Panasonic KX-PRW120W, KX-PRWA10W Service Manual

© Panasonic System Networks Co., Ltd. 2013
Unauthorized copying and distribution is a
violation of law.

ORDER NO. KM41312777CE

F13

Telephone Equipment

Model No. KX-PRW120W

KX-PRWA10W

Premium Design Phone with Smartphone
Connect

W: Wh ite Version
(for USA)

Model No Base Unit Handset Charger Unit Expandable

KX-PRW120
KX-PRWA10*

1(PRW120)

1 (PRWA10)
1 (PRWA10)

1

Up to 6

Configuration for each model

*KX-PRWA10 is also an optional accessory, which contains a
handset and a charger.

(Charger Unit)

KX-PRWA10

(Handset)

KX-PRW120

(Base Unit)

2

KX-PRW120W/KX-PRWA10W

WARNING

This service information is designed for experienced repair technicians only and is not designed for use by the general
public. It does not contain warnings or cautions to advise non-technical individuals of potential dangers in attempting
to service a product. Products powered by electricity should be serviced or repaired only by experienced professional
technicians. Any attempt to service or repair the product or products dealt with in this service information by anyone
else could result in serious injury or death.

IMPORTANT SAFETY NOTICE

There are special components used in this equipment which are important for safety. These parts are marked by
in the Schematic Diagrams, Circuit Board Diagrams, Exploded Views and Replacement Parts List. It is essential that
these critical parts should be replaced with manufacturer's specified parts to prevent shock, fire or other hazards.
Do not modify the original design without permission of manufacturer.

IMPORTANT INFORMATION ABOUT LEAD FREE, (PbF), SOLDERING

If lead free solder was used in the manufacture of this product, the printed circuit boards will be marked PbF.
Standard leaded, (Pb), solder can be used as usual on boards without the PbF mark.
When this mark does appear, please read and follow the special instructions described in this manual on the
use of PbF and how it might be permissible to use Pb solder during service and repair work.

L When you note the serial number, write down all 11 digits. The serial number may be found on the bottom of the unit.
L The illustrations in this Service Manual may vary slightly from the actual product.

3

KX-PRW120W/KX-PRWA10W

TABLE OF CONTENTS

PAGE PAGE

1 Safety Precautions----------------------------------------------- 5

1.1. For Service Technicians --------------------------------- 5

2 Warning-------------------------------------------------------------- 5

2.1. Battery Caution--------------------------------------------- 5

2.2. About Lead Free Solder (Pbf: Pb free)--------------- 5

2.2.1. Suggested PbF Solder ------------------------------ 6

2.3. Discarding of P.C. Board--------------------------------- 6

3 Specifications ----------------------------------------------------- 7
4 Technical Descriptions-----------------------------------------8

4.1. US-DECT Description------------------------------------8

4.1.1. TDD Frame Format ---------------------------------- 8

4.1.2. TDMA system------------------------------------------ 8

4.1.3. Signal Flowchart in the Radio Parts-------------- 9

4.2. Block Diagram (Base Unit)-----------------------------10

4.3. Circuit Operation (Base Unit)--------------------------11

4.3.1. Outline--------------------------------------------------11

4.4. Circuit Operation (Base Unit)--------------------------12

4.4.1. BBIC (Base Band IC: IC501) ---------------------12

4.4.2. Flash Memory (IC601) -----------------------------12

4.4.3. EEPROM (IC502)------------------------------------12

4.4.4. Power Supply Circuit--------------------------------13

4.4.5. Telephone Line Interface---------------------------14

4.4.6. Transmitter/Receiver--------------------------------14

4.4.7. WiFi Module-------------------------------------------14

4.4.8. Parallel Connection Detect Circuit/Auto
Disconnect Circuit -----------------------------------14

4.4.9. Calling Line Identification (Caller ID)/Call
Waiting Caller ID-------------------------------------15

4.5. Block Diagram (Handset)------------------------------- 17

4.6. Circuit Operation (Handset)---------------------------- 18

4.6.1. Outline--------------------------------------------------18

4.6.2. Power Supply Circuit/Reset Circuit--------------18

4.6.3. Charge Circuit ----------------------------------------18

4.6.4. Battery Low/Power Down Detector--------------18

4.6.5. Speakerphone----------------------------------------19

4.7. Signal Route-----------------------------------------------20

5 Location of Controls and Components ------------------22
6 Installation Instructions---------------------------------------22
7 Operating Instructions-----------------------------------------22

7.1. For Service Hint-------------------------------------------22

8 Service Mode -----------------------------------------------------23

8.1. Engineering Mode----------------------------------------23

8.1.1. Base Unit ----------------------------------------------23

8.1.2. Handset ------------------------------------------------25

8.2. EEPROM LAYOUT (Handset)-------------------------27

8.2.1. Scope---------------------------------------------------27

8.2.2. Introduction--------------------------------------------27

8.2.3. EEPROM contents ----------------------------------27

8.3. How to Clear User Setting------------------------------28

8.3.1. Resetting both base unit and handset----------28

8.3.2. Resetting only handset-----------------------------28

9 Troubleshooting Guide----------------------------------------29

9.1. Troubleshooting Flowchart-----------------------------29

9.1.1. Check Power------------------------------------------30

9.1.2. Check Wi-Fi -------------------------------------------31

9.1.3. Check Battery Charge------------------------------32

9.1.4. Check Link---------------------------------------------33

9.1.5. Check the RF part -----------------------------------36

9.1.6. Check Handset Transmission--------------------39

9.1.7. Check Handset Reception------------------------39

9.1.8. Check Caller ID-------------------------------------- 39

9.1.9. Bell Reception---------------------------------------- 40

9.1.10. Check TAM Operation------------------------------ 40

9.2. Troubleshooting by Symptom (Base Unit and
Charger Unit)---------------------------------------------- 41

9.2.1. Check Point (Base Unit)--------------------------- 41

9.3. Troubleshooting by Symptom (Handset)----------- 43

9.3.1. Check Point (Handset)-----------------------------43

9.3.2. Troubleshooting for Speakerphone -------------46

10 Disassembly and Assembly Instructions---------------47

10.1. Disassembly Instructions-------------------------------47

10.1.1. Base Unit---------------------------------------------- 47

10.1.2. Handset------------------------------------------------49

10.1.3. Charger Unit------------------------------------------ 50

10.2. How to Replace the Handset LCD-------------------51

11 Measurements and Adjustments --------------------------52

11.1. Equipment Required ------------------------------------ 52

11.2. The Setting Method of JIG (Base Unit)------------- 52

11.2.1. Connections ------------------------------------------52

11.2.2. How to install Batch file into P.C.---------------- 53

11.2.3. Commands--------------------------------------------53

11.3. Adjustment Standard (Base Unit)-------------------- 54

11.3.1. Bottom View ------------------------------------------54

11.4. The Setting Method of JIG (Handset)--------------- 55

11.4.1. Connections ------------------------------------------55

11.4.2. How to install Batch file into P.C.---------------- 56

11.4.3. Commands--------------------------------------------56

11.5. Adjustment Standard (Handset)---------------------- 57

11.5.1. Component View ------------------------------------57

11.6. Things to Do after Replacing IC or X'tal------------ 58

11.6.1. How to download the data ------------------------ 58

11.7. RF Specification------------------------------------------60

11.7.1. Base Unit----------------------------------------------60

11.7.2. Handset------------------------------------------------ 60

11.8. Frequency Table------------------------------------------60

11.9. How to Check the Handset Speaker or
Receiver----------------------------------------------------61

11.10. Frequency Table (MHz)--------------------------------- 61

11.11. Confirm WiFi connection after replacing IC800--- 62

11.11.1. Frequency and Power Level of WiFi
Module -------------------------------------------------62

12 Miscellaneous----------------------------------------------------65

12.1. How to Replace the Flat Package IC --------------- 65

12.1.1. Preparation--------------------------------------------65

12.1.2. How to Remove the IC-----------------------------65

12.1.3. How to Install the IC--------------------------------66

12.1.4. How to Remove a Solder Bridge----------------66

12.2. How to Replace the Shield Case---------------------67

12.2.1. Preparation--------------------------------------------67

12.2.2. Caution------------------------------------------------- 67

12.2.3. How to Remove the Shield Case---------------- 67

12.2.4. How to Install the Shield Case------------------- 68

12.3. Terminal Guide of the ICs, Transistors, Diodes
and Electrolytic Capacitors ----------------------------69

12.3.1. Base Unit---------------------------------------------- 69

12.3.2. Handset------------------------------------------------69

4

KX-PRW120W/KX-PRWA10W

13 Schematic Diagram---------------------------------------------71

13.1. For Schematic Diagram --------------------------------71

13.1.1. Base Unit (Base Unit (Main))---------------------71

13.1.2. Handset (Handset)----------------------------------71

13.2. Base Unit (Main)------------------------------------------72

13.3. Handset-----------------------------------------------------74

14 Printed Circuit Board ------------------------------------------77

14.1. Base Unit (Main)------------------------------------------77

14.1.1. Component View ------------------------------------77

14.1.2. Bottom View ------------------------------------------78

14.2. Handset-----------------------------------------------------79

14.2.1. Component View ------------------------------------79

14.2.2. Bottom View ------------------------------------------80

15 Exploded View and Replacement Parts List-----------81

15.1. Cabinet and Electrical Parts (Base Unit)----------- 81

15.1.1. KX-PRW120------------------------------------------81

15.2. Cabinet and Electrical Parts (Handset)-------------82

15.3. Cabinet and Electrical Parts (Charger Unit)------- 83

15.4. Accessories and Packing Materials -----------------84

15.4.1. KX-PRW120------------------------------------------84

15.4.2. KX-PRWA10------------------------------------------85

15.5. Replacement Part List ----------------------------------86

15.5.1. Base Unit----------------------------------------------86

15.5.2. Handset------------------------------------------------87

15.5.3. Charger Unit------------------------------------------89

15.5.4. Accessories-------------------------------------------89

15.5.5. Screws -------------------------------------------------89

15.5.6. Fixtures and Tools-----------------------------------89

5

KX-PRW120W/KX-PRWA10W

1 Safety Precautions

1.1. For Service Technicians

• Repair service shall be provided in accordance with repair technology information such as servic e manual so as to
prevent fires, injury or electric shock, which can be caused by improper repair work.

1. When repair services are provided, neither the products nor their parts or members shall be remodeled.

2. If a lead wire assembly is supplied as a repair part, the lead wire assembly shall be replaced.

3. FASTON terminals shall be plugged straight in and unplugged straight out.

• ICs and LSIs are vulnerable to static electricity.

When repairing, the following precautions will help prevent recurring malfunctions.

1. Cover plastic parts boxes with aluminum foil.

2. Ground the soldering irons.

3. Use a conductive mat on worktable.

4. Do not grasp IC or LSI pins with bare fingers.

2Warning

2.1. Battery Caution

Risk of explosion if battery is replaced by an incorrect type. Dispose of used batteries according to the instructions.

Attention:

A nickel metal hydride battery that is recyclable powers the product you have purchased.
Please call 1-800-8-BATTERY (1-800-822-8837) for information on how to recycle this battery.

2.2. About Lead Free Solder (Pbf: Pb free)

Note:

In the information below, Pb, the symbol for lead in the periodic table of elements, will refer to standard solder or solder that
contains lead.
We will use PbF solder when discussing the lead free solder used in our manufacturing process which is made from Tin (Sn),
Silver (Ag), and Copper (Cu).
This model, and others like it, manufactured using lead free solder will have PbF stamped on the PCB. For service and repair
work we suggest using the same type of solder.

Caution

• PbF solder has a melting point that is 50 °F ~ 70 °F (30 °C ~ 40 °C) higher than Pb solder. Please use a soldering iron with
temperature control and adjust it to 700 °F ± 20 °F (370 °C ± 10 °C).

• Exercise care while using higher temperature soldering irons.:
Do not heat the PCB for too long time in order to prevent solder splash or damage to the PCB.

• PbF solder will tend to splash if it is heated much higher than its melting point, approximately 1100 °F (600 °C).

• When applying PbF solder to double layered boards, pl ease check the component side for excess which may flow onto the
opposite side (See the figure below).

Component

Component
pin

solder

Remove all of the
excess solder

(Slice View)

6

KX-PRW120W/KX-PRWA10W

2.2.1. Suggested PbF Solder

There are several types of PbF solder available commercially. While this product is manufactured using Tin, Silver, and Copper
(Sn+Ag+Cu), you can also use Tin and Copper (Sn+Cu) or Tin, Zinc, and Bismuth (Sn+Zn+Bi). Please check the manufacturer’s
specific instructions for the melting points of their products and any precautions for using their product with other materials.
The following lead free (PbF) solder wire sizes are recommended for service of this product: 0.3 mm, 0.6 mm and 1.0 mm.

2.3. Discarding of P.C. Board

When discarding P. C. Board, delete all personal information such as telephone dire ctory and caller list or scrap P. C. Board.

0.3 mm X 100 g

0.6 mm X 100 g 1.0 mm X 100 g

7

KX-PRW120W/KX-PRWA10W

3 Specifications

Note:pcm

• Design and specifications are subject to change without notice.

Note for Service:

• Operation range: Up to 300 m outdoors, Up to 50 m indoors, depending on the condition.

• Analog telephone connection: Telephone Line

• T-adaptor: KX-J66

• Optional DECT repeater: KX-TGA405

• Optional key detector: KX-TGA20

Power source

Receiving Method
Oscillation Method
Detecting Method
Tolerance of OSC Frequency
Modulation Method
ID Code

Ringer Equivalence No. (REN)

Dialing Mode
Redial
Speed Dialer
Power Consumption

Operating Conditions

Dimensions (W x D x H)
Mass (Weight)

AC Adaptor

(PNLV2360Z, 120 V AC, 60 Hz)

Super Heterodyne
PLL synthesizer
Quadrature Discriminator

20.736MHz±200Hz
Frequency Modulation
40 bit

1.0B

Standby: Approx. 2.0 W
Maximum: Approx. 3.9 W
0 °C - 40 °C (32 °F – 104 °F)
20 % – 80 % relative air humidity
(dry)
Approx. 116 mm x 92

mm

x 31

mm

Approx. 150

g

Rechargeable Ni-MH battery
AAA (R03) size (1.2 V 550 mAh)
Super Heterodyne
PLL synthesizer
Quadrature Discriminator

20.736MHz±200Hz
Frequency Modulation
40 bit

Tone (DTMF)/Pulse
Up to 48 digits
Up to 24 digits (Phonebook)
6 days at Standby,
10 hours at Talk

0 °C - 40 °C (32 °F – 104 °F)
20 % – 80 % relative air humidity
(dry)
Approx. 47 mm x 35 mm x 153 mm
Approx. 140 g

Base Unit

Portable

Charger

AC Adaptor
(PNLV233Z, 120 V AC, 60 Hz)

Standby: Approx. 0.1 W,
Maximum: Approx. 2.0 W
0 °C - 40 °C (32 °F – 104 °F)
20 % – 80 % relative air humidity
(dry)
Approx. 71 mm x 92 mm x 29 mm
Approx. 140

g

Tone (DTMF)/Pulse
Up to 48 digits
Up to 24 digits (Phonebook)

Duplex procedure:

TDMA (Time Division Multiple Access

)

Channel spacing:

1,728 MHz

Bit rate:

1,152 kbit/s

Modulation:

GFSK (Gaussian Frequency Shift Keying)

RF transmission power:

115 mW (max.)

Voice coding:

ADPCM 32 kbit/s

Standard:

DECT 6.0 (Digital Enhanced Cordless
Telecommunications 6.0)

Number of channels:

60 Duplex Channels

Frequency range:

1.92 GHz to 1.93 GHz

Wi-Fi (IEEE 802.11 b/g/n)

DECT:

Wi-Fi:

2.412 GHz to 2.462 GHz (channels 1 to 11)

DECT:

Wi-Fi:

100 mW (peak transmission power)

8

KX-PRW120W/KX-PRWA10W

4 Technical Descriptions

4.1. US-DECT Description

The frequency range of 1.92 GHz-1.93 GHz is used. Transmitting and receiving carrier between base unit and Portable is same
frequency. Refer to Frequency Table (P.60).

4.1.1. TDD Frame Format

4.1.2. TDMA system

This system is the cycles of 10 ms, and has 6 duplex paths, but maximum duplex communication path is 5 because of dummy
bearer use.
In 1 slot 417 μs, the 10 ms of voice data is transmitted.

• 2 - Portables Link

Traffic Bearer

A link is established between base unit and Portable.
The state where duplex communication is performed.
Portable doesn't make up duplex in no free RF channels because of interference. (*1)

Dummy Bearer

Base unit sends Dummy-data to the all stand-by state portables.
Portables receive that data for synchronization and monitoring request from the base unit.
Base unit doesn't send Dummy bearer in no free RF channels because of interference. (*1)

Note:

(*1) It is a feature under FCC 15 regulation and for interference avoidance.
In the case of checking RF parts, it is better in least interference condition.

417 ms (available) 417 ms (blind)

5 ms 5 ms

Up Link ( Portable -> Base Unit ) Down Link ( Base Unit -> Portable )

DATA rate : 1.152 Mbps

RX1 RX2 RX3 RX4 RX5 RX6 TX1 TX2 TX3 TX4 TX5 TX6

RX1 RX2 RX3 RX4 RX5 RX6 TX1 TX2 TX3 TX4 TX5 TX6

TX RX

RXTX

Traffic Bearer Dummy bearer

Base unit

Portable 1
(Stand by)
Portable 2
(Link)
Portable 3
(Link)

9

KX-PRW120W/KX-PRWA10W

4.1.3. Signal Flowchart in the Radio Parts

Reception

Base unit:

A voice signal from TEL line is encoded to digital data and converted into a 1.9 GHz modulated radio signal by BBIC(IC501).
The RF signal, after which is amplified in BBIC, is fed to selected antenna.

Portable:

As for a portable RF, RF signal is received in one antenna.
BBIC down-converts to 864 kHz IF signal from RX signal and demodulates it to digital data "RXDATA".
BBIC (IC1) converts RXDATA into a voice signal and outputs it to speaker.

Transmission

Portable:

A voice signal from microphone is encoded to digital data and converted into a 1.9 GHz modulated radio signal by BBIC(IC1).
The RF signal, after which is amplified in BBIC, is fed to an antenna.

Base unit:

As for a base unit RF, RF signal is received in two antennas.
BBIC (IC501) compares RF signal levels and selects the antenna to be used. The n BBIC down-converts to 864 kHz IF signal
from RX signal in the selected antenna, and demodulates it to digital data "RXDATA".
BBIC (IC501) converts RXDATA into a voice signal and outputs it to TEL line.

10

KX-PRW120W/KX-PRWA10W

4.2. Block Diagram (Base Unit)

Analog

Front

End

To TEL_LINE

Bridge

Rect D101

Hook Switch

Q141, Q142, Q161

Audio

Bell/Caller ID

Interface

CPU

MICn

LSRp

RINGn

CIDINp

CIDINn

CIDOUT

RINGOUT

BELL

HOOK

CHARGE_DET

Off-Hook Line Voltage

PARADET

A/D

D/A

ADPCM

Codec Filter

DSP

Speech Encoding

Speech Decoding

BMC

Burst Encoding

Burst Decoding

RF

PLL

XTAL2

XTAL1

EEPROM

SCL

SDA

To HANDSET

Limit

Resistor

R371, R372,

D362

Charge

Detector

CHARGE(+)

CHARGE(-)

for KX-PRW120 only

IC302 3.3V IC302 3.3V

REGULATORREGULATOR

Q502Q502

Q501Q501

2.4V

Reg.

1.8V

Reg.

3.3 V

2.4 V

1.8 V

BBIC

IC502

IC501

KX-PRW120 BLOCK DIAGRAM (BASE UNIT)

MOD/DEMOD

DCDC

Converter

Reset

XTAL

X1

X1

MHz

RX

n

RX

p

TX

p

TX

n

DA802

ANT1

ANT2

ANT1

ANT2

ANT1

ANT2

L1

L2

DCP

DCM

FLASH MEMORY

IC601

QSPI

FLASH MEMORY

IC503

RSTN

Pin B8

TAM-CSn
SPI-DI
SPI-DO

SPICLK

QSPI-CS

QSPI-SCK

QSPI-IO 0-3

Q701, Q702

QSPI

Control

SPI

Control

Interrupt

Control

PCM

Control

Wi-Fi module

IC800

SPI_EN

SPI_DO

SPI_DI

SPI_CLK

BB_TX

BB_RX

BB_TX_RES

BB_RX_RES

PCM_FSC

PCM_DO

PCM_DI

PCM_CLK

PORST_N

20.736

3.3 V

L501

11

KX-PRW120W/KX-PRWA10W

4.3. Circuit Operation (Base Unit)

4.3.1. Outline

Base Unit consists of the following ICs as shown in Block Diagram (Bas e Unit) (P.10).

• DECT BBIC (Base Band IC): IC501

- Handling all the audio, signal and data processing needed in a DECT base unit

- Controlling the DECT specific physical layer and radio section (Burst Module Controller section)

- ADPCM code filter for speech encoding and speech decoding (DSP section)

- Echo-cancellation and Echo-suppression (DSP section)

- Any tones (tone, sidetone, ringing tone, etc.) generation (DSP section)

- DTMF receiver (DSP section)

- Clock Generation for RF Module

- ADC, DAC, timer, and power control circuitry

- PLL Oscillator

- Detector

- Compress/Expander

- First Mixer

- All interfaces (ex: QSPI FLASH MEMORY, EEPROM, LED, Analog Front End, etc.)

- Integrated 1.9GHz PA for DECT

• EEPROM: IC502

- Temporary operating parameters (for RF, etc.)

• FLASH MEMORY: IC601

- Voice Prompt (TAM) D/L Area

- ICM/OGM Recording Area

• Additionally,

- Power Supply Circuit (+2.4 V, +1.8 V output)

- Crystal Circuit (20.736 MHz)

- Charge Circuit

- Telephone Line Interface Circuit

• QSPI FLASH MEMORY IC503

- Main Program D/L Area

• Wi-Fi module : IC800

- Handling the audio, signal and data processing related to Wi-Fi.

- Support IEEE802.11b/11g/11n.

- Controlling the connection with the smartphone ap plication.

- Power Supply Circuit (+1.5V output).

12

KX-PRW120W/KX-PRWA10W

4.4. Circuit Operation (Base Unit)

General Description:

(BBIC, Flash Memory, EERROM) is a digital speech/signal processi ng system that implements all the functions of speechcom­pression, record and playback, and memory management required in a digital telephone answering machine.The BBIC system
is fully controlled by a host processor. The host processor provides activation and control of all that functionsas follows.

4.4.1. BBIC (Base Band IC: IC501)

• Voice Message Recording/Play back
The BBIC system uses a proprietary speech compression technique to record and store voice message in Flash Memory.An
error correction algorithm is used to enable playback of these messages from the Flash Memory.

• DTMF Generator
When the DTMF data from the handset is received, the DTMF signal is output.

• Synthesized Voice (Pre-recorded message)
The BBIC implements synthesized Voice, utilizing the built in speech detector and a Flash Memory, which stored the vocabulary.

• Caller ID demodulation
The BBIC implements monitor and demodulate the FSK/DTMF signals that provide CID information from the Central Office.

• Digital Switching
The voice signal from telephone line is transmitted to the handset or the voice signal from the han dset is transmitted to theTele­phone line, etc. They are determined by the signal path route operation of voice signal.

• Block Interface Circuit
RF part, Key scan, Telephone line.

4.4.2. Flash Memory (IC601)

Following information data is stored.

• Voi ce signal
ex: Pre-recorded Greeting message, Incoming message

4.4.3. EEPROM (IC502)

Following information data is stored.

• Settings
ex: message numbers, ID code, Flash Time, Tone/Pulse

RF part

ADPCM

Analog
Front
End

&

Multi­plexer

TEL
Line
Interface

Digital
Speech
Processor

Caller ID
Modem

Digital TAM System

Flash Memory IC601

Host CPU

BBIC (IC501)

DECT RF system
TDMA/TDD
Mod/Demod
PA/LNA

ADPCM

Keys/ ChargeEEPROM IC502

13

KX-PRW120W/KX-PRWA10W

4.4.4. Power Supply Circuit

The power is supplied to the DECT BBIC, QSPI FLASH MEMORY, FLASH MEMORY, EEPROM and Charge Contact from AC
Adaptor (+5.5 V) as shown in Fig.101. The power supply is as follows;

• DECT BBIC (IC501):
DC Jack (+5.5 V) → IC302 → IC501
DC Jack (+5.5 V) → IC302 → Q302 → IC501
DC Jack (+5.5 V) → IC302 → D501 → Q501 → IC501

• EEPROM (IC502):
DC Jack (+5.5 V) → IC302 → IC501→ IC502

• FLASH MEMORY (IC601):
DC Jack (+5.5 V) → IC302→ IC501→ IC601

• Charge Contact (CHARGE+):
DC Jack (+5.5 V) → R371 → R372 → D362→ CHARGE+

• QSPI FLASH MEMORY (IC503):
DC Jack (+5.5 V) → IC302 → IC501 → IC503

<Fig.101>

AC Adaptor

* for KX-PRW120 only

DCP

IC302

Q302

IC501

IC503

IC601*

IC502

+5.5 V

1.8 V

Q301

2.4 V

CHARGE+

D362

R372

R371

DC

Jack

3.3 V

DCM

1

2

3

On

DC S

1.8 V

Reset

(IC501(RSTN))

Off

14

KX-PRW120W/KX-PRWA10W

4.4.5. Telephone Line Interface

<Function>

• Bell signal detection

• Clip signal detection

• ON/OFF hook circuit

Bell & Clip (: Calling Line Identification Presentation: Caller ID) signal detection:

In the standby mode, Q141 is open to cut the DC loop current and decrease the ring load.
When ring voltage appears at the L1T (A) and L1R (B) leads (when the telephone rings), the AC ring voltage is transferred as
follows;

•B → P101 → C106 → R106 → R107 → IC501 (CID INp)

•A → C105 → R105 → R108 → IC501 (CID INn)

ON/OFF hook circuit:

In the standby mode, Q104 is open, and connected as to cut the DC loop current and to cut the voice signal. The unit is
consequently in an on-hook condition.
When IC501 detects a ring signal or press the TALK Key onto the handset, Q142 turns on and then Q141 turns on, thus
providing an off-hook condition (DC current flows through the circuit) and the following signal fl ow makes the loop current.

•B → P101 →D101 → Q141 → Q161 → R163 → D101 → A

4.4.6. Transmitter/Receiver

• Audio Circuits and DTMF tone signal circuits.
Base Unit and Handset mainly consist of RF Module and DECT BBIC.
Base Unit and Handset transmit/receive voice signal and data signal through the antenna on carrier frequency.

Signal Path:

*Refer to Signal Route (P.20).

4.4.6.1. Transmitter Block

The voice signal input from the TEL LINE interface goes to DECT BBIC (IC501) as shown in Block Diagram (Base Unit) (P.10)
The voice signal passes through the analog part of IC501 where it is ampli fied and converted to a digi tal audio stream signal.
The burst switch controller processes this stream performing encryption and scrambl ing, adding the various other fields to
produce the GAP (Generic Access Profile) standard DECT frame, assigning to a time slot and channel etc.
In IC501, the carrier frequency is changing, and frequency modulated RF signal is generated.In IC501 ,RF signal is amplified,
and radiated from antenna. Handset detects the voice signal or da ta signal in the circuit same as the following explanation of

Receiver Block.

4.4.6.2. Receiver Block

The signal of 1900 MHz band (1921.536MHz ~ 1928.448MHz) which is input from antenna is input to IC501 as shown in Block
Diagram (Base Unit) (P.10).

In IC501, the signal of 1900 MHz band is downconverted to 864 kHz signal and demodulated, as GAP (Generic Access Profile)
standard DECT frames. It passes through the decoding section burst switch controller where it separates out the frame
information and performs de-encryption and de-scrambling as required. It the n goes to the DSP section where it i s turned back

into analog audio. This is amplified by the analog front end, and goes to the TEL LINE Interface.

4.4.7. WiFi Module

BBIC and WiFi module are connected with 3group signals as shown in Block Diagram (Base Unit) (P.10).

SPI (Serial Peripheral Interface) Control --- Control the data (except Audio data) between BBIC and Wi-Fi module
Interrupt Control --- Control the timing of sending/receiving of BBIC and Wi-Fi module

PCM (Pulse Code Modulation) Control --- Control the Audiol data between BBIC and Wi-Fi module.
When turning ON, it start to communicate between BBIC and WiFi module by SPI Control with Interrupt control to set various
data into the register of WiFi module and then it becomes Stand-by status.
WiFi network data, such as MAC address is transferred to Memory of WiFi module from BBIC's one.

For talk with Smartphone via WiFi, audio signal is modified to PCM signal then communicated.

4.4.8. Parallel Connection Detect Circuit/Auto Disconnect Circuit

Function:

In order to disable call waiting and stutter tone functions when u si ng te leph one s connecte d i n paralle l, it is necessary to have a
circuit that judges whether a telephone connected in parallel is in use or not. T his circuit determines whether the telephone
connected in parallel is on hook or off hook by detecting changes in the T/R voltage.

Circuit Operation:

Parallel connection detection when on hook:
When on hook, the voltage is monitored at pin (N1), (N2) of IC501. There is no parallel connection if the voltage is

0.54 V or higher, while a parallel connection is deemed to exist if the voltage is lower.

15

KX-PRW120W/KX-PRWA10W

Parallel connection detection when off hook:
When off hook, the voltage is monitored at pin (F2) of IC501; the presence/absence of a parallel connection is determined by
detecting the voltage changes.
If the Auto disconnect function is ON and statuses are Hold, receiving ICM, OGM transmitting, BBIC disconnects the line after
detecting parallel connection is off hook.

4.4.9. Calling Line Identification (Caller ID)/Call Waiting Caller ID

Function:

Caller ID

The caller ID is a chargeable ID which the user of a telephone circuit obtains by entering a contract with the telephone company
to utilize a caller ID service. For this reason, the operation of this circuit assumes that a caller ID service contract has been
entered for the circuit being used. The data for the caller ID from the telephone exchange is sent during the interval between the
first and second rings of the bell signal. The data from the telephone exchange is a modem signal which is modulated in an FSK
(Frequency Shift Keying) * format. Data

"1" is a 1200 Hz sine wave, and data "0" is a 2200 Hz sine wave. There are two types of

the message format which can be received: i.e. the single messa ge format and plural message format. The plural message
format allows to transmit the name and data code information in addition to the time and telephone number data.
*: Also the telephone exchange service provides other formats.

1st Ring
2 sec

Silent interval 4 sec

2nd Ring
2 sec

0.5 s 575 ms

min 0.5 s

DATA

0.1 Vrms

STD Ring / 20 Hz
Tip-Ring

DATA in

A

B

DATA out

1200 Hz
=DATA "1"

1 bit=833 µs

2200 Hz
=DATA "0 "

70 Vrms

month dayhour minute number

201348700035161504

Single message format

Plural message format

1st Ring

2 sec

718 ms

2nd Ring

0.5 s

DATA

month

day

hour

minute

number

20134870003516

16

DATA CODE NAME
201 John Smith

04

16

KX-PRW120W/KX-PRWA10W

Call Waiting Caller ID

Calling Identity Delivery on Call Waiting (CIDCW) is a CLASS service that allows a customer, while off-hook on an existing call,
to receive information about a calling party on a waited call. The transmission of the calling information takes place almost
immediately after the customer is alerted to the new call so he/she can use this info rmation to decide whether to take the new
call.

Function:

The telephone exchange transmits or receives CAS and ACK signals through each voice RX/TX route. Then FSK d ata and
MARK data pass the following route.
Telephone Line → P101 → C103, R101, C105, R103, C107, R10 5, C104, R102 , C106, R104, C108, R106 → IC501 (H2, H1).
If the unit deems that a telephone connected in parallel is in use, ACK is not returned even if CAS is received, and the
information for the second and subsequent callers is not displayed on the portable display.

CAS

CAS: CPE Alerting Signal
Dual Tone of 2130 Hz, 2750 Hz

-15 dBm (900 ohm load)

80 5 ms

MARK

DATA

0~500 ms

58~75 ms about 300 ms

(be changed by
Information Volume)

Continuance Signal
of 1200 Hz (Data "1")

"FSK"

ACK: Acknowledged Signal
DTMF
"D"

ACK

0~100 ms

60 5 ms

Telephone Exchange

Cordlessphone

Cordlessphone

Signal Flow

Signal Flow

Telephone Exchange

Call Waiting Format

C107

R105

P101

L1T
L1R

SA101

H2

H1

BBIC

IC501

"FSK"

data

Telephone

Line

R103

R101

C103

C105

C108

R106

R104

R102

C104

C106

17

KX-PRW120W/KX-PRWA10W

4.5. Block Diagram (Handset)

QSPI

FLASH MEMORY

IC2

Reset

Reset

Pin B8

ADPCM

Codec

Filter

DSP

Speech

Decoding

Speech

Encoding

BMC

Burst

Decoding

ANT1

Burst

Encoding

RF

PLL

MOD/DEMOD

C1

D1

A4

A5

RXn

ANT1

RXp

TXp

TXn

G1

F1

XTAL

X1

20.736

MHz

BATTERY

T4

ON SWITCH

KEYPAD

Charge

Pump

ROWS

COLUMNS

U5, T6, V5, T7, N1

F3, G2, G3, H2, T11

V12, U13, V14, T12

BBIC

IC1

QSPI

Control

U12

U14

KX-PRWA10 BLOCK DIAGRAM (Handset)

SPI

Control

SPI

FLASH MEMORY

IC4

C9 SPI_EN

+2.8V

C11 SPI_DI

B13 SPI_DO

A14 SPI_CLK

+3.0V

DC/DC

Control

CONVERTER

CPU

LDO_OI_CTRL

CIRCUIT

CONVERTER

DC/DC

Q8, L3

3.0V

Q7

+3.0V

+2.8V

SPEAKER

RECEIVER

MIC

CHARGE

CIRCUIT

CHARGE

CONTACTS

CHARGE(+)

CHARGE_CTRL

CHARGE

EEPROM

SCL

SDA

BATTERY

TERMINAL

R1

VBAT

BATT-

1.8 V

Q6

1.8 V

LCD

RS

RDn

DAB[0-7]

LCD_RESET

CPU

Analog

Front

End

D/A

A/D

U8, V8

U9, V9

K3

K2

H1

J3

R2

R1

B12

A13

M5

M3

J14

J18, J17, J16, L18, M18,

N18, P18,P17

E13

P3

K16

IC3

C16

LCD-BACK LIGHT

KEY LED

A9

LDO_CTRL

CP3V

+2.8V

DC/DC CONVERTER CIRCUIT Q9, L4

WRn

LCD_CS

B15

+3.0V

+1.8V

+3.4V

+3.4V

Q2, Q3, Q4

R4, R7, R8

18

KX-PRW120W/KX-PRWA10W

4.6. Circuit Operation (Handset)

4.6.1. Outline

Handset consists of the following ICs as shown in Block Diagram (Handset) (P.17).

• DECT BBIC (Base Band IC): IC1

- All data signals (forming/analyzing ACK or CMD signal)

- All interfaces (ex: Key, Detector Circuit, Charge, DC/DC Converter, EEPROM, LCD, RF Power Amp.)

- PLL Oscillator

- Detector

- Compress/Expander

- Reception

- Integrated 1.9 GHz PA for DECT

• QSPI FLASH MEMORY: IC2

- Main Program D/L Area

• EEPROM: IC3

- Temporary operating parameters (for RF, etc.)

• SPI FLASH MEMORY: IC4

- Wall paper, Ringer Tone D/L Area.

4.6.2. Power Supply Circuit/Reset Circuit

Circuit Operation:

When power on the Handset, the voltage is as follows;
BATTERY(2.2 V ~ 2.6 V: BATT+) → P1 → L3 → Q8 → Q6 (1.8 V), Q7 (3.0V)
The Reset signal generates IC1 (B8 pin) and 1.8 V.

4.6.3. Charge Circuit

Circuit Operation:

When charging the handset on the Base Unit, the charge current is as follows;
DC+(5.5 V) → R371 → R372 → D362 → CHARGE+(Base) → CHARGE+(Handset) → → Q2 → P1 → BATTERY+...

Battery...
BATTERY- → R1→ GND → CHARGE-(Handset)→ CHARGE-(Base) → GND → DC-(GND)
In this way, the BBIC on Handset detects the fact that the battery is charged.
The charge current is controlled by switching Q4 of Hand se t.

Refer to Fig.101 in Power Supply Circuit (P.13).

4.6.4. Battery Low/Power Down Detector

Circuit Operation:

“Battery Low” and “Power Down” are detected by BBIC which check the voltage from battery.
The detected voltage is as follows;

• Battery Low
Battery voltage: V(Batt) 2.25 V ± 50 mV

The BBIC detects this level and " " starts flashing.

• Power Down
Battery voltage: V(Batt) 2.0 V ± 50 mV
The BBIC detects this level and power down.

1.8 V

Reset
(IC1_B8pin)

Battery +

Q3
R4

19

KX-PRW120W/KX-PRWA10W

4.6.5. Speakerphone

The hands-free loudspeaker at SP+ and SP- is used to generate the ring alarm.

20

KX-PRW120W/KX-PRWA10W

4.7. Signal Route

SIGNAL ROUTE

ROUTE

IN

OUT

SIGNAL

DTMF TONE
TEL OUT
(to Tel Line)

CDL TX
(to Tel Line)

CDL RX
(from Tel Line)

DTMF TONE
TEL IN
(from Tel Line)

SP-PHONE TX
(to Tel Line)

SP-PHONE RX
(from Tel Line)

Caller ID
(from Tel Line)

(BASE UNIT)
B - P101 - C106 - R106 - R107 - IC501 (CIDINp) IC501 (TXp) C819
A - C105 - R105 - R108 - IC501 (CIDINn) IC501 (TXn)

(BASE UNIT)

IC501 (LSRp) - C184 - Q161 - Q141 - D101 A

(BASE UNIT)

A D101 - Q141 - Q161 - R164 - C173 - R178 - IC501 (MICn)

P101

- B

(BASE UNIT)
from HANDSET

ANT1 - C894 DA802 IC501 (RXn)
ANT2 - C893 IC501 (RXp)

IC501 (LSRp) - C184 - Q161 - Q141 - D101 A

P101- B

B - P101

- C819 - DA802 C894 - ANT1

to HANDSET

(HANDSET)
from BASE UNIT ANT - C50

(BASE UNIT)
A

D101 - Q141 - Q161 - R164 - C173 - R178 - IC501 (MICn) IC501 (TXp)

B - P101 IC501 (TXn)

C893 - ANT2

IC1 (D1)
IC1 (C1)

IC1 (K3) - RECEIVER (+)
IC1 (K2) - RECEIVER (–)

DA802 –– C894 - ANT1
– C893 - ANT2

to HANDSET

to HANDSET

(HANDSET)
from BASE UNIT ANT - C50

–– IC1 (D1) ––– IC1 (U8, V8) - SP (–)

– IC1 (C1) – – IC1 (U9, V9) - SP (+)

(BASE UNIT)
A D101 - Q141 - Q161 - R164 - C173 - R178 - IC501 (MICn)
B - P101
–– IC501 (TXp) - C819 - DA802 –– C894 - ANT1
– IC501 (TXn) C893 - ANT2

(HANDSET)
MIC (+) -

C10 - R17 - IC1 (J3) IC1(A4)

MIC (–) -

C9 - R16 -

IC1 (H1)

IC1(A5) C51 - C50 - ANT to BASE

(BASE UNIT)
from HANDSET

ANT1 - C894 DA802 IC501 (RXn)
ANT2 - C893 IC501 (RXp)

IC501 (LSRp) - C184 - Q161 - Q141 - D101 A

P101- B

(HANDSET)
MIC (+) -

C10 - R17 - IC1 (J3) IC1(A4)

MIC (–) -

C9 - R16 - IC1 (H1) IC1(A5) C51 - C50 - ANT to BASE

21

KX-PRW120W/KX-PRWA10W

SIGNAL ROUTE

ROUTE

IN

OUT

SIGNAL

Memo/OGM
Recording
(from Handset)

ICM Recording
(from Tel Line)

(BASE UNIT)
from HANDSET

ANT1 - C894 –– DA802

IC501 (RXn) ––

ANT2 - C893 – IC501 (RXp) –

IC501 (LSRp) - IC601 (5)

(BASE UNIT)
A

–––––––– D101 - Q141 - Q161 - R164 - C173 - R178 - IC501 (MICn) - IC501 (SPI_DO) - IC601 (5)

B - P101

–

Message Play
(to Handset)

(BASE UNIT)
IC601 (2) - IC501 (SPI_DI) IC501 (TXp) C819 -

(BASE UNIT)

IC601 (2) - IC501 (SPI_DI) - IC501 (LSRp) - C184 - Q161 - Q141 - D101 A

Message Play
(to Tel Line)

IC501 (TXn)

DA8 02

C894- ANT1

C893 - ANT2

to HANDSET

(HANDSET)

from BASE UNIT ANT - C50 –– IC1 (D1)

– IC2 (C1)

IC1 (U8, V8) - SP (–

)

IC1 (U9, V9) - SP (+)

P101 - B

for KX-PRW120 only

(HANDSET)
MIC (+) -

C10 - R17 - IC1 (J3) IC1(A4)

MIC (–) -

C9 - R16 - IC1 (H1) IC1(A5) C51

- C50 - ANT to BASE

Wi-Fi TX
(to Tel Line)

(BASE UNIT)

fromSmartPhone

WIFITX - C865 - IC800 (WIFITX)
WIFIRX - C866 - IC800 (WIFIRX)

IC800 (PCMDTX) - IC501 (PCM_DI)

IC501 (LSRp) - C184 - Q161 - Q141 - D101

A
P101-B

Wi-Fi RX
(to Tel Line)

(BASE UNIT)
A

–––––––– D101 - Q141 - Q161 - R164 - C173 - R178 - IC501 (MICn)

B - P101

–

IC501 (PCM_DO) - IC800 (PCMDRX) - IC800 (WIFITX) - C865 - WIFITX

toSmartPhone

22

KX-PRW120W/KX-PRWA10W

5 Location of Controls and Components

Refer to the Operating Instructions.

Note:

You can download and refer to the Operating In structions (Instruction book) on TSN Server.

6 Installation Instructions

Refer to the Operating Instructions.

Note:

You can download and refer to the Operating In structions (Instruction book) on TSN Server.

7 Operating Instructions

Refer to the Operating Instructions.

Note:

You can download and refer to the Operating In structions (Instruction book) on TSN Server.

7.1. For Service Hint

Items Contents

Battery

You could use other rechargeable batteries sold in a market, but the unit is not guaranteed to work
properly.

The battery strength may not be indicated correctly if the battery is disconnected and connected again,
even after it is fully charged. In that case, by recharging the battery as mentioned in the Operating
Instructions, you will get a correct indication of the battery strength.

Recall Earth Recall feature is not supported in this model.

23

KX-PRW120W/KX-PRWA10W

8 Service Mode

8.1. Engineering Mode

8.1.1. Base Unit

Important:

Make sure the address on LCD is correct when entering new data. Otherwise, you may ruin the unit.

9).

Press (off) to return to standby mode.

After that, turn the base unit power off and then power on.

Menu

1). Press {}

2). Select "Initial Setup" using , , , or
then press

{OK} .

H/S key operation

H/S LCD

{^}

4). Enter "7", "2", "6", "2", "7", "6", "6", "4".

Note: 7262 7664 = PANA SONI

(see letters printed on dial keys)

6). Enter "

", " ", " ", " " (Address). (*1)

7). Enter "

", " " (New Data). (*1)

5). Select "Write EEP" using or
then press

{OK}

.

{^} {V}

3). Select "Line Setup" using or
then press

{OK}

{^} {V}

8)

. Press , a long confirmation beep

will be heard.

{OK}

{V}

{>}

{>}

.

.

Initial Setup

OK

Intercom

C

C

OK

Back

Initial Setup

Time Settings

Handset Name

Key Finder Setup

Caller Barred

d

d

Ringer Setup

OK

Back

Initial Setup

Auto Talk

Privacy Mode

d

d

Area Code

Caller List

C

C

OK

Intercom

Call Restrict

OK

Back

Service Mode

Gets S/W Ver.

d

d

Read EEP

Write EEP

OK

C

Set Addr.:

OK

Set Addr.:

Back

Default Data

OK

C

Set Addr.:

New Data

Soft keys

Navigator key/

?

(Volume) key

Dial keypad

{R/ECO}
R: Recall/Flash
ECO: Eco mode shortcut key

{ic} (Off/Power)

Line Setup

24

KX-PRW120W/KX-PRWA10W

Frequently Used Items (Base Unit)

ex.)

Note:

(*1) Refer to Registering a Handset to a Base Unit in the Operating Instructions.
(*2) When you enter the address or New Data, please refer to the table below.

Items Address Default Data New Data Remarks

C-ID(FSK) sensitivity 07 5D/07 5C 00/51 00/39

(3 dB up)

00/28

(6 dB up)

When the hex change from 00/51 to 00/39 or
00/28, gain increase by 3 dB or 6 dB.

Frequency 00 08/00 07 04/4A - - Use these items in a READ-ONLY mode to

confirm the contents. Careless rewriting may
cause serious damage to the computer system.

ID 00 02~00 06 Given value - -

Bell length 03 F9 3C (6 sec) (*3) 1E (3 sec) 14 (2 sec) This is time until bell stops ringing.

(Unit: 100 msec)

Desired Number (hex) Input Keys Desired Number (hex) Input Keys

00 A[R] + 0
11 B[R] + 1

.. C[R] + 2
.. D[R] + 3
.. E[R] + 4

99 F[R] + 5

25

KX-PRW120W/KX-PRWA10W

8.1.2. Handset

Important:

Make sure the address on LCD is correct when entering new data. Otherwise, you may ruin the unit.

8).

Press (off) to return to standby mode.
After that, remove and reinsert the batteries.
Press the Power button for

about 1 second if

the power is not turned on.

H/S key operation

H/S LCD

3). Enter "7", "2", "6", "2", "7", "6", "6", "4".

Note: 7262 7664 = PANA SONI

(see letters printed on dial keys)

5). Enter "

", " ", " ", " " (Address). (*1)

6). Enter "

", " " (New Data). (*1)

7)

. Press , a long confirmation beep

will be heard.

{OK}

Initial Setup

OK

Intercom

C

C

Base Unit PIN

Caller List

C

C

OK

Intercom

OK

Back

Service Mode

Gets S/W Ver.

d

d

Read EEP

Write EEP

OK

C

Set Addr.:

OK

Set Addr.:

Back

Default Data

OK

C

Set Addr.:

New Data

Menu

1). Press {}

4). Select "Write EEP" using or
then press

{OK}

.

{^} {V}

2). Select "Initial Setup" using , , , or
then press

{OK} .

{^}

{V}

{>}

{>}

.

Soft keys

Navigator key/

?

(Volume) key

Dial keypad

{R/ECO}
R: Recall/Flash
ECO: Eco mode shortcut key

{ic} (Off/Power)

26

KX-PRW120W/KX-PRWA10W

Frequently Used Items (Handset)

ex.)

Note:

(*1) When you enter the address or New Data, please refer to the table below.

(*2) Use these items in a READ-ONLY mode to confirm the contents. Careless rewriting may cause seri ous damage to the
handset.

Items Address Default Data New Data Possible Adjusted

Value MAX (hex)

Possible Adjusted

Value MIN (hex)

Remarks

Sending level 05 07 Adjusted value Given value FF D0 (*2)

Receiving level 05 08 Adjusted value Given value FF D0 (*3)

Battery Low 00 09 70 - - -

(*4)

Frequency 00 08/00 07 04/4A - - -

ID 00 02~00 06 Given value - - -

Desired Number (hex.) Input Keys Desired Number (hex.) Input Keys

00 A[R] + 0
11 B[R] + 1

.. C[R] + 2
.. D[R] + 3
.. E[R] + 4

99 F[R] + 5

27

KX-PRW120W/KX-PRWA10W

8.2. EEPROM LAYOUT (Handset)

8.2.1. Scope

The purpose of this section is to describe the layout of the EEPROM (IC3) for the KX-PRWA10 Handset.
The EEPROM contains hardware, software, and user specific parameters. Some parameters are set during production of the

handset, some are set by the user when configuring the handset, and some during normal use of the phone.

8.2.2. Introduction

The handset uses a 64k bit serial EEPROM (IC3) for storing volatile parameters. All parameters are set up before the handset
the factory. Some of these are vital for the operation of the hardware so a set of default parameters is programmed before the
actual hardware fine-tuning can be initiated. This document lists all default settings with a short description.
This document lists all default parameters with a short description.

8.2.3. EEPROM contents

MMI Setting:

MMI1 Setting:

Initial Type Description

F The data initialized by only F command
0 The data initialized by F and 0 command
1 The data initialized by F, 0 and 1 command
2 The data initialized by F, 0, 1 and 2 command
3 The data initialized by all command (F, 0, 1, 2, 3)

Country Setting Description

x Default - no specific country setting, so revert to default value.

Address Initial

Type

Name Description Default value Country

Setting

04 1B 3 EEP_Language Selected Language for LCD

GERMAN:0 ENGLISH:1 SPANISH:2 NORWEGIAN:3
FRENCH:4
ITALIAN:5 DENISH:6 DUTCH:7 SWEDISH:8
FINNISH:9
GREEK:10 TURKISH:11 HUNGARIAN:12
PORTUGUESE:13 RUSSIAN:14
POLISH:15 SLOVAKIAN:16 CZECH:17 CROATIAN:18
CATALAN:19
UKRINIAN:20 SPANISHMEX:21 SLOVENIAN:22
ESTNIAN:23 LITHUANIAN:24
LATVIAN:25 ROMANIAN:26 BULGARIAN:27
MACEDONIAN:29
ALBANIAN:30 PORTUGUESEMEX:31
ENGLISH(USA):32 HEBREW:33
ARABIC:34 PERSIA:35 HANTAI:36 HANTAI(HK):37
RUSSIAN(BX):38
BELARUS:39 KAZAKHSTAN:40 UZBEKISTAN:41
TAJIKISTAN:42
TURKMENISTAN:43 AZERBAIJAN:44 ARMENIA:45
MOLDOV:46
CANADAENGLISH:48 USSPANISH:49 USFRENCH:50
PORTUGUESE:51 ENGLISH(AZ):52

0x01 x

Address Initial

Type

Name Description Default value Country

Setting

00 63 F EEP_LcdContrastOffset Set the VCOM offset voltage 0xAC x