K J R16 RK73FB2A222J CHIP

R17

R101

RI02

R103

RI04

R106

!

l

I

l

I

I I

~

R107 RK73FB2A470J CHIP R

R10S RK73FB2A392J CHIP

R109

R1l0 D101,102

D103 IC1

Q1

-3

Q4

RK73F82AI03J CHIP R92-0670-05 RK73FB2AI02J CHIP RK73FB2A822J CHIP R 8.2K J

RK73FB2A470J CHIP R 47 J RK73FB2A560J CHIP

RK73F82AI03J RK73FB2A101J

IT33C

lSV164 M54959FP 2SC3324(B) DTC144EK DIGITAL TRANSISTISlR

R

CHIP R

R

R 56 J

R

CHIP R 10K J CHIP

R

CHIP VARI-CAP DI~DE DIISlDE IC(FREQ SYNTHESIZER TRANSISTISlR

2.2K 10K

o

~HM

1.OK

47 J

3.9K J

100 J

Q5 2SC2714(Y) TRANSlSTISlR Q101 2SK582 Q102

2SC3120

FET TRANSlSnR

APC UNIT (X59-3130-00)

Cl

C2

C3

C4 CK73FBIHI02K CHIP C 1000PF

C5

CK73FB1H102K CHIP C 1000PF C92-0501-05 CHIP-TAN CK73FBIH472K

CK73FBIH472K

CHIP C 4700PF K CHIP C 4700PF K

1.5UF

K

6.3\/V

K

Cb

CK73FBIHI02K CHIP

C 1000PF K

TM-441 A: K,M,P TM-441E: E

21

TM-441A/E

Ken Thompson

*New Parts

Parts without Parts No. are not supplied. Les artloles non mentlonnes dans le Parts No. ne sont pas fournls. Telle ohne Parts No. werden nlcnt gellefert.

- i j -

Address

o f l t

Ref. No.

#1Ill .•

R1

R2

R3

R6

R4

.5

Q3

Q1 , 2

Cl CK73ff1E104Z C H I P C O.lUF

C2 C3 C4 C5 C92-0004-05 CHIP TAN

C6

C ' l

CB CK73GB I H 3 3 2 K C H IP C C9 C C ' l 3 G CHIH82 0 J CHI P CI0 CC7 3 G C H I H I 0 IJ CHIP C 1 0 0 P F

•

New

Parts

ii

Parts No.

o ! ! .

!!l

E23-04 ' l 1 - 0 5 RD41fB 2 B 2 2 2 J

RD41fB 2 B 1 0 2 J C A RBISIN

RD41fB 2 B 1 5 2 J C A RBlSlN RD41fB 2 B 1 2 2 J CA R B I S l N RD41fB 2 B 1 0 3 J C A RBISIN

2SAl16 2 ( y )

fMll1 T R A N S I S T I SIR

MICAMP UNIT

CK73GB 1 H 1 0 2 K CHIP C 1 0 0 0Pf CK'l3f B 1 E 3 3 3 K CC73GC H 1 H 2 7 0 J CHI P C

CK73fB I E 3 3 3 K C H IP C O . 0 3 3 U F CK'l3G B I H 6 8 1 K

PARTS LIST

~

• •

TERMIN A L CARBIS I N

TRANSI S T I S l R

IX59-361 0-00)

CHIP C

CHIP C 6 8 0 P F

APCUNIT

MICAMP UNIT

Description

o ! ! .

!!l

C 82Pf

;£i/m

2.2K 1K J

1. 5K

1. 2K 10K J

0.033U f K

27Pf J

1. OUF

3300PF K

IX59-3130-00)

IX59-361 0-00)

* &

1 / 8 ' 1 /

J

1 / 8 ' 1 / 1 / 8 1 1

J

1 / 8 1 1

J

1 / 8 ' 1 /

Z

K

16WV

K K

J

Desti- nation

{±

Re- marks

1<iJ.~

C11

RI R K 7 3 G B IJ223J

R2 RK73GB I J I 0 4 J C H IP R l OOK J

R3 R K 7 3 G B IJ561J C H I P R 560 J 111611

R4

R5 R K 7 3 G B 1J561J C H I P R

R6 R92-12 5 2 - 0 5 C HIP R

R7 R K 7 3 G B IJ394J C H I P R 390K J

RB RK73GB 1 J 2 2 4 J C H IP R R9 RI0 RK7 3 G B I J 3 3 3 J CHIP R 33K

Rl1 RK7 3 f B 2 A 4 7 3 J R12 R13 - 1 5 R K 7 3 G BIJ823 J C H I P R 82K

R16

ICl Ql 2 S C 4 1 1 6(GR) T R A N S I S TISlR

CK'l3G B I H I 0 2 K E23-04 7 1 - 0 5 T ERMINA L

RK73GB I J 4 7 0 J C H IP R 4 7 J 111611

RK73GB 1 J 1 8 4 J C H IP

RK73GB I J 2 2 4 J C H IP R R92-12 5 2 - 0 5 NJM455 8 M

CHIP C 1000PF K

CHIP

R 2 2 K J

560 J

o

ISIHM

R 1 8 0 K J

CHIP R

CHIP R IC(ISI P AMP X 2 )

220K J

47K J

220K J

o

ISIHM

J

1/16W

1 / 1 6 ' 1 /

1/16W

1 / 1 6 1 1

111611

1 / 1 6 1 1

1116W

1 / 1 0 1 1

111611 1/16W

22

TM-441 A: K,M,P TM-441E: E

--i

I

s:

~~~

»

<,

m

)

,.

~

-cl

r-

e

c

m

C

<

-

m

:e

)

9-~~

)

19

J9

I~-'-

)

M2.6x6 (Br-Tap) N87-2606-46

A M3 x 10 N09-0626-04

~

0'

c.CDc.

B M2.6 x 4 N09-0650-05

)

~~ B ,

f

CD

F M2.6 x 6 (F-Tap) N88-2606-46

C M2.6 x 6 (QC)BLK N33-2606-45

o

E M2.6x6 N87-2610-46

=

c

3110"CD

..

..•.

::r

I»

=

....•

en

iii

CD

ca

ClClI»

=

~

a

en

c

CD'

~

'2.

-e

~

TM-441A/E

Ken Thompson

308 PolystyrenePlate

(Hll-0823-04): M,P,E

32 Protectionsheet

(H13-0825-04): M,P,E

P A C K IN G

12 InstructionManual

(862-0033-00): E

10 Warrantycard

(846-0422-00): P (846-0419-00). E

30A PolystyrenePlate

(Hll-0822-04): K

11

A InstructionManual

(862-0031-00) K

M,P,ETypeOnly )

K

35 Protectionbag

(H25-0720-04)

54 Microphone

33 Protectionbag

(H25-0029-04): K,P

38 MICHOOK

(J20-0319-24): K,P

G TaptiteScrew

(N46-3010-46) x2: K,P

34 Protectionbag

(H25-0117-04)

14 DCPowerCord

(E30-2j11-05)

55 Wrench

(W01-0414-04)

53 ScrewSet

31 PolystyrenePlate

(H13-0814-04)

(N99-0331-05)

Fuse(lOA) (F05-1031-05)

29 Polystyrenefoamedfixture

(Hl0-2658-02)

(T91-0379-25): M (T91-0380-35): K,P (T91-0382-25): E

39 Stackingplate

(J21-4147-14) xz

41 8racket

(J29-0436-03)

<;

24

36 ItemCartonbox

(H52-0059-04): K,P (H52-0060-04): M (H52-0061-04): E

ADJUSTMENT

TM-441A/E

REQUIRED TEST EQUIPMENT

1. DC V.M and Tester

1) High input impedance

2. RF VTVM (RF V.M)

1) Input impedance: 1MO. min., 2pF max.

2) Voltage range: F.S=1OmV to 300V

3) Frequency range: Up to 450MHz

3. Frequency Counter (f. counter)

1) Input sensitivity: Approx. 50mV

2) Frequency range: Up to 450MHz

4. DC Power Supply

1) Voltage: 1OVto 17V, variable

2) Current 10A min.

5. Power Meter

1) Measurement range: Approx. 60W, 30W

2) Input impedance: 500.

3) Frequency range: 450MHz

6. AFVTVM (AFV.M)

1) Input impedance: 1MO. min.

2) Voltage range: F.S=1mV to 30V

3) Frequency range: 50Hz to 10kHz

7.

AF Generator (AG)

1) Output frequency: 100Hz to 10kHz

2) Output voltage: 0.5mV to 1V

8. Linear Detector

1) Frequency range: 450MHz

9. Spectrum Analyzer

1) Frequency range: 450MHz

10. Directional Coupler

11. Oscilloscope

1) High sensitivity oscilloscope with horizontal input

terminal

12. SSG

1) Frequency range: 450MHz band

2) Modulation: AM and FM MOD.

3) Output level: 0.1uvto 100mV

13. Dummy Load

1) aQ, 5W (approx.)

14. Noise Generator

1) Must generate ignition-like noise containing har-

monics beyond 450MHz.

15. Sweep Generator

1) Sweep range: 450MHz bands

16. Tracking Generator

PREPARATION

1) Unless otherwise specified, knobs and switches should be set as follows Table 6.

POWER SW AF VOL VR MIN SOL VOL VR VFO MR OFF DRS OFF

MI

CD

(MIC)

ST@

ON

®

GNO@

Fig. 13 MIC terminals (view from front panel

side)

2) Use an insulated adjusting rod to adjust trimmers and

coils.

3) To prevent damaging SSG, never set the stand by

switch to SEND while adjusting the receiver section.

4) Be sure to turn the power switch OFF, before con-

necting the power cable to a power source.

5) Meter and display section should be set as follows

Fig. 14.

ON CALL OFF

SHIFT/AL OFF

MIN TONE/T. ALT OFF

VFO REV/STEP

Table 6

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TM-441A/E

Ken Thompson

COMMON SECTION ADJUSTMENT

Item

1. Setting

2. Reset

3. PLL 1) RX VCO

4. Transmit 1) FREO. : 435.000 frequency FREO. : 445.000 adjustment

1) Source voltage: DC 13.8V

1) Turn POWER SW ON while

2)TX VCO

Condition

POWER SW : OFF

VOL VR : Full counter-clock-

SOLVR: CCW

TX-RX unit VR3 : CCW

holding down MR/M.

FREO. : 435.000 FREO. : 445.000 Receive.

FREQ. : 435.000

FREO. : 445.000

Transmit.

wise (CCW)

M.E

K . P

M.E 6.0 - 8.0V

K . P

M.E

K . P

Transmit. meter

ADJUSTMENT

Measurement

Test-

equipment

DVM TX-RX

f.counter Rear ANT TX-RX TC3 435.000MHz M.E ±100Hz

Power panel 445.000MHz

Terminal

Unit

TP3 Check

Unit Parts Method

Adjustment

Specifications/Remarks

Display 430.000 Display 440.000

2.5 - 4.5V

3.0 - 5.0V

Check 5.0 - 7.0V M.E

K . P

M.E

K . P

M.E

K . P

RECEIVER SECTION ADJUSTMENT

Item Condition

1. Helical 1) FREO. : 435.050 FREQ. : 445.050 Connect the tracking generator to ANT.(-40dBm)) Connect the spectrum analyzer to TP 1.

2. GAIN

3. Receiving sensitivity FREO. : 445.050

4. S-meter

1) FREO. : 435.050 FREO. : 445.050 SSG output: -123 dBm(O.16,uV) SSG MOD: 1kHz SSG DEV: 3kHz

1) FREQ. : 435.050 M.E AFV.M Rear SP Check

SSG output: -122dBm (0.18JLV) SSG MOD: 1kHz SSG DEV : 3kHz

2) FREQ. : 430.050 FREQ. : 438.050

3) FREO. : 439.950 FREO. : 449.950

1) FREQ. : 435.050 FREO. : 445.050

SSG output: -95dBm(4/LV) SSG MOD: 1kHz SSG DEV: 3kHz

2) SSG : OFF Check S-meter off.

M.E Tracking

K . P

M.E

K . P

M.E

K . P

M.E

K . P

M.E

K . P

Measurement Adjustment

Test-

equipment

generator Spectrum analyzer

Unit Terminal Unit

TX-RX

TP1 TX-RX TC1,2 Check whether re-

100pF 01

Parts

L3,5

Method

quired band obtain- ed at max. gain.

0 --1 ~

N·~

TPl

Distortion Rear SP TX-RX

meter panel

Oscilloscope SSG

Oscilloscope

SSG

LCD (S-meter) ments on (Adjust

panel

~l~

o~

gT ~

01,2: lSS99

TX-RX

Oscilloscop or Spectrum analyzer

L9

VR5

Best SINAD point. Turn L9 core CCW until best

All S-meter seg-

VR5 so that last segment just turns on.)

Specifications/Remarks

439 445 430 435

n

SINAD point obtained.

SINAD 12dB or more.

450{K,P) 440{M,E)

26

TRANSMITTER SECTION ADJUSTMENT

Item Condition

1-1. APe

1-2. MID

power

1-3. LOW

power

2. DEV.

3. Protection

4-1. TONE 1) FREQ. : 438.200

4-2. TONE

TM-441E

1) FREQ. : 435.000 FREQ. : 445.000

TX-RX unit VR3 : CCW Ammeter Transmit.

2) FREQ. : 430.000 FREQ. : 438.000

Transmit.

3) FREQ. : 439.975

FREQ.: 449.975

Transmit.

1) FREQ. : 435.000 FREQ. : 445.000

MID SW: ON

Transmit.

1) FREQ. : 435.000 FREQ. : 445.000 LOWSW: ON

Transmit.

1) FREQ. : 435.000 FREQ. : 445.000 AG : 1kHz, 25mV AG : 1kHz, 50mV Transmit.

2) AG : 1kHz, 2.5mV AG : 1kHz, 5.0mV

1) FREQ. : 439.975 FREQ. : 449.975

ANT: OPEN Transmit.

TONE:ON detector panel Transmit.

1) FREQ. : 435.000 Transmit.

M,E K,P

E

K,M,P

E

K,M,P M,E

K,P

TM-441A/E

ADJUSTMENT

Measurement Adjustment

Test-

equipment

Power Rear ANT Check meter panel

Linear Rear ANT detector panel Oscilloscope lute value of+or -

Power

meter

Ammeter Check

Linear Rear ANT Check

Oscilloscope

Power

meter

Unit Terminal Unit

TX-RX

TX-RX VR4 12W

TX-RX VR2

Parts

VR3 36W ±3W, lOA or less.

Method

Read RF meter. Check 33 - 42W

Read RF meter

Check 3.0 - 8.0W Read RF meter

±4.4kHz

(Read higher abso- Check for detected waveform.

value)

Check

TONE SW of MIC

:ON

Specifications/Remarks

37Wor more.

ON AIR LED on.

All RF meter LEDs on.

lOA or less.

±2W 10 RF meter LEDs on.

6 RF meter LEDs on.

±200Hz

±2.2 - 3.6kHz

lOA or less.

DEV. : ±0.5 - 1.3kHz

DEV. : ±2.5kHz or more.

27

-

Ken Thompson

TM-441A/E

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IC201

~

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7.6V

6

L

I

TM-441A/E

I

Con- Ter- Ter-

nector minal minal

No. No. Name

TX-RX UNIT (X57-370x-XX) (A/2)

CN1 1 E

2

CN2 1

CN3

~

r

I

BEEP 2 E 3 4 VO

VOA

5 1

2 NC

ES1

3 4 NC

EP1

5 6

7 DT

DET

B

9 RD

10 SC 11 12 SM 13 E

CN4

1 E

2 B

PSW

3 4 SB 5 BC 6 BZ

7 A2

B

9 AE

10 TO 11 ME 12 MIC 13 E GND.

GND. Speaker input.

SP

GND.

Voice memory input.

VI

Voice memory output

Power supply for voice memory. GND.

E

Shift register (lC5) enable.

PLL enable.

CK PLL clock.

PLL data. CTCSS DET output. Audio output. Squelch busy control output. Squelch output.

SO

S-meter output. GND.

GND. +13.8V. Power switch control input. Switched B Common +BV. Beep input (To AF IC from CPU). Audio input (To electronic volume from AF VOL). Audio output (To AF VOL).

A1

GND.

Tone input.

MICGND. Mic input (To MIC AMP unit).

TX-RX UNIT (X57-370X-XX) (8/2)

CN201 1 E GND.

2 NC

ES1

3

4

EP1

5 6

7

DET

B

9 RD

10

11 SO 12 SM 13 E GND.

Shift register enable (From CPU IC201)

NC

PLL enable (From CPU IC201). PLL clock (From CPU IC201).

CK

PLL data (From CPU IC201).

DT

Audio input (CPU IC201) Squelch busy control input

SC

(To CPU IC201). Squelch input (To CPU IC201). S-meter input (To CPU IC201).

TERMINAL FUNCTIONS

Con- Ter- Ter-

Terminal Function

nector minal minal

No. No. Name

CN202 1

2 B +13.BV. 3 4 SB Switched B 5 BC Common+BV 6 BZ Beep output (From CPU).

7 A2 Audio input

B

9 AE GND.

10 11 12 MIC 13

CN203 1

2 DT 3 VCK 4 GND GND. 5 6 01 DRS unit data.

7

B 04 DRS unit data.

CN204

1 2 C5 Common+5V. 3 DV 4 VOB 5 VOA 6 RD

7 WR

B ACL

9 STBY

10 OE

CN205 1 DT

2 3 CE 4 5 6 FC

7 NC

B

9 LAMP

W201 1 GND GND.

2 3 C5 4 DET

5

6 CTO

7 CTS

Terminal Function

E GND.

PSW Power switch control output (From CPU).

(To electronic volume from AF VOL).

A1 Audio input (To AF VOL).

Tone output (From IC246).

TO ME MICGND.

Mic output (From mic jack). GND.

E

PLL IC clock output (From CPU P21).

CK

PLL IC data output (From CPU P22).

DB DRS unit data.

DRS unit data.

02

DST

DRS unit VOB output. DRS unit VOA output. DRS unit RD output. DRS unit WR output. DRS unit RESET output. DRS unit STBY output.

LCD driver data output. LCD driver clock output.

CK

LCD driver enable output.

C5 Common +5V

E GND.

Function control

F-LAMP Function Lamp B

Lamp B

RD CTCSS unit voice de-modulation input.

Common+5V. CTCSS unit tone matching input. CTCSS unit clock output.

CTC

CTCSS unit data output. CTCSS unit enable output.

39

TM-441A/E

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IC.

TC9174F

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TM-441A/E

K DIAGRAM

-------------------------------------------------------------------------------~~~--~~~---------------------------------,

12. HH,

HCI

30.825"H:r

LPf

430-439.995MHz

438 --449.995MHz

430.0-

449.995MHz(E,M)

AHP

438.0-

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AF

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sn

R

O.0065Vrms

I "

.,

1455kHz

...•

with the front panel AF VOl control. Measuredwith AF

40dBEMFSSGsignalmodulatedat1kHz,DEV3kHz.

AFlevelobtainedwhentheAFoutputlevelisadjustedfor 0.63V/

sn

voltmeterconnectedto the externalspeakerjack, receiving a

AFVTVM

s

~

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3:

.J

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I

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-4

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Wattmeter(terminated by 50Q)

L

pointviaa O.OlI'Fcapacitor.

SGinputlevelfor which a 20dBNQ(upper)and12dBSINAD

1.2Vrms(High-frequencyVTVM)

(lower)are obtained. Measuredbyconnectingthe SGto each

n

High-frequencyVTVM

r

TX-RXUNIT • - MODULE~UNIT-'

19dBI'EMF

17dBI'EMF

AFVTVM

J

~== ~

O.66Vrms 0.14Vrms 0.5Vrms

v: Er V

{~_ ;l

(X59-3610-00) (X58-3480-00)

M" >CC ~

----------------435.06MHz ~.. 30.825MHz

~

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Receiver section

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UNIT

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-9dBI' EMF

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L1

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CONTROL 1 POWER~ TX·RX

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Transmitter section

1.AG issetsothatMICinputbecomes3kHzDEVat 1kHzMOD.

2.Transmittingfrequency: 435.06MHz

TM-441A/E

DRU-1 (DIGITAL RECORDING UNIT)

DRU-1 CIRCUIT DESCRIPTION

1. Overview

The DRU-l is a digital recording and playback

unit designed to be installed inside the TM-441 AlE series.

• Recording received audio (for output to the internal speaker) or transmit audio (microphone input)

• Outputting recorded audio to the internal speaker or

outputting recorded audio as modulating signals

during transmission

• Bui!t-in lithium battery back-up for maintaining DRU-

1 contents

2. Operations

• Recording received audio (for output to the internal speaker)

A received signal from the VO pin is fed into pin 1(OY) of the multiplexer ICl (TC4052BF). It is then fed into pin 59 (MIC IN) of IC3 (TC8830F) via pin 3 (Y).The signal is amplified approx. 26dB by a mic amplifier in IC3, and output via pin 60 (Cl). The signal from pin 60 is fed into pin 63 (C2) and amplified approx. 20dB. The amplified signal is applied to pin 64 (MIC OUT) and pin 65 (ADI).

• Recording transmit audio (microphone input)

Microphone input from the VI pin is amplified by 05,

and fed into pin 2 (2Y)of the multiplexer ICl (TC4052BF).

It is then supplied to IC3 (TC8830F) via pin 3 (Y) and recorded in the same way as in recording received

sound.

• Outputting recorded audio to the internal speaker

D/A convertor output from pin 66 (DAOI of IC3

(TC8830F) ispassed through aCRfilter, and amplified by

06. The amplified signal is then fed into pin 'j 3 (X)ot the

multiplexer ICl (TC4052BF), and output to the VO pin via pin 14 (lX).

• Outputting recorded audio as modulating

signals during transmission

When sound recorded in the DRU-l is played during transmission, the same operations as written above in outputting recorded audio to the internal speaker occur. That is, D/A convertor output from pin 66 (DAO) of IC3

(TC8830F) is passed through a CRfilter, amplified by 06, and fed into pin 13 (X)ofthe multiplexer ICl (TC4052BF). The sound, however, is output via pin 11 (3X).

Output to speaker Output during transmission Received audio recording

Transmit aidop recording

VOA YOB

(pin 10) (pin 9)

H H H

L L

L

H

On channel

lX (pin 14) 3X (pin 11) OY(pin 1) 2Y (pin 2)

Table 1 IC1: TC4052BF operations

DRU-1 DESCRIPTION OF COMPONENTS

ACCESSORY UNIT (X42-3010-00)

Component

ICl IC3 IC4-7

,

05 06

Dl D2 Reverse current prevention

Use/Function Description

Multiplexer Audio recording and playback S-RAM AF amplification AF amplification

Reverse current prevention

See DRU-l circuit description. See DRU-l semiconductor data.

Mic input amplification. Playback sound amplification.

Back-up.

43

TM-441A/E

Ken Thompson

DRU-1 SEMICONDUCTOR DATA

1. Audio recording and playback: TC8830F (lC3)

DRU-1 (DIGITAL RECORDING UNIT)

• Terminal connection diagram

EOS

ACI :

csuM

Vr.!

MICIN

Cl

VDD

VSS2

C2

MICOUT

ADI

DAO

FIL IN

5~t;; 8~t3 ~~~

~ ~ >

u,

(!)~~

aS C i

8~~ ~~~.

Al

A2

A3 A4

A5

VDD

A6

A7

I>JJ

A9

Al0

• Block diagram

R/W

ALE

c r -

eEl -eN

VDD VSSl

VSS2

AD-A14

EOS

ACe

STBY

PHO-PH3

DO-07

PO

-P3

,....------<1 MICIN

,....-----------QADI

CPUMXINXOUT 256K

Mic amp

MICOUT

DAO

• Terminal functions

Pin No. Pin name

1 FIL OUT 2 NC 3 TEST 4 D7 5 NC 6 D6 7 NC 8 D5 9 NC

10 D4

11,12 13-16 17-19 A14-A12

21-26 A11-A6

28-33

35-38 CE1-CE4

D3-DO

20 VSSl

27 VDD

A5-AO

34 CE

39

40 XIN I

STBY I Minimum current standby when standby

NC

1/0

0

-

I/O RAM data I/O. 43

-

I/O

-

I/O

-

I/O

-

I/O

0

-

0

-

0

-

0

Function

Not used. 41 XOUT Not connected. 42 Not used. "H" when 256K used.

Not connected. RAM data I/O. 45 WR I Write pulse input. Not connected. 46 RD RAM data I/O. 47-50 PH3-PHO Not connected. 51-54 P3-PO RAM data I/O. 55 EOS Not connected. 56 ACL I

RAM data I/O. 57 CPUM I "H" when CPU control enabled. RAM address output. 58 Vref

GND. 59

RAM address output. Power supply. 61 VDD RAM address output. Not used. RAM chip enable.

input is "H". 512kHz oscillation circuit. 67

Pin No. Pin name

256K I

RNIJ

44

60

62 VSS2 63 64 MIC OUT 65 66

ALE

MICIN

C1

C2

ADI

DAO

FIL IN I Not used.

1/0

512kHz oscillation circuit.

0

64K/256K RAM select,

RAM read/write output.

0

-

Not used.

Read pulse input.

I

-

Not used. Data bus.

I/O

Not used.

-

Reset signal input.

Analog circuit reference voltage output.

0

Mic amp. 1 input.

I

Mic amp. 1 output.

0

-

Power supply. GND.

-

Mic amp. 2 input.

I

0

Mic amp. 2 output.

Audio analysis circuit input.

I

D/A convertor output.

0

Function

44

DRU-1 (DIGITAL RECORDING UNIT)

2. DTMF DECODER: LR4102N (lC2)

• Pin connection

01

TM-441A/E

0

24

02

HIS

EN

GNOo

NC

IN1633

Voo

NC

Sl

S2

NC

ANALOG IN

2

3

4

5

6

7

8

9

10

11

12

(TopView)

04

23

08

22

CLOV

21

OV

ATS

19

XEN

18

NC

17

NC

16

OSC IN

15

14 OSC OUT

GNOA

13

• Pin description

Pin No.

1

2 3 4 GND 5 6 7 8

9

10

11

12

Name 1/0 Function Pin No. Name 1/0 Function

Dl

HIB I 16 digit cord setting 14 OSC

EN

NC

IN1633 I

V

NC

Sl

S2

NC

ANALOG IN

DTMF data output 13 GNDA

0

I Output enable 15 OSC

Digital GND (GND) 16 NC

-

D

-

NC 17

Valid 1633 Hz (GND) 18 XEN I

-

DD

Power supply

-

NC Bypass (Connected to ground by a

-

0.01 ~F capacitor.) Bypass (Connected to ground by a

-

0.01 ~F capacitor.) NC 23

-

I DTMF signal input

19 ATB 20 DV

21 CLDV I Data varied clear

22

24 D2

OUT

NC

D8 D4

-

Analog GND X-tal output

0

X-tal input

'N

I

-

NC

-

NC

X-tal enable

NC

0

Data varied

0

DTMF data output

0

DTMF data output

0

DTMF data output

0

45

TM-441A/E

Ken Thompson

DRU -1 (D IG ITAL R EC O R D ING UN IT)

*

New Parts Parts without Parts No. are not supplied. Les articles non mentlonnes dans le Parts No. ne sont pas fournls. Telle onns Parts No. werden nlcnt gellefert.

DRU-1 PARTS LIST

Ref. No.

f J l l I I l t - i t

-

.•.

-

...

_ .

-

C l

C 2 C K 7 3 F 8 1 H 1 0 2 K

C 3 C K 7 3 F F 1 E 1 5 4 Z

C 4 - 6 CK 7 3 F B 1 H 1 0 3 K C H I P

C 7 C K 7 3 E F 1 C 1 0 5 Z C H I P C 1. 0 U F Z

- 1 0

C B

C 1 1 C K 7 3 F F 1 E 1 0 4 Z C H I P C 1 . 2

C 1 3

C 1 5

C 1 6

C 1 7

C 1 9

C 2 0

C 2 1

C 2 3 C K 7 3 F B 1 H 1 0 3 K C H I P

C 2 4

C 2 5

C 2 6

C 2 7

C 2 8

C N 1

C N 2

e N 3

W 1

W 2

Address

1 : I ' c .

, 1 4

. 2 2 C C 7 3 F S L l H 1 0 1 J

N e w

Parts

fI

fi

Parts No.

la

-it

•

8 4 2 - 3 3 1 7 - 0 4 8 5 0 - ' 8 2 9 0 · - 0 0 I N S T R U C T I I S l N

G 1 0 - 0 6 6 6 ' - 0 4 N I S l N - · W f i l V E N G 1 0 - 0 6 7 9 ' - 0 4

G 1 3 - 0 9 1 3 " ' 0 4

H O 1 ' - 8 2 4 9 - 0 3

H 0 3 - · 2 7 7 2 · · · 0 4 I S I U T E R P A C K I N G

H 2 1 - 0 7 0 4 " ' 0 4

H 2 5 " 0 0 2 9 " 0 4

H 2 5 - 0 7 1 0 - 0 4 P R f S l T E C T I f S l N

N 8 7 - ' 2 6 0 6 - - 4 6 BRA Z I E R

X 4 2 - ' 3 0 1 O - 0 0

C K 7 3 F B 1 H 1 0 3 K C H I P

C K 7 3 F B 1 H 1 0 3 K C K 7 3 F B 1 H I 0 3 K C H I P C 0 . 0 1 0 U F K

C K 7 3 F 8 1 H 1 0 2 K

C K 7 3 F F I E I 0 4 Z

C K 7 3 F B 1 H 1 0 3 K C H I P

C K 7 3 F F I E I 0 4 Z

C K 7 3 F B 1 H 1 0 3 K C H I P

C K 7 3 F B 1 H I 0 2 K

C 9 2 ' - O O 1 0 · · · 0 5 CH I P T A N

C I 0 3 E 8 1 H 1 0 4 K C H I P

C K 7 3 F B 1 H 1 0 3 K CH I P C 0 . 0 1 0 U F K

C C 7 3 F S l l H 1 0 1 J C H I P C 1 0 0 P F J

C K 7 3 F F 1 E 1 0 4 Z

E 4 0 - 5 2 0 7 " ' 0 5

E 4 0 - 5 2 0 6 - 0 5 P I N C I S I N N E C T f i l R

E 4 0 - 5 1 8 1 ' - 0 5

E 3 1 - 6 0 0 5 - ' 0 5

E 3 1 · · · 6 0 0 6 · · · 0 5 C I S I N N E C T I N G WI R E

It

DRU-1

L A B E L

N f S l N - W f S l V E N

F f S l R M E D I T E M C A R T I S l N

P R I S I T E C T If S l N

P R I S I T E C T I I S l N

A C C E S S f S l R Y

ACCESSORY UNIT (X42-3010-00)

C H I P C

C H I P

C H I P C

C H I P

C H I P C H I P

C H I P

P I N

C f i l N N E C T I S l R

P I N Cfi l N N E C T I S I R

C I S I N N E C T I N G WI R E

Description

la

•

P L A T E

1-

C O . 1 5 U F

1-

C C

C O. 1 0 U F Z

r-

C

1-

C

1-

r

C O . 1 0 U F Z

~/~

M A N U A L

F A B R I C F A B R I C

B f S l X

C A S E

S H E E T

B A G B A G

T A P T I T E

H E A D

U N I T

0 . 0 1 0 U F

1 0 0 0 P F K

0 . 0 1 0 U F K

0 . 0 1 0 U F K O . 1 0 U F

1 0 0 0 P F

0 . 0 1 0 U F K

O . 1 0 U F 0 . 0 1 0 U F K

1 0 0 0 P F K 1 0 0 P F

0 . 0 1 0 U F K

6 . 8 U F 6. 3 W V

O . 1 0 U F K

~

S C R E W

Desti- nation

if

I(

Z

Z K

Z

J

Re- marks

(t;J.~

W 3

X l

X 2

R I

R 2

R J

f M

R~j

E: Scandinavia&Europe K: USA P: Canada W:E urope

46

U: PX (Far East Hawaii) T: E ngland M: O ther Areas

UE : AAFES(Europe) X: A ustralia

E 3 1 · · 6 0 0 7 - 0 5 Cf i l N N E C T I N G W I R E

F 2 0 - 0 5 2 0 · · - o 4 IN S U L A T I N G

F 2 0 - 0 5 2 1 - 0 4

L 7 7 · · 1 3 9 8 · · 0 5 CR Y S T A L R E S f i l N A T I S I R

L 7 8 - ' 0 0 5 0 - ' 0 5

f ~ n 3 F B 2 A I 0 3 J

H K 7 3 F B 2 A 3 9 2 J

R K 7 3 F B 2 A 1 0 3 J

f ~ K 7 3 F 8 2 A 1 0 5 J

f ~ n 3 F B 2 A 1 0 2 J

I N S U L A T I N G

R E S I S I N A T I S I R 51 2 K H Z

C H I P R

C H I P R 3. 9 K J

C H I P R

B I S I A R D B I S I A R D

1 0 1 ( 1 0 K J

1 . f. l M 1 . OK J

3 . 5 7 % 4 5 M H Z

1 / 1 0 W

J

1/10W 1/10W

1 1 l O W

J

1/10W

Lt.

indicates safety critical components.

DRU-1 (DIGITAL RECORDING UNIT)

*New Parts

Parts without Parts No. are not supplied.

Les articles non mentlonnes dans le Parts No. ne sont pas fournls.

Telle orme Parts No. werden nlcht gellefert.

TM-441A/E

Ref. No.

••• -it

Address

-fit

R6 R92-0670-05

R7

R8

R9 R10 R92-0670-05

•

New

Parts

Ii

Parts No.

.Ho

fII!

•

-it

RK73FB2A223J

RK73FB2A102J CHIP R

RK73FB2A105J

CHIP R

CHIP R CHIP R

CHIP R

R11 RK73FB2A223J CHIP R

R12 R92-0670-'05

R13 RK73FB2A222J

CHIP R

R14 RK73FB2A472J CHIP R

R15 RK73FB2A104J CHIP R

R16

R17

RK73FB2A105J CHIP R

RK73FB2A103J CHIP R 10K J

R1B RK73FB2A105J CHIP R

R19

R2D RI<:73FB2A104J

R21 RI<:73FB2A103J

R·Y'

~c;.

R23

R24

RK73FB2A562J

RK73FB2A102J

RI<:73FB2A564J

RI<:73FB2A273J

CHIP R

CHIP R 271<:

R25 RK73FB2A683J CHIP R

R26 RK73FB2A105J CHIP R

R27

R28

R29 -31 R92-0670-D5

R32 RK73FB2A220J

RK73FB2A222J CHIP R 2.2K

RK73FB2A224J

CHIP R 220K

CHIP R

Description

.Ho

fII!

~/m

o

8HM

22K J

1.OK

1.OM

o

ISIHM

22K J 11lOW

o

ISIHM

2.2K

4.7K J lOOK J 1I10W

1.OM

5.6K J lOOK J 1I10W

10K J 11lOW

1.OK

560K J 1I10W 681<:

1.OM

o

8HM

22

~ f±

1/10W

J

1/10W

J

1/10W

J 1I10W

1/10W

J

1/10W

J

1/1DW

1/10W

J

1/10W

J

1/10W

J 1I10W

1/10W

J

1I10W

J

j

1/10W

J

Desti- nation

Re-

marks

1a:J1I:'iIf

R33 RK73FB2A394J CHIP R 390K

,2

D1

1SS184

DI8DE

IC1 TC4052BF IC(4CH MPX/DE-MPXl

IC2 LR4102N IC IC3 TC8830F IC4 -7 HM62256LFP-15T

···3 2SC2712(BLl

01

Q4

G15

,6

DTC144EK

2SC2712 (BLl

IC IC

TRANSI STISIR

DIGITAL TRANSISTISIR

TRANSISTISIR

W09-0326···05 LITHIUM BATTERY

J 1I10W

E:Scandinavia&Europe K: USA P: Canada W:Europe

47

,

-"-

U: PX(FarEast.Hawaii) T: England M: OtherAreas

UE : AAFES(Europe) X: Australia

Lt

indicates. safety critical components.

A

Ken Thompson

C

E

TM-441A/E

DRU-1

DRU-1 PC BOARD VIEWS

ACCESSORY UNIT (X42-3010-00) Component side view

2

(DIGITAL R E C ORDING

UNIT)

IC1 : TC4052BF IC2: LR4102N IC3: TC8830F IC4-7: HM62256LFP-15T Q5,6: 25C2712(BL) D1,2: 155184

4

ACCESSORY UNIT (X42-3010-00) Foil side view

DTC144EK

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DTU-2 EXTERNAL VIEW

TM-441A/E

DTU-2 (DTMF UNIT)

DTU-2 PARTS LIST

,------------

Re 5 No.

Cl C2

C3.4 C5-8,10 C13-16 C9

Cl0 Cll

Xl

Rl-14 01 02,3 ICl

!

~

IC2 IC3

New Parts

Parts No. Description

CK73FB1El04K Chip C 0.1 CC73GCHl Hl 000 CC73GCHl H330J CK73GB1El03K CK73GL 1El 03K

CK73GBl E822K CK73GBl E322K Chip C 0.0033 CC73GSL 1Hl 01J E37-0033-05 E40-5188-05 L78-0061-05

RK73GBl JxxxJ DTCl14EU 2SC4116 (Y)

TP5088WM

LC7385M IC BU4066BF IC

Chip C 10 pF 0 Chip C 33 pF J Chip C 0.01 Chip C 0.01 Chip C 0.0082

Chip C 100 pF Connecting cable (6P) Pin ass'v socket (11 P) CERAMIC RESONATOR (358 MHz) Chip R Digial transistor Digital transistor IC

flF

flF flF

K

K K K K

J

51

TM-441A/E

Ken Thompson

DTU-2 PC BOARD .

Compone

nt side view

DTU-2 (DTMF UNIT)

Foilside view

SCHEMATIC DIAG_RAM

I

1

,

1

,

1

,

1

,

1

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M I C I N

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52

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MC-44 (MULTI FUNCTION MICROPHONE)

MC-44 SCHEMATIC DIAGRAM

r------l

S7 OWN S8 UP

-1- ....L...

I

L

o

1

2

3

4

o

5

.J

SW2.

LOCK

TM-441A/E

(SHIELD)

( BLACK)

1

o

PTT

SW1 PH

(RED) (BLUE)

(GREEN)

I I

I

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VFO

S4

-1-

MR

S5

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PF

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1

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MC-44 PARTS LIST

Ref. No.

New

parts

Parts No.

A02-0S96-0S

A02-0900-0S

B50-S293-0S

E30-2149-0S Curl cord

K29-3165-0S K29-316S-0S Knob K29-3169-0S K29-3170-0S Knob CALL, VFO, MR, PF

Case (Front) Case (Rear)

Instruction manual

Knob PTI

Knob

Description

UP DOWN

SW2 S31-1422-0S SW1 57,S S59-1409-0S Switch UP, DOWN

S50-1431-0S Micro switch PTI

T91-03S3-0S Microphone element (Condenser microphone)

Slide switch

LOCK

53

TM-441A/E

Ken Thompson

MC-44DM/MC-44DME

(MULTI FUNCTION MICROPHONE WITH AUTOPATCH)

MC-44DM/MC-44DME SCHEMATIC DIAGRAM

----

r

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L

--

r

CALL

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c o :.:

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r - a - ? r O - ? - o - ? r09

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---------

KEYBOARDPCB

----

OWN

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UP

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YSB

----

VFO L;R L;F

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MC-44DM/MC-44DME PARTS LIST

Ref. No.

SW2 SW1 S50-1431-08 Micro switch PTT S7,8 S59- 1409-08 Switch UP, DOWN

New

parts

Parts No. Description

A02-0898-08 A20-0899-08 A02-0901-08

850-8293-08

E30-2149-08

K29-3165-08 Knob PTT K29-3167-08 K29-3168-08 Knob UP K29-3169-08

S31-1422-08

T91-0383-08 Microphone element (Condenser microphone)

Case (Front) Case (Front) DTMF (With TONE) Case (Rear)

Instruction manual

Curl cord

Key top DTMF

Knob DOWN

Slide switch LOCK

DTMF

M

W

54

MC-44E (MULTI FUNCTION MICROPHONE)

MC-44E SCHEMATIC DIAGRAM

TM-441A/E

(BLACK)

,--

OWN UP

....•... ....a...

I

S7 580-+<>+=:"'--,

I I

L__

TONE

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3

4

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LOCK

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(SHIELD)

---------,

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SWI

-

ID

+

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a.

~

0

a::

ID

(RED)

R3

180

PTT

55

MC-44E PARTS LIST

Ref. No.

SW2 S31-1422-08 Slide switch SW1 S50-1431-08 Micro switch S7,8

New

parts

Parts No.

A02-0897-08 Case (Front) A02-0900-08

B50-8293-08 Instruction manual

E30-2149-08

K29-3165-08 K29-3168-08 Knob K29-3169-08 Knob DOWN K29-3170-08

S59-1409-08

T91-0383-08

Case (Rear)

Curl cord

Knob PTI

Knob 1750, VFO, MR, PF

Switch UP, DOWN

Microphone element (Condenser microphone)

Description

With TONE

UP

LOCK

PTI

TM-441A/E

Ken Thompson

--------------------------------~

TSU-6 (CTCSS UNIT)

TSU-6 EXTERNAL VIEW

TSU-6 PARTS LIST

Raf. No.

Cl C2 C3 C4,5 CK73EBl El04K C6 C7 Ca,9 Cl0 Cll C12 C13

Xl

Rl-l0 R12-14

VRl

01 02 03

ICl

IC2

N_

Parts

Parts No. Description

CTCSSUNIT (X52·3100·00)

CK73FB1Hl02K C92-0010-05 Tantal 6.a",F 6.3WV C92-0006-05 Tantal 3.3",F 4.0WV

CK73EBl H223K Chip C 0.022",F K CK73EBl El04K Chip C CC73FCH 1H150J Chip C 15pF

CK73FBl Hl02K Chip C 1000pF CK73EB1El04K C92-0507-05 Chip tan. C92-0510-05 Chip tan.

E40-5121-05

L77-1313-05

RK73FB2AoooJ Ch io resistor

RK73FB2AoooJ Chip resistor

R12-3460-05

DTC144TK

DTAl14EK 2SC27 i2jGR) Chip transistor

MN6520 MN4094BS

TSU-6 FINE ADJUSTMENT OF TONE FREQUENCY

The tone frequency can be fine adjusted with an interval

of 0.5% step over the range of 0 to +1.5%. Ground the Tl

(pin 10) and T2 (pin 9) of ICl to obtain the desired fre-

quency.

---------

0% +0.5% +1.0%

+1.5%

56

o :

Table 3

Chip C 1000pF

Chip C

Pin connector (lOP)

X'tal resonator 4.194304MHz

Trimming pot. 33kO

Digital transistor Digital transistor

IC IC

Tl

X

0

X

0

GND. X : OPEN

O.l",F K

O.l",F

O.l",F K

4.7",F

3.3",F

T2

X X

0 0

•. New Parts

K

J

K

6.3WV

4.0WV

TSU-6 REFERENCE DATA

TH·25's condition and MN4094BS (IC2) relationship

CTCSS TONE

switch

OFF

ON See table 2

01 - 4. 7.8 : Tone frequency setting

05: TX/RX switch for MN6520 ncn.

06: Power switch for MN6520 (ICl).

Tone frequency and MN6520 (lC1) relationship

Tone frequency

(Hz)

67,0

71.9

74.4

77.0

79.7

82.5

85.4

88.5

91.5

94.8

100.0 H

103.5 H

107.2 H

110.9 H

114.8 H

118.8

123.0 H

127.3 H

131.8 H

136.5

141.3

146.2 H

151.4

156.7

162.2

167.9 H

173.8

179.9

186.2

192.8

203.5

210.7 H

218.1

225.7 H

233.6

241.8

250.3

TX/RX MN4094BS terminal

switch as Q6

OFF

ON

OFF

ON

TX L H

RX L H

LTX L RX TX L L RX H TX RX H

L H

L L

Table 1

MN6520 terminal

55 54

56

MN4094B5 terminal

01

02 03

L

H

H H H

L

H H

L

H

L

H H

L

H H

L L

H

L H

H

L

H

H H H H

H

H L

H

H H

H

H H H

H

L L L L H L H L

L L L L L L L L

H

H H

H

L L

H

L L

H

L L

H H H

H

L L

Table 2

L

"H":

OFF.

H

L L L

L L L L L L L

L L

Q1 -4.7.8

L L

See table 2

L

RX.

"L": "L":

52

53

Q7

04

H

L L L

H H

L

H

L L L L

L

H

L

L L L

H

H H

L L

H

L L L H

L

H

H H

L

H

L

H

L

H

L L L L

L

H

H H

L

H

L

H

L

L L

H

H H

H

TX.

ON.

51

as

H

L

H

L

H

L

H H

H

L

H

L

H

L

.-

L

H

L

H

L

H

L

H

L

H

L

H

L

H

L

H

L

TSU-6 PC BOARD VIEWS

Component side view

TM-441A/E

TSU-6 (CTCSS UNIT)

Foil side view

TSU-6 CIRCUIT DIAGRAM

CTCSS UNIT(X52-3100-00)

,---

I

CN'

GNO

' 0-

10

"cl

9

SC

:::

8

CO

7

PTT

6

TO

5

SOD

4

CT

3

OT

2

ET

,

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u

: Component side

_: Foil side

---:,:-

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Q2

r--tl

T ~:

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-<W

57

TM-441A/E

Ken Thompson

General

Frequency range. .................................. 438 to 450 MHz . TM-441 A (K.P)

Mode. . .

Antenna impedance .

Power requirements .

Ground...... .. .

Frequency stability . Current drain

Transmit mode .

Receiver mode with no signal. Operating temperature . Dimensions (W x H x D) .

(Projection included). . . Weight .

Transmitter

Output power*

HI 35W MID lOW

LOW Approx. 5W Modulation Reactance modulation Spurious radiation Less than -60dB Maximum frequency deviation ±5kHz Audio distortion (at 60% modulation) Less than 3% (300 to 3000Hz) Microphone impedance 500 to 600n

SPECIFICATIONS

430 to 440 MHz. TM-441 A (Ml. TM-441 E (E)

. F3E (FM)

..50,0,

. .. 13.8VDC ±15%(117to158) . .. Negative

.. Less than ±10 ppm

· Less than lOA

· Less than 0.6 A

.... -20°C to 60°C (-4°F to +140°F)

. ... 140 x 40 x 160 mm (5-1/2" x 1-37/64" x 6-19/64")

. .. 141 x42 x 171 mm (5-9/16"x 1-21/32"x6-47/64")

·... 1.2 kg (265 Ibs)

Receiver

Circuitry Double conversion superheterodyne

Intermediate frequency (1st/2nd) 30.825MHz/455kHz Sensitivity (12dB SINAD) Less than 0.1611V Selectivity

-6dB More than 12kHz

-60dB Less than 24kHz Supurious response Better than 65dB Squelch sensitivity Less than 0.1 llV Output (5% distortion) More than 2W across 8n loads

External speaker impedance 8n

Notes:

1. Circuit and ratings are subject to change without notice due to advancements in technology.

2. * Recommended duty cycle: 1 minute Transmit, 3 minutes Reception.

KENWOOD CORPORATION

Shionogi Shibuya Building, 17·5, z-chorne Shibuya, Shibuya-ku, TOkyo 150, Japan

KENWOOO U.s.A. CORPORATION

COMMUNICATIONS & TEST EQUIPMENT GROUP

PO BOX 22745, 2201 East Dominguez SI, Long Beach, CA 90801·5745. U.S.A.

KENWOOO ELECTRONICS DEUTSCHLANO GMBH

Hernbrucker Str. 15, 6056 Heusenstamm, West Germany

KENWOOD ELECTRONICS BENELUX NV

Mechelsesteenweg 418 B·1930 Zaventem, Belgium

TRIO-KENWOOO FRANCE S.A.

13, Boulevard Ney, 75018 Paris, France

KENWOOO ELECTRONICS AUSTRALIA PTY. LTD.

=.o. Box 504, 8 Figtree Drive, Australia Centre, Homebush, N.S.W. 2140, Australia

KENWOOO&LEE ELECTRONICS, LTD.

Wang Kee Building, 5th Floor, 34·37, Connaught Road, Central, Hong Kong

KENWOOD ELECTRONICS CANADA INC.

PO BOX 1075, 959 Gana Court, Mississauga, Ontario, Canada L4T 4C2

,/

Kenwood TM-441A/E Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual