RTS DV3066 Service Manual

SERVICE MANUAL

© 2016 Jan.

CONTENTS

CIRCUIT DESCRIPTION ............................ 1

PARTS LIST ............................................... 5

ADJUSTMENT ........................................ 21

PC BOARD..................................................24

SCHEMATIC DIAGRAM............................ 26

BLOCK DIAGRAM..................................... 28

SPECIFICATIONS...................................... 29

DV3066

CIRCUIT DESCRIPTION

1. Frequency Configuration

The frequency configuration is shown in Figure 1 and

Table 1.

ANT

ANTSW

FINAL

RX/TX:66~88MHz

RF

AMP

MIX

MCF

38.850MHz

DRIVE

PRE

DRIVE

Fig. 1 Frequency configuration

Double super heterodyne

Reception method

1st IF Frequency 38.85MHz (Upper)

2nd IF Frequency 450kHz (Lower)
Transmission method VCO direct oscillation amplification
Modulation Variable reactance phase modulation

Table 1 Basic configuration

2. Receiver

2-1. Front-end RF Amplifier

The received signal from the antenna passes through a
low pass filter and then through a transmit/receive switching
circuit (antenna switch) and enters the band-pass filter
(L520, L521).

The signal passing through the band-pass filter (L520,
L521) is amplified by with an RF amplifier (Q506), passes
through a band-pass filter (L524, L522) and enters the first
mixer (Q507).

These band-pass filters are tuned to a desired frequency
by varicaps (D507, D508, D509, D510). A tuning voltage
corresponding to the desired signal is applied to each
varicap through the P76 terminal (pin 32) of the MPU (U201)
to tune to the receive frequency. (See Fig. 2)

2-2. First Mixer

The received signal passing through the band-pass filter
(L524, L522) is mixed with the first local signal generated by
the VCO by the first mixer (Q507) to produce a first IF signal
(38.85 MHz) (Upper heterodyne). The first IF signal passes
through a MCF (Monolithic crystal filter: XF3000 and
XF3001) to remove unwanted components.

The first IF signal passing through the MCF (XF3000 and

CF

450KHz

IFSYSTEM

MULTI PLY

PLL

VCO

38.40MHz

AMP

TCXO

AF

MIC
AMP

SP

19.200MHz

MIC

XF3001) is amplified by an IF amplifier (Q511) and the
resulting signal enters the FM IC (U503).

ANT

D501,D 502

D506

ANTSW

CF30 00

CF500

IF,MIX,DE T

U503

Q512

X2

MULTIPLY

2nd LocalOS C

BPF

X500

TCXO

RFAMP

Q506

VFO

Tunin gvoltage

U201
MPU

19.200M Hz

BPF

U204A

AFAMP

MIXER

Q507

VCO

XF3000 ,XF30 01

1st Local OSC

(PLL)

LV

MCF

PLL

AFPA AMP

U205

IFAMP
Q511

.

SP

Fig.2

2-3. IF Amplifier Circuit

The first IF signal (38.85 MHz) amplified by the IF
amplifier (Q511) and the second IF signal (38.40 MHz)
generated by tripling the 19.200 MHz reference oscillator
frequency of the TCXO (X500) by Q512, are mixed in the
FM IC to produce a second IF signal (450 kHz) (Lower
heterodyne). The second IF signal passes through a
ceramic filter (CF3000) to remove unwanted components.

The second IF signal passing through the ceramic filter
(CF3000) passes through the IF amplifier in the FM IC
again and is detected to produced an audio signal. (See
Fig.2)

2-4. Wide/Narrow Switching Circuit

Narrow and Wide settings can be made for each channel
by switching the demodulation level. The WIDE (high level)
and NARROW (low level) data is output from U201, pin 11.
When a WIDE (high level) data is received, Q503 and
Q509 turn on.
When a NARROW (low level) data is received, Q503 and
Q509 turn off.
Q503 and Q509 turns on/off with the Wide/Narrow data and
the U503 detector output level is switched to maintain a
constant output level during wide or narrow signals. (See
Fig.3)

P63(U201)

H:Wide
L:Narrow

Q503

Q509

AFOUT

U503

FMSYSTEM

R509

R596

QUAD

Q511

IFOUT

C654

T3000

5R

Fig.3

1

DV3066

1

7

CIRCUIT DESCRIPTION

2-5. Squelch

A noise component is obtained by passing FM
detection output (FM IC pin 9) through an operational
amplifier in the FM IC and band-pass filter consisting of
R593, R594, R595, C580, C581. The noise component is
rectified in the FM IC to produce a DC voltage, which is
output from the N-REC terminal (pin 14) of the FM IC as
squelch voltage.

The squelch voltage enters the SQ terminal (pin 40) of
the MPU (U201) and is compared with the reference
voltage preset in the MPU to control audio signal
ON/OFF.

U201
MPU

1stIFinput
(38.85MHz)

U503
FMIC

2ndlocalOSC

(38.40MHz)

Fig.4

3. AF signal system

3-1. Audio amplifier circuit

The demodulated signal from U503 goes to Audio
processor through U201 (AF filtered, high-pass filtered,
de-emphasized , De-Scrambler, Expander, and Mux).

The signal then goes through an AF amplifier U204A
(1/2), an AF volume control, and is routed to an audio
power amplifier (U205), where it is amplified and output
to the internal speaker. (See Fig.5)

3-2. Receive Signalling
3-2-1 Low-speed data（CTCSS/DCS）

The output signal from FM IC (U503) enters the
microprocessor (U201). U201 determines whether the
CTCSS or DCS matches the preset value, and controls
the SP MUTE (PA1) and the speaker output sounds
according to the squelch results

SPMUTE

PA1

RSSI

P71

SQ

P70

MIX

Noise
comp

Rectifier

Buffer

Local

OSC

CF3000

450kHz

. (See Fig.5)

RSSI

T3000

IFAMP

111213141516

654321

5R

10

Quad ratu re

detector

Inve rter

AMP

R593

C581

R595

Nois e
AMP

AFOUT

9

87

To output sounds from the speaker, U201 sends a high
signal to the PA1 line and turns U205 on through Q201,
Q205, Q206 and Q207. (See Fig.4)

2-6. S Meter Circuit

The S meter voltage is output from the RSSI terminal
(pin 12) of the FM IC (U503) and input to the SM terminal
(pin 39) of the MPU. Then the voltage is converted from
analog to digital in the MPU to control the S meter display
on the LCD. (See Fig.4)

U201

AQUA

LPF

C580

R5594

U204A Q206,Q207
AMP

VOL

Q201,Q205,

U205
AFPA

SW

LS200

SP

J201

3-2-2 High-speed data (DTMF)

The DTMF input signal from the FM IC goes to pin 18

of U202. The signal is demodulated by DTMF
demodulator in U202. The demodulated data goes to the
MPU for processing. (See Fig.5)

AbandFMIFICU503

IF AMP

DET

SQL

40

P70

U201
MPU

LNOUT

AFsignal

98

PA1

DEMOD

U202

DTMFdecoder

P20,P21,P22,P23, P64,P65

27 Audio

92

SPMUTE

Fig.5

AFAMP

U204A(1/2)

VOL

U205
AFPA

Q201,Q205,Q206,Q20

SW

LS200

SP

J20

2

DV3066

P

CIRCUIT DESCRIPTION

4. PLL frequency synthesizer

The PLL circuit generates the first local oscillator signal

for reception and the RF signal for transmission.

4-1.PLL circuit

A reference frequency of 5 kHz or 6.25 kHz is produced
by dividing the 19.20 MHz reference frequency of the
TCXO (X500) with PLL IC (U504). Comparison frequency
is produced by amplifying VCO output with an RF amplifier
(Q520) and dividing it with the PLL IC.
The PLL synthesizer with 5 kHz and 6.25 kHz step is
configured by comparing phases of the reference
frequency and comparison frequency.
The phase difference between reference frequency and
comparison frequency passes through a charge pump i n
the PLL IC, then ripples are removed with a loop filter with
low-range passing characteristics to produce VCO control
voltage (lock voltage). (See Fig. 6)

4-2.VCO circuit

The VCO produces a desired frequency directly with a
Colpits oscillation circuit containing an oscillation transistor
(Q518) used for both transmission and reception.

The VCO control voltage is applied to varicap (D516,
D517) to produce a desired frequency.

The PA0 terminal (pin 91) of the MPU (U201) goes "L"
during transmission, and the R/T control switch (Q519) is
turned OFF to change oscillation frequency. (See Fig. 6)

CHARGE

PUMP

Q520

RFAMP

Q516

RFAM

LPF

PA0

(U201 Pin91)

PLLDATA

19.200MHz

5C

D516, D517

REFOSC

Ripple

Fil te r

Q504

T/RSW

Q519

Q518

VCO

PLLICU504

I/N

I/M

Q517

BUFFAMP

MOD

5KHz/6.25KHz

PHASE

COMPARATOR

5KHz/6.25KHz

MOD

Fig.6

5. Transmission signal system

5-1.Microphone Amplifier Circuit

The audio signal from the microphone passes through a
microphone amplifier (U207) and enters Audio processor
(U201).U201 is composed of Compressor, high-pass
filtered, pre-emphasis, Mux, Scrambler, limiter, low-pass
filtered, and MOD circuit. The signal then passes through a
low-pass filter (splatter fiIter) Q208 and cuts 3kHz and
higher frequencies. The resulting signal goes to the VCO
through the VCO modulation terminal for direct FM
modulation. (See Fig. 7)

U207

MICAM P

C

MI

U201
MUP

Fig.7

5-2. Encode Signalling

CTCSS/DCS/DTMF

A necessary signal for CTCSS/DCS/DTMF encoding is
generated by U201 and FM-modulated to the PLL
reference signal. Since the reference OSC does not
modulate the loop characteristic frequency or higher,
modulation is performed at the VCO side by adjusting the
balance. (See Fig. 7)

5-3. Drive and Final Amplifier Circuit

The signal from the T/R switch (D503 is on) is amplified
by the pre-drive (Q515) and drive amplifier (Q513) to
50mW. The output of the drive amplifier is amplified by the
RF power amplifier (Q505) to 5W (1W when the power is
low).

The RF power amplifier consists of two MOS FET stages.
The output of the RF power amplifier is then passed
through the harmonic filter (LPF) and antenna switch
(D506) and applied to the antenna terminal.
(See Fig. 8)

Fro m

T/R SW

D503)(

Q515 Q513 Q505 D506

DRIVE

AMP

VDDVG VG

+BA TT

AMP

RF

R589

R590

R591

RF

FI NALAMP

APC

(U201)

U502A
(1/2 )

Fig.8

Q208

LPF

(SPLATTERFILTER)

ANTSW

U502B

(2/2 )

VCO

TCXO

ANT

LPF

3

DV3066

5-4. APC Circuit

The APC circuit always monitors the current flowing
through the RF power amplifier (Q505) and keeps a
constant current. The voltage drop at R589, R590 and
R591 is caused by the current flowing through the RF
power amplifier and this voltage is applied to the differential
amplifier U502(1/2). U502 (2/2) compares the output
voltage of U502 (1/2) with the reference voltage from U201.
The output of U502 (2/2) controls the VG of the RF power
amplifier, Drive amplifier and Pre-Drive amplifier to make
both voltages the same.

The change of power high/low is carried out by the
change of the reference voltage. (See Fig. 8)

6 Control Circuit

The microprocessor (U201) operates at a clock of

32.768KHz.The control circuit consists of a microprocessor
(U201) and its peripheral circuits. It controls the TX-RX unit.
U201 mainly performs the following:
(1) Switching between transmission and reception by the

PTT signal input.

(2) Reading system, group, frequency, and program data

from the memory circuit.
(3) Sending frequency program data to the PLL.
(4) Controlling squelch on/off by the DC voltage from the

squelch circuit.
(5) Controlling the audio mute circuit by the decode data

input.
(6) Transmitting tone and encode data.

6-1.

Memory Circuit

Memory circuit consists of the MPU (U201 and an
EEPROM (U203). An EEPROM has a capacity of 64k bits
that contains the transceiver control program for the MPU
and data such as transceiver channels and operating
features. (See Fig. 9)

Fig.9

6-2. Low battery warning

The battery voltage is monitored by the microprocessor
(U201). When the battery voltage falls below the voltage
set by the Low Battery Warning adjustment, the red LED

U201
CPU

U203

EEP R OM

flashes to notify the operator that it is time to replace the
battery. If the battery voltage falls even more (approx.

6.0V), a beep sounds and transmission is stopped.

Low battery warning Battery condition

The red LED flashes
during transmission
The red LED flashes
and a continuous beep
sounds while PTT
pressed.

BATT1

R2 04

The battery voltage is low but
the transceiver is still usable.
The battery voltage is low and
the transceiver is not usable to
make calls.

U201

38

P72

C200

R2 03

MPU

Fig.10

7. Power Supply

There are four 5V power supplies for the microprocessor:
5M,5C,5R, and 5T. 5M for microprocessor is always output
while the power is on. 5M is always output, but turns off
when the power is turned off to prevent malfunction of the
microprocessor.
5C is a common 5V and is output when SAVE is not set to
OFF.
5R is 5V for reception and output during reception.
5T is 5V for transmission and output during transmission.

4

SPARTS LIST

MAIN UNIT

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

C200 SMT CAPACITOR 0603 1 104±10% 50V
C201 SMT CAPACITOR 0603 1 102±10% 50V
C202 SMT CAPACITOR 0603 1 473±10% 50V
C203 SMT CAPACITOR 0603 1 102±10% 50V
C204 SMT CAPACITOR 0603 1 103±10% 50V
C205 SMT CAPACITOR 0603 1 104±10% 50V
C206-C212 SMT CAPACITOR 0603 7 103±10% 50V
C213 SMT CAPACITOR 0603 1 104±10% 50V
C214-C220 SMT CAPACITOR 0603 7 103±10% 50V
C221 SMT CAPACITOR 0603 1 183±10% 50V
C222 SMT CAPACITOR 0805 1 685±10% 50V
C223 SMT CAPACITOR 0603 1 224±10% 50V
C224 SMT CAPACITOR 0603 1 105±10% 50V
C225 SMT CAPACITOR 0603 1 NO USE
C226 SMT CAPACITOR 0805 1 105±10% 50V
C227 SMT CAPACITOR 0805 1 104±10% 50V
C228-C233 SMT CAPACITOR 0603 6 104±10% 50V
C234 SMT CAPACITOR 0603 1 224±10% 50V
C235-C237 SMT CAPACITOR 0603 3 104±10% 50V
C238 SMT CAPACITOR 0603 1 332±10% 50V
C239 SMT CAPACITOR 0603 1 223±10% 50V
C240 SMT CAPACITOR 0603 1 104±10% 50V
C241 SMT CAPACITOR 0603 1 224±10% 50V
C242 SMT CAPACITOR 0603 1 104±10% 50V
C243 SMT CAPACITOR 0603 1 224±10% 50V
C244-C245 SMT CAPACITOR 0603 2 104±10% 50V
C246 SMT CAPACITOR 0603 1 273±10% 50V

DV3066

5

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

C247-C248 SMT CAPACITOR 0603 2 20P±5% 50V
C249 SMT RESISTOR 0603 1 0R
C250 SMT CAPACITOR 0603 1 47P±5% 50V
C251 SMT CAPACITOR 0603 1 105±10% 50V
C252 SMT CAPACITOR 0603 1 100P±5% 50V
C253 SMT CAPACITOR 0603 1 56P±5% 50V
C254 SMT CAPACITOR 0603 1 220P±5% 50V
C255-C258 SMT CAPACITOR 0805 1 225±10% 50V
C259-C260 SMT CAPACITOR 0603 2 100P±5% 50V
C261 SMT RESISTOR 0603 1 100R±5%
C262 SMT CAPACITOR 0603 1 103±10% 50V
C263 SMT CAPACITOR 0603 1 104±10% 50V
C264 SMT CAPACITOR 0603 1 30P±5% 50V
C265 SMT CAPACITOR 0603 1 103±5% 50V
C267 SMT CAPACITOR 0603 1 15P±5% 50V
C268 SMT CAPACITOR 0603 1 470P±5% 50V
C269 SMT CAPACITOR 0603 1 272±5% 50V
C270 SMT CAPACITOR 0603 1 473±5% 50V
C271 SMT CAPACITOR 0603 1 332±5% 50V
C272 SMT CAPACITOR 0603 1 224±10% 50V
C273 SMT CAPACITOR 0603 1 472±10% 50V
C274 SMT CAPACITOR 0603 1 332±5% 50V
C275 SMT CAPACITOR 0603 1 105±10% 50V
C276 SMT CAPACITOR 0603 1 680P±5% 50V
C277 SMT CAPACITOR 0603 1 332±10% 50V
C278 SMT CAPACITOR 0805 1 475±10% 50V
C279 SMT CAPACITOR 0805 1 225±10% 50V
C280 SMT CAPACITOR 0603 1 103±10% 50V

6

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

C281 SMT CAPACITOR 0603 1 102±10% 50V
C282 SMT CAPACITOR 0603 1 104±10% 50V
C283 SMT CAPACITOR 0603 1 122±10% 50V
C284-C286 SMT CAPACITOR 0603 3 103±10% 50V
C287 SMT CAPACITOR 0603 1 470P±5% 50V
C288 SMT CAPACITOR 0603 1 104±10% 50V
C500 SMT CAPACITOR 0603 1 103±10% 50V
C501 SMT CAPACITOR 0603 1 102±10% 50V
C502 SMT CAPACITOR 0603 1 103±10% 50V
C503-C508 SMT CAPACITOR 0603 6 102±10% 50V
C509 SMT CAPACITOR 0603 1 103±10% 50V
C510 SMT CAPACITOR 0603 1 104±10% 50V
C511 SMT CAPACITOR 0603 1 102±10% 50V
C512-C525 SMT CAPACITOR 0603 14 102±10% 50V
C526-C536 SMT CAPACITOR 0603 11 103±10% 50V
C537-C551 SMT CAPACITOR 0603 15 103±10% 50V
C552 SMT CAPACITOR 0603 1 103±10% 50V
C553 SMT CAPACITOR 0603 1 103±10% 50V
C554 SMT CAPACITOR 0805 1 105±10% 50V
C555-C556 SMT CAPACITOR 0603 2 105±10% 50V
C557 SMT CAPACITOR 0603 1 104±10% 50V
C558-C560 SMT CAPACITOR 0603 3 104±10% 50V
C561 SMT CAPACITOR 0603 1 102±10% 50V
C562-C565 SMT CAPACITOR 0603 4 104±10% 50V
C566 SMT CAPACITOR 0603 1 224±10% 50V
C567 SMT CAPACITOR 0805 1 470P±10% 50V
C568 SMT CAPACITOR 0603 1 15P±5% 50V
C569 SMT CAPACITOR 0603 1 9P±0.1P 50V
C570 SMT CAPACITOR 0603 1 120±5% 50V

7

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

C571 SMT CAPACITOR 0603 1 12P±5% 50V
C572 SMT CAPACITOR 0603 1 10P±0.25P 50V
C573 SMT CAPACITOR 0603 1 NO USE
C574 SMT CAPACITOR 0603 1 6P±0.1P 50V
C575-C577 SMT CAPACITOR 0603 3 NO USE
C578 SMT CAPACITOR 0603 1 33P±5% 50V
C579 SMT RESISTOR 0603 1 2.2K±5%
C580-C581 SMT CAPACITOR 0603 2 220P±5% 50V
C582-C583 SMT CAPACITOR 0804 2 225±10% 50V
C584 SMT CAPACITOR 0603 1 102±10% 50V
C585 SMT CAPACITOR 0603 1 100P±5% 50V
C586 SMT CAPACITOR 0603 1 33P±5% 50V
C587 SMT CAPACITOR 0603 1 100P±5% 50V
C588 SMT CAPACITOR 0603 1 102±10% 50V
C589-C591 SMT CAPACITOR 0603 3 100P±5% 50V
C592 SMT CAPACITOR 0603 1 27P±5% 50V
C593 SMT CAPACITOR 0603 1 102±10% 50V
C594-C596 SMT CAPACITOR 0603 3 470P±10% 50V
C597 SMT CAPACITOR 0603 1 102±10% 50V
C598 SMT CAPACITOR 0603 1 103±10% 50V
C599 SMT CAPACITOR 0603 1 6P±0.1P 50V
C600 SMT CAPACITOR 0603 1 102±10% 50V
C601-C607 SMT CAPACITOR 0603 7 470P±10% 50V
C608 SMT CAPACITOR 0603 1 56P±5% 50V
C609 SMT CAPACITOR 0603 1 102±10% 50V
C610-C612 SMT CAPACITOR 0603 3 470P±10% 50V
C613 SMT CAPACITOR 0603 1 NO USE
C614 SMT CAPACITOR 0603 1 27P±5% 50V

8

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

C615 SMT CAPACITOR 0603 1 15P±5% 50V
C616 SMT CAPACITOR 0603 1 18P±5% 50V
C617 SMT CAPACITOR 0603 1 2P±0.1P 50V
C618 SMT CAPACITOR 0603 1 24P±5% 50V
C619 SMT CAPACITOR 0603 1 5P±0.1P 50V
C620 SMT CAPACITOR 0603 1 2P±0.1P 50V
C621 SMT CAPACITOR 0603 1 5P±0.1P 50V
C622 SMT CAPACITOR 0603 1 0.5P±0.1P 50V
C623 SMT CAPACITOR 0603 1 33P±5% 50V
C624 SMT CAPACITOR 0603 1 39P±5% 50V
C625 SMT CAPACITOR 0603 1 10P±5% 50V
C626 SMT CAPACITOR 0603 1 5P±0.1P 50V
C627 SMT CAPACITOR 0603 1 10P±0.25P 50V
C628 SMT CAPACITOR 0603 1 NO USE
C629 SMT CAPACITOR 0603 1 39P±5% 50V
C630 SMT CAPACITOR 0603 1 47P±5% 50V
C631 SMT CAPACITOR 0603 1 39P±5% 50V
C632 SMT CAPACITOR 0603 1 12P±5% 50V
C633 SMT CAPACITOR 0603 1 24P±5% 50V
C634 SMT CAPACITOR 0603 1 5P±0.1P 50V
C635 SMT CAPACITOR 0603 1 27P±5% 50V
C636 SMT CAPACITOR 0603 1 3P±0.1P 50V
C637 SMT CAPACITOR 0603 1 30P±5% 50V
C638 SMT CAPACITOR 0603 1 150P±5% 50V
C639 SMT CAPACITOR 0603 1 68P±5% 50V
C640 SMT CAPACITOR 0603 1 27P±5% 50V
C641 SMT CAPACITOR 0603 1 56P±5% 50V
C642-C645 SMT CAPACITOR 0603 4 27P±5% 50V

9

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

C646 SMT CAPACITOR 0603 1 18P±5% 50V
C647 SMT CAPACITOR 0603 1 10P±0.25P 50V
C648 SMT CAPACITOR 0603 1 NO USE
C649 SMT CAPACITOR 0603 1 2P±0.1P 50V
C650-C651 SMT CAPACITOR 0603 2 15P±5% 50V
C652 SMT SMALL FIXED INDUCTOR 0603 1 27nH
C653 SMT CAPACITOR 0603 1 47P±5% 50V
C654 SMT CAPACITOR 0603 1 82P±5% 50V
C655 SMT CAPACITOR 0603 1 27P±5% 50V
C656 SMT CAPACITOR 0603 1 2P±0.1P 50V
C657 SMT CAPACITOR 0603 1 1.5 P±0.1P 50V
C658 SMT CAPACITOR 0603 1 82P±5% 50V
C659 SMT CAPACITOR 0603 1 24P±5% 50V
C660 SMT CAPACITOR 0603 1 47P±5% 50V
C661 SMT CAPACITOR 0603 1 27P±5% 50V
C662 SMT CAPACITOR 0603 1 22P±5% 50V
C663 SMT CAPACITOR 0603 1 30P±5% 50V
C664 SMT CAPACITOR 0603 1 27P±5% 50V
C665 SMT CAPACITOR 0603 1 102±10% 50V
C666-C667 SMT CAPACITOR 0603 2 NO USE
C900 SMT CAPACITOR 0603 1 NO USE
C901 SMT CAPACITOR 0603 1 NO USE
C902 SMT CAPACITOR 0603 1 NO USE
C903 SMT CAPACITOR 0603 1 NO USE
C904 SMT CAPACITOR 0603 1 NO USE
C907 SMT CAPACITOR 0603 1 NO USE
E200 SMT TANT ALUM CAPACITOR A type 1 10uF±20% 10V
E205 SMT TANT ALUM CAPACITOR A type 1 22uF±20% 6.3V

10

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

E500-E503 SMT TANTALUM CAPACITOR A type 4 10uF±20% 10V
E504 SMT TANT ALUM CAPACITOR A type
E505 SMT TANT ALUM CAPACITOR A type 1 0.47uF±20% 35V
E506 SMT TANT ALUM CAPACITOR A type 1 0.22uF±20% 35V
E507 SMT TANT ALUM CAPACITOR A type
R200 SMT RESISTOR 0603 1 5.1K±5%
R201 SMT RESISTOR 0603 1 47K±5%
R202 SMT RESISTOR 0603 1 100K±5%
R203 SMT RESISTOR 0603 1 51K±1%
R204 SMT RESISTOR 0603 1 150K±1%
R205 SMT RESISTOR 0603 1 560R±5%
R206 SMT RESISTOR 0603 1 1.8K±5%
R207 SMT RESISTOR 0603 1 100R±5%
R208 SMT RESISTOR 0603 1 10K±5%
R209 SMT CAPACITOR 0603 1 564±10% 50V
R210 SMT RESISTOR 0603 1 1K±5%
R211 SMT RESISTOR 0603 1 100K±5%
R212 SMT RESISTOR 0603 1 NO USE
R213 SMT RESISTOR 0603 1 560K±5%
R214 SMT RESISTOR 0603 1 NO USE
R215-R216 SMT RESISTOR 0603 2 470K±5%
R217-R218 SMT RESISTOR 0603 2 220R±5%
R219 SMT RESISTOR 0603 1 10R±5%
R220 SMT RESISTOR 0603 1 100K±5%
R221-R222 SMT RESISTOR 0603 2 10K±5%
R223 SMT RESISTOR 0603 1 10R±5%
R224 SMT RESISTOR 0603 1 10K±5%
R225 SMT RESISTOR 0603 1 1K±5%
R226-R227 SMT RESISTOR 0603 2 10K±5%

1

4.7uF±20% 10V

1

22uF±20% 16V

11

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

R228 SMT RESISTOR 0603 1 10K±5%
R229-R233 SMT RESISTOR 0603 5 10K±5%
R234 SMT RESISTOR 0603 1 100R±5%
R235 SMT RESISTOR 0603 1 1K±5%
R236 SMT RESISTOR 0603 1 100K±5%
R237 SMT RESISTOR 0603 1 10K±5%
R238 SMT RESISTOR 0603 1 2.2K±5%
R239 SMT RESISTOR 0603 1 1K±5%
R240 SMT RESISTOR 0603 1 33K±5%
R241 SMT RESISTOR 0603 1 NO USE
R242 SMT RESISTOR 0603 1 22K±5%
R243 SMT RESISTOR 0805 1 NO USE
R244-R245 SMT RESISTOR 0603 2 33K±5%
R246 SMT RESISTOR 0603 1 220K±5%
R247 SMT RESISTOR 0603 1 100K±5%
R248-R249 SMT RESISTOR 0603 2 1K±5%
R250-R253 SMT RESISTOR 0603 4 4.7K±5%
R254 SMT RESISTOR 0603 1 2.2K±5%
R255 SMT RESISTOR 0603 1 0R
R256 SMT RESISTOR 0603 1 120K±5%
R257 SMT RESISTOR 0603 1 47K±5%
R258 SMT RESISTOR 0603 1 33K±5%
R259 SMT RESISTOR 0603 1 22R±5%
R260 SMT RESISTOR 0603 1 120K±5%
R261 SMT RESISTOR 0603 1 330K±5%
R262 SMT RESISTOR 0603 1 330K±5%
R263 SMT RESISTOR 0603 1 51K±5%
R264 SMT RESISTOR 0603 1 100K±5%
R265 SMT RESISTOR 0603 1 27K±5%

12

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

R266 SMT RESISTOR 0603 1 NO USE
R267 SMT RESISTOR 0603 1 1.8M±5%
R268 SMT RESISTOR 0603 1 6.8K±5%
R269 SMT RESISTOR 0603 1 3.3K±5%
R270 SMT RESISTOR 0603 1 300K±5%
R271 SMT RESISTOR 0603 1 10K±5%
R272 SMT RESISTOR 0603 1 1K±5%
R273 SMT RESISTOR 0603 1 100K±5%
R274 SMT RESISTOR 0603 1 470R±5%
R275 SMT RESISTOR 0603 1 1K±5%
R276 SMT RESISTOR 0603 1 4.7K±5%
R277 SMT RESISTOR 0603 1 10K±5%
R278 SMT RESISTOR 0603 1 NO USE
R500 SMT RESISTOR 0603 1 51K±5%
R501 SMT RESISTOR 0603 1 120K±5%
R502-R507 SMT RESISTOR 0603 6 150K±1%
R508 SMT RESISTOR 0603 1 560R±5%
R509-R510 SMT RESISTOR 0603 2 1.8K±5%
R511 SMT RESISTOR 0603 1 56 K±5%
R512-R513 SMT RESISTOR 0603 2 NO USE
R514 SMT RESISTOR 0603 1 100R±5%
R515 SMT RESISTOR 0603 1 330R±5%
R516 SMT RESISTOR 0603 1 3.3K±5%
R517 SMT RESISTOR 0603 1 2.2K±5%
R518 SMT RESISTOR 0603 1 220R±5%
R519-R523 SMT RESISTOR 0603 5 10K±5%
R524-R527 SMT RESISTOR 0603 4 100R±5%
R528 SMT RESISTOR 0603 1 22R±5%
R529 SMT RESISTOR 0603 1 100R±5%

13

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

R530 SMT RESISTOR 0603 1 330R±5%
R531 SMT RESISTOR 0603 1 100R±5%
R532 SMT RESISTOR 0603 1 33R±5%
R533 SMT RESISTOR 0603 1 56K±5%
R534 SMT RESISTOR 0603 1 47K±5%
R535 SMT RESISTOR 0603 1 56K±5%
R536-R537 SMT RESISTOR 0603 2 150K±5%
R538 SMT RESISTOR 0603 1 100K±5%
R539 SMT RESISTOR 0603 1 22K±5%
R540-R543 SMT RESISTOR 0603 4 100K±5%
R544 SMT RESISTOR 0603 1 4.7K±5%
R545 SMT RESISTOR 0603 1 0R
R547 SMT RESISTOR 0603 1 680R±5%
R548 SMT RESISTOR 0603 1 47K±5%
R549 SMT RESISTOR 0603 1 4.7K±5%
R550-R551 SMT RESISTOR 0603 2 2.2K±5%
R552 SMT RESISTOR 0603 1 22R±5%
R553 SMT RESISTOR 0603 1 0R
R554 SMT RESISTOR 0603 1 12K±5%
R555 SMT RESISTOR 0603 1 82K±5%
R556 SMT RESISTOR 0603 1 33K±5%
R557 SMT RESISTOR 0603 1 15K±5%
R558 SMT RESISTOR 0603 1 82K±5%
R559 SMT RESISTOR 0603 1 100K±5%
R560 SMT RESISTOR 0603 1 120K±5%
R561-R562 SMT RESISTOR 0603 2 68K±5%
R563 SMT RESISTOR 0603 1 47K±5%
R564 SMT RESISTOR 0603 1 100K±5%
R565 SMT RESISTOR 0603 1 330K±5%

14

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

R566-R567 SMT RESISTOR 0603 2 1.2K±5%
R568 SMT RESISTOR 0603 1 6.8K±5%
R569-R571 SMT RESISTOR 0603 3 3.3K±5%
R572 SMT RESISTOR 0603 1 47R±5%
R573 SMT RESISTOR 0603 1 47R±5%
R574 SMT RESISTOR 0805 1 120R±5%
R575-R579 SMT RESISTOR 0603 5 1M±5%
R580-R581 SMT RESISTOR 0805 2 10R±5%
R582 SMT RESISTOR 0603 1 56R±5%
R583 SMT RESISTOR 0603 1 27K±5%
R584 SMT RESISTOR 0603 1 82K±5%
R585 SMT RESISTOR 0603 1 10R±5%
R586 SMT RESISTOR 0603 1 820R±5%
R587 SMT RESISTOR 0603 1 560R±5%
R588 SMT RESISTOR 0603 1 390R±5%
R589-R591 SMT RESISTOR 1206 3 0.36R±5%
R592 SMT RESISTOR 0603 1 220K±5%
R593 SMT RESISTOR 0603 1 270K±5%
R594 SMT RESISTOR 0603 1 180K±5%
R595 SMT RESISTOR 0603 1 3.9K±5%
R596 SMT RESISTOR 0603 1 1.5K±5%
R597 SMT RESISTOR 0603 1 180R±5%
R598 SMT RESISTOR 0603 1 330R±5%
R599 SMT RESISTOR 0603 1 680R±5%
R600 SMT RESISTOR 0603 1 0R
R601 SMT RESISTOR 0603 1 100R±5%
R602-R603 SMT RESISTOR 0603 2 2.7K±5%
R604 SMT RESISTOR 0603 1 4.7K±5%
R605 SMT RESISTOR 0603 1 6.8K±5%

15

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

R606 SMT RESISTOR 0603 1 8.2K±5%
R607-R610 SMT RESISTOR 0603 7 NO USE
R900 SMT RESISTOR 0603 1 NO USE
R903 SMT RESISTOR 0603 1 NO USE
RP200-RP201
RP202-RP203 SMT RESISTOR ARRAY 4D03 2 5.1K×4
RP204 SMT RESISTOR ARRAY 4D03 1 1K×4
RP205 SMT RESISTOR ARRAY 4D03 1 47K×4
RP500 SMT RESISTOR ARRAY 4D03 1 1K×4
VR500 SMT RESISTOR 0805 1 2.2K±5%
D2002 SMT LIGHTED DIODE 0603 1 GREEN
D2003 SMT LIGHTED DIODE 0603 1 RED
D202 SMT DIODE SC-70 1 1SS372
D204 SMT DIODE SC-79 1 BA892
D500-D501 SMT DIODE 0603 2 BA892
D502-D503 SMT DIODE 0603 2 BA892
D504-D505 SMT DIODE 0603 2 BA892
D506 SMT DIODE 1206 1 BA592
D507-D510 SMT VARIABLE CAPACITANCE DIODE SC-79 4 HVC376
D511 SMT VARIABLE CAPACITANCE DIODE 0603 1 BA592
D512 SMT NTC RESISTOR 0603 1 47K
D513 SMT ZENER DIODE 0805 1 NO USE
D514 SMT DIODE 0603 1 1SS400
D515 SMT VARIABLE CAPACITANCE DIODE SC-79 1 MA2S360
D516-D517 SMT VARIABLE CAPACITANCE DIODE 0603 2 JDV2S14E(FH)
D518 SMT DIODE 0603 1 NO USE
D519 SMT DIODE SC-79 1 BA892
Q200 SMT DIGITAL TRANSISTOR EMT3 1 DTC144TE

SMT RESISTOR ARRAY 4D03

2 10K×4

16

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

Q200 SMT DIGITAL TRANSISTOR SOT-523 1 DTC144TE
Q201 SMT TRANSISTOR SC-89 1 2SB1132
Q202 SMT DIGITAL TRANSI STOR EMT3 1 DTC144EE
Q205-Q206 SMT DIGITAL TRANSISTOR EMT3 2 2SC5383
Q207 SMT DIGITAL TRANSI STOR EMT3 1 RT1N141U
Q208 SMT DIGITAL TRANSI STOR EMT3 1 2SC5383
Q209 SMT DIGITAL TRANSI STOR EMT3 1 DTA123JE
Q210 SMT DIGITAL TRANSI STOR EMT3 1 RT1N141U
Q211 SMT DIGITAL TRANSI STOR EMT3 1 DTC144TE
Q212 SMT DIGITAL TRANSI STOR EMT3 1 RTIN141U
Q213 SMT FET SC-70 1 2SD2351
Q500 SMT DIGITAL TRANSI STOR EMT3 1 DTA144EE
Q501-Q503 SMT DIGITAL TRANSISTOR EMT3 3 RT1N141U
Q504 SMT DIGITAL TRANSISTOR EMT3 1 2SC4617
Q505 SMT FET PLD 1 2SK3476
Q506-Q507 SMT FET SOT-143 2 3SK318
Q508 SMT DIGITAL TRANSISTOR EMT3 1 DTA143ZE
Q509-Q510 SMT DIGITAL TRANSISTOR EMT3 2 RT1P141U
Q511-Q512 SMT TRANSISTOR SC-70 2 2SC4082
Q513
Q514 SMT DIGITAL TRANSI STOR EMT3 1 DTC144EE
Q515 SMT TRANSISTOR SOT-23 1 2SC3356
Q516-Q518 SMT TRANSISTOR SC-70 3 2SC4226
Q519 SMT FET EMT3 1 2SK1824
Q520 SMT TRANSISTOR SC-70 1 2SC4226
Q521 SMT FET EMT3 1 NO USE
U200 SMT IC SOT-23 1 SJ73L27S

SMT FET SOT-89 1 2SK3078A

17

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

U201 SMT IC LQFP-100 1 SRT3210
U202 SMT IC SSOP-20 1 SX9170
U203 SMT IC SOP8 1 AT24C64RM
U204 SMT IC SSOP8 1 NLM2904V
U205
U206 SMT IC SOT-25-5 1 TJ5205SF-33
U207 SMT IC SOT-25-5 1 TA75S01F
U208 SMT IC SOP-8 1 LY58-ML
U500-U501 SMT IC SOT-25-5 2 TJ5205SF-50
U502 SMT IC SSOP14 1 LM2904V
U503 SMT IC SSOP16 1 AA32416
U504 SMT IC SSOP20 1 LMX2336LTM
U900 SMT IC QFN24-4*4 1 NO USE
L200 SMT FERRITE BEAD (BLACK) 0603 1 271T
L202 SMT FERRITE BEAD (BLACK) 0603 1 271T
L204-L205 SMT FERRITE BEAD (BLACK) 0603 2 271T
L500-L503 SMT FERRITE BEAD (BLACK) 0603 4 271T
L504 SMT AIR-CORE COIL 1 5T
L505 SMT FERRITE BEAD (BLACK) 0603 1 271T
L506 SMT SMALL FIXED INDUCTOR (BLOVE) 2520 1 1uH
L507 SMT CAPACITOR 0603 1 220P±5% 50V
L508-L509 SMT WIRE WOUND INDUCTOR 0805 2 82nH
L510 SMT AIR-CORE COIL 1 8T
L511 SMT WIRE WOUND INDUCTOR 1206 1 82nH
L512 SMT WIRE WOUND INDUCTOR 0805 1 100nH
L513-L514 SMT FERRITE BEAD (BLACK) 0805 2 30T
L515 SMT WIRE WOUND INDUCTOR 1206 1 100nH
L516 SMT WIRE WOUND INDUCTOR 2520 1 2.2uH
L517 SMT WIRE WOUND INDUCTOR 0805 1 270nH

SMT IC MSOP-8

1 M4890

18

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

L518 SMT SMALL FIXED INDUCTOR 0603 1 56nH
L519 SMT RESISTOR 0603 1 0R
L520 SMT WIRE WOUND INDUCTOR 0805 1 150nH
L521-L522 SMT WIRE WOUND INDUCTOR 0805 2 220nH
L523 SMT AIR-CORE COIL 1 5T
L524-L525 SMT WIRE WOUND INDUCTOR 0805 2 220nH
L526 SMT WIRE WOUND INDUCTOR 0805 1 150nH
L527 SMT SMALL FIXED INDUCTOR 0603 1 NO USE
L528 SMT SMALL FIXED INDUCTOR 0603 1 82nH
L529 SMT SMALL FIXED INDUCTOR 0603 1 270nH
L530 SMT SMALL FIXED INDUCTOR 0603 1 470nH
L531 SMT SMALL FIXED INDUCTOR (BLOVE) 2520 1 560nH
L532 SMT SMALL FIXED INDUCTOR 0603 1 220nH
L533 SMT SMALL FIXED INDUCTOR 0603 1 150nH
L534 SMT SMALL FIXED INDUCTOR 0603 1 10uH
L536 SMT WIRE WOUND INDUCTOR 0805 1 68nH
L538 SMT WIRE WOUND INDUCTOR 0805 1 68NH
L539 SMT SMALL FIXED INDUCTOR 0603 1 10uH
L540-L541 SMT SMALL FIXED INDUCTOR 0603 2 560nH
L542 SMT SMALL FIXED INDUCTOR 0603 1 2.2uH
L543 SMT SMALL FIXED INDUCTOR 0603 1 150nH
L901 SMT SMALL FIXED INDUCTOR 0603 1 NO USE
CF3000 CERAMIC FILTER 1 CFW450F
T3000 CERAMIC FILTER 1 450K(C24)
J200 FLAT CABLE CONNECTOR SSOI20F 1 0.5S-1X-20PWB
J2000 MIC SOCKET 3.5mm 1 SK-3.5STEREO
J2001 SPEAKER SOCKET 2.5mm 1 SK-2.5STEREO
J2002 SWITCH PIN 1 CON9_1.27

19

DV3066

PARTS LIST

Ref. No Parts No. Description of item Size (LxW)(mm) Qty Specification

LS200 SPEAKER 1 16R/1W
MK2000 MICROPHONE 1 MIC-9.7
W1 VOLUME SWITCH 1 08110SNAXV020016-B103
S2 CHANNEL SWITCH 1 RE08120HX-V02-0607A
S2000 FP1 BUTTON 1 FP1
S2001 FP2 BUTTON
S2002 TRANSMITTING BUTTON 1 PTT
X500 SMT TCXO 1 19.200MHz
XF3000-X3001 SMT CRYSTAL FILTER 2 38.850MHz
Y201 SMT CRYSTAL 1 32.768KHz
Y202 CERAMIC FILTER 1 3.58MHz

20

1

FP2

DV3066

ADJUSTMENT

Common Section

Item Condition

1. Setting

2. VCO lock
voltage
RX

3. VCO lock
voltage
TX

1) BATT terminal voltage: 7.4V

2) SSG standard modulation
[Wide] MOD:1kHz,DEV:3kHz
[Narrow] MOD:1kHz,DEV:1.5kHz

1) CH: high

2) CH: Low

3) CH: high

PTT:ON

4) CH: Low

PTT:ON

Transmitter section

Item Condition

1. Transmit
frequency

2. High
power
Adjust

3. Min power

Adjust

4. Low power
Adjust

5. MAX DEV
Adjust
[Wide]

[Narrow]

6. MIC
Sensitivity
[Wide]

[Narrow]

TEST CH: center
PTT: ON
TEST CH: low, center, high
Battery terminal: 7.4V
PTT: ON
CH: low, center, high
Battery terminal: 7.4V
PTT: ON
CH: low, center, high
Battery terminal: 7.4V
PTT: ON

TEST CH: Center

Low

High
AG: 1kHz/150mV
Deviation meter filter
LPF: 15kHz
HPF: OFF

PTT: ON
TEST CH: Center

PTT: ON

TEST CH: center
AG: 1kHz/10mV

TEST CH: Center
PTT: ON

Measurement Adjustment

Test equipment Terminal Parts Method

Power meter
DVM

Measurement Adjustment

Test equipment Terminal Parts Method

Frequency counter

Power meter
Ammeter

Power meter
Deviation meter
Oscilloscope
AG
AF VTVM

TC2

ANT

ANT
SP/MIC
connector

less than 3.7V ±0.2V

test

test

test

Programming
Software:
QPS-3066

0.9V or more

less than 3.7V

0.9V or more

Adjust to the
frequency

4.3kHz
(According to
the lager +, –)

2.1kHz
(According to
the lager +, –)

Check

Specifications

/Remarks

±0.2V

±0.2V

±0.2V

Specifications

/Remarks

Within ±100Hz

4.8W ±0.2W

1.5 A or less

2.0W ±0.2W

1.0 A or less

1.0W ±0.2W

0.8 A or less

±100Hz

±2.5kHz~3.9kHz:

±1.1kHz~1.9kHz

21

DV3066

ADJUSTMENT

Transmitter section

Item Condition

7. VOX 1
Writing

8. VOX 10
Writing

9. DCS
Balance
Adjust

10. CTCSS
Deviation
Adjust

11. DCS

Deviation
Adjust
[Wide]

12. DTMF

deviation

[Wide]

13. Battery

Detection
Warning

14. Battery

Detection
Check

TEST CH: Center
AG: 1KHz/5mV
TEST CH: Center
AG: 1kHz/15mV
TEST CH: Center

LPF: 3kHz
HPF:OFF
PTT:ON
TEST CH: Center

LPF: 3kHz
HPF:OFF
PTT:ON

TEST CH : center
LPF:15kHz
HPF:OFF
PTT:ON

BATT terminal voltage:6.0V

BATT terminal voltage:6.3V
PTT: ON

BATT terminal voltage:7.4V
PTT: ON

Low
High

Low
High

Receiver Section

Item Condition

1. Sensitivity

check

[Wide]

[Narrow]

TEST CH: Center

Low

High
SSG output: -120dBm(0.22μV)
SSG MOD: 3.0kHz
TEST CH: Center
SSG output: -119dBm(0.25μV)

SSG MOD: 1.5kHz

Measurement Adjustment

Test equipment Terminal Parts Metho d

Power meter
Deviation meter
Oscilloscope
AG
AF VTVM

Power meter
DVM

Measurement Adjustment

Test equipment Terminal Parts Metho d

SSG
DVM
Oscilloscope
AG
AF VTVM

ANT
SP/MIC
connector

ANT

ANT
BATT
terminal

ANT

Programming
Software:
QPS-3066

Adjust the waveform

0.75kHz ±100Hz

0.75kHz

3kHz

test

Check

Check

Specifications

/Remarks

±100Hz

±100Hz

The transceiver
cannot transmit.

Blinking of LED

No blinking of
LED

Specifications

/Remarks

12dB SINAD or
more

22

DV3066

ADJUSTMENT

Receiver Section

Item Condition

2. SQL1
(Threshold)
writing
[Wide]

[Narrow]

3. SQL9
(Tight)
writing
[Wide]

[Narrow]

TEST CH: Center

Low

High
SSG output: –127dBm (0.1μV)
SSG MOD: 3.0kHz
TEST CH: Center
SSG output: -125dBm(0.126μV)
SSG MOD: 1.5kHz
TEST CH: Center

Low

High
SSG output: –117dBm (0.316μV)
SSG MOD: 3.0kHz
TEST CH: Center
SSG output: -115dBm(0.4μV)
SSG MOD: 1.5kHz

Measurement Adjustment

Test equipment Terminal Parts Metho d

Programming
Software:
QPS-3066

Writing

Specifications

/Remarks

Squelch open

23

PC board views

DV3066

24

PC board views

DV3066

25

DV3066

VFO

C584

VFO

SCHEMATIC DIAGRAM

D507
HVC376(B9)

C642
27P

5P(B)

C617
2P(B)

BATT

1
3

C538
103P

VFOC595

RF AMP

471P

R576
1M

R583

D508

HVC376(B9)

27K
Q506

C643
27P

C596

C634

471P

C636

R534

3P(B)

47K
L521
220NH-X

R580

R581

10R

10R

C557
104P

U502B

Q500
DTA144EE

7

LM2904V

R539
22K

C665
102P

R601

R541

100R

100K

R606
8K2

D515

MA2S360

C659

24P

C630

C622

R605

47P

0P5(B)

6K8

C641
56PR530

R599
680R

3

D

1

G1

2

4

G2

S

3SK318

C597
102P

R518
220R

C504

102P

R511
56K

R535
56K

C503

C598

102P

103P

R521
10K

R544
4K7

Q514
DTC144EE

C561
102P

C518
102P

R563
47K

D505

R602

BA892

2K7

C657
1P5(B)

C609
102P

L536

L538

68NH-X

68NH-X

C579
2K2

D516
JDV2 S1 4E( FH )

L539
10uH

C519
102P

D517
JDV2 S1 4E( FH )

R547
680R

E506

0.22uF/35V

E507

R588
390R

22uF/16V

R603
NOUSE

R512
NOUSE

5C

R545
R0

Q508
DTA143ZE

R542
100K

L505
271T

R523
10K

D509

HVC376(B9)

C644
27P

L524
220NH-X

C583
225P

Q519

2
3

2SK1824

R577
1M

L527
NOUSE

C619

C621

5P(B)

5P(B)

C620
2P(B)

C572
10P(C)

L528
82NH

5R

L500

271T

D512
47K-NTC

D
S

C648
NOUSE

Q502
RT1N141U

5R

C587
101P

C520
102P

G

C521
102P

R519
10K

C539

C574

103P

6P(B)

VFO

R548
47K

D519
BA892

R543
100K

C563
104P

1

R561
68K

Q521

2

D

1

3

G

S

NOUSE

R608
NOUSE

3.3M

R609
NOUSE

R584
82K

102P
R578
1M

C667
NOUSE

L522
220NH-X

C647
10P(C)

5C

R610
NOUSE

C565
104P

D510
HVC376(B9)

R555

82K
C645
27P

C601

C599

471P

6P(B)

R604
4K7

R536

150K

C506

C627

102P

10P(C)

R558

L529

82K

270NH

L501

271T

C505
102P

R526
100R

E500
106P/16 V

C651

15P

R594
180K

R595
3K9

C522
102P

C666

NOUSE
R607
NOUSE

RP500

5
6
7
8

1K*4

C607
471P

C555

105P

C551
103P

R509
1K8

R569
3K3

C548
103P

4
3
2
1

R596
1K5

9

C580

8

221P

C581

221P

2nd IF 450KHz

E502
10uF/10V

C510
104P

3

1

10

AF OUT

R593
270K

1

R522
10K

Q509

RT1P141U

T30 00

3

450K(C24)

1

C654

82P

11

QUAD

U501
TJ5205SF-50

Vin
CE3NC

IF OUT

CF3000

CFW450F

C558
104P

1
2

R537
150K

12

RSSI

GND

2

MIXER

Q507

G1
G2

3SK318

Q510
RT1P141U

C560
104P

C559

104P

13

N-DET

C549
103P

SQ1-UHF
W/N-CONTROL
RSSI
AF1-UHF
TX ENABLE
PO WE RCON TROL A PC
RX ENABLE
RX/TX CONT
MOD-AUDIO
CX ENABLE

C610

471P

Vout

PLL LD LINE
PLL CLOCK LINE
PLL DATA LINE
PLL STB ENAB LE

MOD-SUB

3

D

4

S

C528
103P

R585
10R

C507
102P

15

14

N-REC

5
4

C612
471P

R540
100K

GND

C566
224P

E503
10uF/10V

16

AA32416

R513
NOUSE

MIX IN

OSC IN1OSC OUT2MIX OUT3VCC4IF IN5DEC6FIL OUT7FIL IN

TP5 00
POINT

R524
100R

1stIF 38.85 M H z

C650

15P

L530

470NH

C529

103P
L531

560NH-XL

C530
103P

R525
100R

C575

NOUSE

XF3000

R586

38.850MHz

820R

R550
2K2

C531
103P

C576

NOUSE

XF3001

38.850MHz

R587

560R

C632

12P

C532

103P
R564
100K

Q511

2SC4082

IF AMP

C586

2nd Local

38.85MHz

C523
102P

R565
330K

C653
47P

R510
1K8

Q503
RT1N141U

L540
560NH

Q512
2SC4082

33P

5R

R531
100R

C564
104P

C660

47P

C649

2P(B)

L541

C661

560NH

27P

C663

30P

R567
1K2

R566
1K2

U503

N:0V
W:3.3V

5CBATT1

C553
103P

C646
18P

VFO

C571
12P

D502
BA892

C512
102P

L533
150NH

R520
10K

R529
100R

L520
150NH-X(1206)

U500
TJ5205SF-50

5
4

C605
471P

Q517
2SC4226(R24)

R553
R0

Vout
NC

L517
270NH-X

R500
51K

R560
120K

C600

102P
R575
1M

C594

471P

Vin
CE

GND

2

R579
1M

6

C606

5

471P

R592
220K

R538
100K

C546
103P

C547
103P

Q518

2SC4226(R24)

C656

2P(B)

330R

L534
10uH

E505

0.47uF/35V

C591
101P

L515
100NH-X(1206)

D506
BA592

L516

2.2uH-XL

BATT

R505
150K-1%

84

2
3

Q504
2SC4617

R549
4K7 C51 7

E504

4.7uF/10V

R517
2K2

R559
100K

Q520
2SC4226(R24)

R600
R0

C635
27P

U502A
LM2904V

5T

R507
150K-1%

Q501
RT1N1 41U

C589
101P

C637

30P
L519
R0

D501
BA892

R574

120R

C502
103P

C527

C582

103P

225P

C585

101P

C537
103P

1

5T

102P

C545
103P

C658

82P
C655
27P

L526
150NH

C590

101P

R533
56K

C533
103P

TX DRIVE

TX FINAL

R554
12K

C508
102P

VHF- ANT

C570
121P

R590
R36

R527
100R

L532
220NH

Q516

2SC4226(R24)

ANTENNA SW

C593

C633

102P

24P

D511
C629
39P

BA592
C631

39P

C567

L504
5T

471P
C592
27P

R502
150K-1%

R591
R36

C577
NOUSE

C604

R503

471P

150K-1%

R504

L514

150K-1%

30T

R506
150K-1%

BT3000

7.4V/li-i on

5C VCC

C544
103P

D514
1SS400

C516
102P

R557
15K

C664

27P
R516
3K3

P3000
RCA

R572
47R

C500
103P

C614
27P

L518
56NH

C638

151P
C578

33P

L506
1uH-XL

C613
NOUSE

R552
22R

2SC3356(R24)

R582
56R C513

L508

L509

L511

82NH-X(1206)

82NH-X(1206)

C615

15P

C568

C573

15P

NOUSE

Q505

2

D

3

1

L512

100NH-X

S

G

R573
47R

C540

G

2SK3476

R514
100R

Q513
2SK3078(UW)

C534
103P

103P

102P

3

S

D500
BA892

5T

TX DRIV E

R556
33K

5T

R532
33R

C541
103P

C618
24P

L502
271T

C509
103P

R562
68K

R568
6K8

C608

56P

R551
2K2

1

L507
221P

C652
27NH

2

D

R508
560R

L525
220NH

Q515

82NH-X(1206)

C616

C626

5P(B)

18P

C624

C623

39P

33P

C569

9P(B)

L523

5T

C628
NOUSE

L510
8T

C501

C526

102P

103P

L513
30T

C511

C554

102P

105P

R589
R36

BATT

C535

C603

C552

103P

471P

103P

C536

C602

103P

471P

C515
102P

R570
3K3

D504

R515

BA892

330R

C639

D503

68P

BA892

R571
3K3

C562

104P

4

3

XOUT

PH A S E LO C K ED
LOOP SYSTEM

5C

R597
180R

D513

NOUSE

L542

2.2uH

C625
10P

C524
102P

2

X500

VC1VCC

GND

19.200MHz

R501
120K

VR500
2K2

R598
330R

C514
102P

L503
271T

C542
103P

E501
10uF/10V

19

3

R546
NOUSE

DO RF

18

DO IF

10

FO/LD

9

D518
NOUSE

C662
22P

L543
150NH

C543

5C

103P

C640
27P

R528
22R

C550

C556

103P

105P

C588
102P

20

VP2VP

FIN RF

VCC1VCC

FIN RF

FIN I F

FIN I F
OSC IN
DATA

GND4GND17GND14GND7GND

CLK

LE

LMX2336LTM(20)

C525
102P

U504

11
5
6
16
15
8
12
13

C611
471P

26

DV3066

SCHEMATIC DIAGRAM

Q209
DTA123JE

R225
1K

# F36M100B 16R/1W

A

B
C

D

E

R234
100R

E

D

C
B

A

YFJ01

）

1
2

R209
564P

L204
271T

C259

101P

5
8

C233
104P

U204A

NJM 2904V

R212
NOUSE

C273

472P

R247
100K

Q210
RT1N1 41 U

R224

3.3M

10K

R257
47K

Q200

R259
22R

DTC144TE

1
2
3
4
5

C254
221P

5
4
3
2
1

C202
473P

C249

R0

5C

L205

271T

C260
101P

6

U205

VIN

VOU T1

CD

VOU T2

VCC

FC1
FC2

GND

M4890

7

C283
122P

1

MVO

R271
10K

R235
1K

C213
104P

R275
1K

R216
470K

R208
10K

E200

10uF/10V
R206
1K8

L200

271T

C207
103P

C212
103P

D204

BA892
C215
103P

R246
220K

C250

47P

4
1

3
2

C234
224P

U208

8

NC

VCC

7

OUTPUT

SCK

6

SDA

OSCI

5

VCC

GND

LY58-ML

R223
10R

R215
470K

U200

3

R205
560R

C221

183P

C255
225P

C235
104P

VCC

SJ73 L27 S

Q201
2SB1132

R228
10K

C282
104P

1
2

3
4

2

Q211

DTC 144T E

Q205
2SC5383

R248
1K

R250
4K7

Vou t

GND

3.3M

C206
103P

R229
10K

Q207
RT1N1 41 U

C223

224P

4

P50
RXD

RESET

PA1

TXD

C230
104P

C231
104P

MIC

1
3

TA75S01F

3
1

MICIN
DEMOD
MOD

C201
102P

TXD
RXD
P60
P61
P62
P63
P64
P65
P66
P67
GND
VDD
P50
P51

P54
P55
P56
P57

LNOUT

3.3M

C287
471P

Q202

DTC144EE
R274
470R

C253

56P

3

1

R238
2K2

C261

100R

C275

3.3M

105P

R263
51K

C272

R265
27K

224P

Q213

2

D

1

C279
225P

3

G

S

2SD2351

C262

R277
10K

103P

1

C222
685P

L202

271T

C203
102P

BATT

R249
1K

Q206

2SC5383

3.3M

C205
104P

R264

52

100K

U207

R213
560K

D202

C263

2

2

104P

1SS372

R237
10K

R272

C228

3.3M

PA0

PA1

VDD

C241

104P

224P

C227

104P

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25

E205

22uF/6.3V

R278
NOUSE

Q212
*RT 1N141U

97

98

99

100

MOD

NC

DEMOD

NC

TEST_EN
NC
NC
NC
TXD
RXD
P60
P61
P62
P63
P64
P65
P66
P67
VSSD
VDD D
P50/IN T0
P51/IN T1
P52/IN T2
P53/IN T3
P54/IN T4
P55/IN T5
P56/IN T6
P57/IN T7

VDD_CLD26CLD_OUT/LNOUT27VSS_CLD28CLD_OUTM29VDD_CLD30P7731P76/DAC132P75/VREF33P74/DAC034P73/AD335VSSA36VDDA37P72/AD238P71/AD139P70/AD040XTALO41XTALI42PLLCAP43NC44NC45NC46NC47NC48P03/COM349P02/COM2

C236
104P

P77

R254

VOL

2K2

CON_6

PA1
CON_7

MIC

P51

MICIN

MICO

GND

RESET

96

89

92

94

95

93

VSSD

VSSA

VDDD90SW_P091SW_P1

VDDA

MICIN

RESET

BG_REF

P73

P77

P74

R251
4K7

R255
R0

C242
104P

BATTBATT1

CON_ 7
CON_ 6

CON_ 4
CON_ 3
CON_ 2
CON_ 1

MODO

R266

NOUSE
R231
10K

C224

105P

P44

P45

P46

88

P70

P71

P72

C237
104P

J2002

9
8
7
6
5
4
3
2
1

CON9 _1. 27
C225

NOUSE

R232
10K

P41

P42

P43

Y201

XOUT

32.768 KHz

C264
30P

R252
4K7

C243
224P

BATT BATT1

C216
103P

R267
1M8

C276
681P

C204

P40

P32

P33

P34

P35

P36

P37

U201

NC
NC

P32/SEG1876P33/SEG1977P34/SEG2078P35/SEG2179P36/SEG2280P37/SEG2381P40/SEG2482P41/SEG2583P42/SEG2684P43/SEG2785P44/SEG2886P45/SEG2987P46/SEG30

NC
NC

NC
P31/SEG17
P30/SEG16
P27/SEG15
P26/SEG14
P25/SEG13
P24/SEG12
P23/SEG11
P22/SEG10

P21/SE G9
P20/SE G8
P17/SE G7
P16/SE G6
P15/SE G5
P14/SE G4
P13/SE G3
P12/SE G2
P11/SE G1

P10/SE G0
P00/COM0
P01/COM1

SRT32 10

50

C232

104P

P76

R253
4K7

C246

C267

273P

15P

C256

225P

C217
103P

SUB

R240

MOD-E

*33K

Q208

2SC5383

R245

R233

33K

10K

C277

332P

C226

105P

P54

103P

C265

P55

103P

P56

C284

103P

C285

P57

103P

75
74
73
72
71
70

P31

69

P30

68

P27

67

P26

66

P25

65

P24

64

P23

63

P22

62

P21

61

P20

60

P17

59

P16

58

P15

57

P14

56

P13

55

P12

54

P11

53

P10
P00

52

P01

51

P02
P03

C218
103P

5

C257

4

225P

APC

SUB

AF1

C281
102P

DEMOD

P70

P71

PA0

P60

P61

P62

P63

P00

P01

P02

P03

XOU T

AF2

5T

P24

P25

P26

C240
104P

R269
3K3

R268
6K8

R214
NOUSE

RP204

4
3
2
1

1
2
3
4

GND

TJ5205SF-33

2

1K*4

RP205

47K*4

Vi n

CE

5
6
7
8

3.3M

8
7
6
5

R210
*1K

R239

C239

*1K

C288

*223P
R276

*104P

*4K7

R217
220R

TX(62 0- 6 2 5n m)

R218
220R

RX (571.5-573nm)

1
3

POW ERC O NT ROL APC
MOD-SUB

AF1-UHF

SQ1-UHF
RSSI
RX/TX CONT
CX ENABLE
RX ENABLE
TX ENABLE
W/N-CONTROL

PLL CLOCK LI NE
PLL DATA LI NE
PLL STB ENABLE
PLL LD LINE

OSC-32.768K
FM-AUDIO
FM ENABLE
FM-SCL K
FM-SD IO

MOD-AUDIO

编码开关

C208
*103P

C220
103P

BATT1

R219
*10R

*0.5S-1X-20PWB

D2003

D2002

BATT13.3M

C258
225P

J200

20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

P54
P55
P56
P57

CON_1
CON_2
CON_3
CON_4

P54
P55
P56
P57

AF1

VOL
VOL O-E
MICIN

MICO
MOD-E
SUB
P73
P43
P42
P41
P40
P45
P44
P37
P36

P67

P66

C268

471P

U206

Vou t

NC

C219
103P

R256
120K

C269

272P(J)

R270
300K

P72

R203
51K-1%

C211
103P

R202
100K

C244
104P

R242
22K

R260
*120K

R273
*100K

BATT1

R204
150K-1%

3.3M

C200
104P

LS200

J2001

PHONEJACK STEREO SW

R207

1

100R

S20 02

1

#PTT

2

3.3M

2

J2000

EJ-3507

MK2000

1
2

MIC -9.7*4.5

C229
104P

3.3M

R244
33K

3

C278

2

475P

R262
330K

R261
330K

C274

332P(J)

（

84

RP20 0

1

P17

2

P16

3

P15

4

P14

10K*4

RP20 1

1

P13

2

P12

3

P11

4

P10

10K*4

SUB

R221

P46
P32 P33

10K

C209
103P

C247
20P

C248
20P

C245

104P

Y202
#3.58MHz

C214

103P

6

SCL

1

CE0

2

CE1

3

CE2

AT24C64R M ( 8)

3.3M

8

VCC

AF1

P65

P64
P20
P21
P22
P23

P27
P31

P30

MODO

MOD

AF2

VOL O-E

LNOUT

VOL
P34
P35

C270

473P

8
7
6
5

8
7
6
5

R200
5K1

1
2

3
4

5
6

7
8
9

R226
10K

SDA

MODE

GND

4

7

NJM 2904V

R236
100K

C251

105P

C271

332P(J)

3.3M

1

S20 00

1

#FP1

2

2

U202

INH

PWDN
OSCI
OSCO

VSS
TOE

D0
D1
D2
D310DV
NC11NC

SX9170

U203

5
7

U204B

C252

101P

R211
100K

R230
10K

RP202

1

8

2

7

3

6

4

5

5K1*4

RP203

1

8

2

7

3

6

4

5

5K1*4

R201
47K

R222
10K

1

S20 01

1

C210

#FP2

2

103P

2

R220
100K

20

VREF

19

GS

18

VN

17

VP

16

VDD

15

RT/G T

14

EST

13
12

C280
103P

5
6

C238

*332P

C286

*103P

R258
33K

27

BLOCK DIAGRAM

DV3066

SP

EXTMIC

66‐88MHz

EXTSP

MI C

TX‐RXUNIT

ANT

3.3M

P24

OPTDET

S2002

P25

TXD

SW

PA1

PTT

P26

Q200,Q211

DTC144TE

P33

ANTSW

ANTSW

MI C

Q209,Q210
DTA123JE
DTA123JE

D506,D511

BA592X2

D501
D502

BA892X2

OSC

FMMOD ULE

NOUSE

P50

LPF

U900

BATT

POWERREG

5C

Q207
RTIN
141U

SW

PTT

DET

MUTE SW

FINALAMP

Q505

2SK3476

BATT

Q201

2SB1132

Q205

2SC5383

RXD

DRIVEAMP

Q513

2SK3078

APC

U502

NJM2904

APC

5T

BPF

D507,D508

HVC376 HVC376

APC

POWER AMP

SW

SW

Q206

2SC5383

AGC/MUTE

Q213

2SD2351

AMP

Q515

2SC3356

5T 5C

SW

Q500
DTA

144EE

SW

SW

Q501

RTIN
141U

AMP

Q506

3SK318

5R

U205

BL6290

AF

VOLUME

PA1

BATT

MI CAMP

U207

TA75S01F

3.3M

MICO

SW

D202

1SS372

P36

144EE

Q514
DTC

P37

5T

BPF

D509,D510

MI CIN

P44

P45

T/RSW

D503
D504

BA892X2

P77

P40

RFAMP

Q516

2SC4226

5R

PA0

1STMI XER

Q507

3SK318

APC

5R

VOL

SW

Q202

DTC

144EE

P41

P43

P42

P73

SUB

MOD‐E

MICO

FMAUDIO

AMP

U204A(1/2)

LM2904

VOLO‐E

MICIN

3.3MPOWER SW

VOL

Q519

2SK1824

BAND

3.3M

BUFFAMP

Q517

2SC4226

XF3000,XF3001

MCF

38.850MHz

AF1

BATT1

VCO

Q518

2SC4226

Q504

5C

2SC4617

RIPPLEFILTER

IFAMP

Q511

2SC4082

5R

MUS I CAudi o

VOLO‐E

Y202

3.58MHz

MOD

P71

LNOUT

MOD ‐E

AF1

DEV

D515

MA2S360

F.CONT

D516
D517

JDV2S14E X2

450kHz

CF3000

450F

AA32416

FMIFIC

SX9170

DTMFDEC ODE

LPF

Q208

2SC5383

U503

DEMOD

U202

3.3M

5T

WIDE/ NARRSW

5R

P70

BUFFERAMP

MOD

LOOPFILTER

P63

Q503,Q509
RTIN 141U
RTIN 141U

U204B(2/2)

LM2904

AMP

5C

2SC4226

5R

T3000

Q510
RTIN

DCSW

141U

P20,P21,P22,P23,P27,P64,P65

OSC

32.768KHz

Q520

2SC4082

5R

MI CIN

Y201

LMX2336LTM

Q512

SUB

PLLIC

U504

TRIPLER

TXCO

19.200MHz

X500

5C

P00
P01 P12
P02
P10

P66

D206

GREEN(RX)

5C

P11

P13
P14
P62P61

P00
P01
P02

P15
P16
P17
P24
P63
APCPA0 PA1

P67

D205

RED(TX)

BATT1

PLLDATA

5T

SUB

5C

5R

DCSW

Q508

143ZE

Q502

DTA

RTIN
141U

P61

5VREG.

TJ5205SF‐50

5VREG

TJ5205SF‐50

3.3M

U500

P62

U501

P60

EXTIO

P44

P36

P70

SRT3210

P32

S2000
FP1

U201

P33

P71

P73

P72

RXD

CPU

P46

S2001

FP2

CHANN EL SW

P25
P26
P60
P77
TXD

P41
P42

P45

P37
P40

P73

P43

SDA

SCL

SCK

S2

SDA

POWER SW

U206

TJ5205SF ‐33

3.3VREG

RESET

U200

SJ73L27S

U203

AT24C64RM(8)

MUS I CAudio

U208

MUS I CSH

3.3M

CONTROLUN IT

BATT

3.3M

EEPROM

BATT

7.4V

EXTERIORDATAIN /OUT

28

SPECIFICATIONS

General

Frequency Range 66~88MHz

Number of channels Max. 128

Channel Spacing 25kHz,20KHz,12.5KHz

PLL Channel Stepping 5kHz, 6.25kHz

Operating Voltage 7.4 V DC ±20%

DV3066

Battery Life

Operating Temperature range –20°C to +55°C

Dimensions and Weight

With Battery Pack

Frequency Stability ±2.5ppm

Channel Frequency Spread 22MHz

Receiver

Sensitivity

EIA 12dB SINAD

Selectivity

Intermodulation

Spurious response

Audio Power Output

First IF 38.850MHz

More than 14 hours

battery)

142Hx57Wx41Dmm 355g

Wide : 0.25μV Narrow : 0.35μV

Wide : 70dB Narrow : 60dB

Wide : 65dB Narrow : 60dB

≥70dB

500mW with less than 5% distortion

at 5 watts

(5-5-90 duty cycle with 1600mAh Li

Second IF 450KHz

Transmitter

RF Power Output

Modulation

Adjacent channel power

Spurious emissions

FM Noise

Audio Distortion

HI: 5W MI:2W LO: 1W

Wide :

Wide : 70dB Narrow : 65dB

≤-36dB

Wide : 40dB Narrow : 36dB

≤5%

16KφF3E

29

Narrow :

11KφF3E