Panasonic Kx Ts600lx Phone

© 2006 Panasonic Communications Co., Ltd. Allrights reserved. Unauthorized copying anddistribution is a violation of law.

KX-TS600LXBKX-TS600LXWIntegrated Telephone SystemBlack Version

White Version

(for Latin America)

Telephone Equipment

ORDER NO. KM40603023CE

1 ABOUT LEAD FREE SOLDER (PbF: Pb free) 3

1.1. Suggested PbF Solder 3

1.2. How to recognize that Pb Free solder is used 4

2 FOR SERVICE TECHNICIANS 4

3 CAUTION 4

4 OPERATING INSTRUCTIONS 5

4.1. Battery 5

4.2. Location of Controls 7

4.3. Display 8

4.4. Connection 9

4.5. Troubleshooting 11

5 DISASSEMBLY INSTRUCTIONS 13

6 TROUBLESHOOTING GUIDE 14

6.1. Service Hints 14

6.2. Pulse Dialing Problems 14

6.3. Tone Dialing Problems (Handset) 15

6.4. No Ringing Sound When Ring Signal is Input 15

7 BLOCK DIAGRAM 16

8 CIRCUIT OPERATION 17

8.1. Bell Detector Circuit 17

8.2. Line Interface 17

8.3. MODULE BLOCK DIAGRAM 17

8.4. Caller ID Detect Circuit 20

9 BLOCK DIAGRAM 21

9.1. IC903 21

9.2. CPU DATA (IC903) 22

9.3. RINGER IC (IC1) 24

9.4. EEPROM (IC802) 25

9.5. Speakerphone IC Data (IC601) 26

10 MODULE BLOCK DIAGRAM 27

10.1. LCD MODULE BLOCK 27

10.2. CONNECTOR PIN ASSIGNMENT 27

11 HOW TO REPLACE THE FLAT PACKAGE IC 28

11.1. Preparation 28

11.2. How to Remove the IC 28

11.3. How to Install the IC 29

11.4. How to Remove a Solder Bridge 29

12 CABINET AND ELECTRICAL PARTS 30

13 ACCESSORIES AND PACKING MATERIALS 31

14 TERMINAL GUIDE OF THE ICs, TRANSISTORS AND DIODES

32

15 REPLACEMENT PARTS LIST 33

15.1. Base Unit 33

16 FOR SCHEMATIC DIAGRAM 37

17 SCHEMATIC DIAGRAM (MAIN) 38

18 SCHEMATIC DIAGRAM (OPERATION) 40

19 CIRCUIT BOARD (MAIN) 41

19.1. Component View 41

19.2. Flow Solder Side View 42

20 CIRCUIT BOARD (OPERATION) 43

20.1. Component View 43

20.2. Flow Solder Side View 44

Note:Because CONTENTS 4 is the extract from the Operating Instructions of this model, it is subject to change without notice. You candownload and refer to the original Operating Instructions on TSN Server for further information.

CONTENTS Page Page

2

KX-TS600LXB / KX-TS600LXW

1 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 thatcontains 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 repairwork 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 withtemperature 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, please check the component side for excess which may flow onto theopposite side (See the figure below).

1.1. Suggested PbF SolderThere 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 themanufacturer’s specific instructions for the melting points of their products and any precautions for using their product with othermaterials. The following lead free (PbF) solder wire sizes are recommended for service of this product: 0.3 mm, 0.6 mm and1.0 mm.

3


1.2. How to recognize that Pb Free solder is used(Example: Operation P.C.B.)

CN801

MIC

17

18

1

2

PQUP11371Z

A

PbFMarked

(Component View)

Note:

The location of the “PbF” mark is subject to change without notice.

2 FOR SERVICE TECHNICIANSICs and LSIs are vulnerable to static electricity.

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

1. Cover the plastic parts boxes with aluminum foil.

2. Ground the soldering irons.

3. Use a conductive mat on the worktable.

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

3 CAUTION 1. Danger of explosion if battery is incorrectly replaced.

2. Replace only with the same or equivalent type recommended by the manufacturer.

3. Dispose of used batteries according to the manufacture’s Instructions.

4


4 OPERATING INSTRUCTIONS

4.1. Battery

4.1.1. Installing the Batteries

5


4.1.2. Battery Replacement

6


4.2. Location of Controls

7


4.3. Display

8


4.4. Connection

4.4.1. Connecting the Handset/Telephone Line Cord

9


4.4.2. Connecting a Communication Device

10


4.5. Troubleshooting

11


12


5 DISASSEMBLY INSTRUCTIONS

Shown in Fig.- To Remove Remove1 Cabinet Cover Screws (2.6 × 12)..........(A) × 52 Main P.C. Board Tapes and Cable3 Main P.C. Board and Operational P.C. Board Tape and Solders

Main P.C. BoardScrew (2.6 × 8)...............(B) × 9Operational P.C. Board

13


6 TROUBLESHOOTING GUIDE6.1. Service Hints

6.2. Pulse Dialing Problems

14


6.3. Tone Dialing Problems (Handset)

6.4. No Ringing Sound When Ring Signal is Input

15


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16

8 CIRCUIT OPERATION8.1. Bell Detector Circuit

When the bell signal is input between T/R, the signal are outputted at the speaker via the following path: Tel line → R1/C1 →D4/D3 → Pin 1 of IC1 → Pin 8 of IC1 → C6 → T1 → Speaker

8.2. Line InterfaceIn talk status, SW101 become ON and Q103 base changes to high level, causing Q103, Q101 to turn on and resulting in a lineloop. The loop current flows from D7 → Q101 → Q108 → R124 → D106 in that order, a pulse signal that repeated switchesbetween high and low logic is output from pin 39 of the CPU. This switches the line loop on and off, generating the dial pulsesignal.

8.3. MODULE BLOCK DIAGRAM

8.3.1. Speakerphone Circuit

8.3.1.1. Function

The circuit controls the automatic switching of the transmitted and received signals, to and from the telephone line, when theunit is used in the hands -free mode.

8.3.1.2. Circuit Operation

The speakerphone can only provide a one-way communication path.

In other words, it can either transmit an outgoing signal or receive an incoming signal at a given time, but cannot do bothsimultaneously. Therefore, a switching circuit is necessary to control the flow of the outgoing and incoming signals.

This switching circuit is contained in IC601 and consists of a Voice Detector, TX Attenuator, RX Attenuator, Comparator andAttenuator Control. The circuit analyzes whether the TX (transmit) or the RX (receive) signal is louder, and then it processedthe signals such that the louder signal is given precedence.

The Voice Detector provides a DC input to the Attenuator Control corresponding to the TX signal.

The Comparator receives a TX and a RX signal, and supplies a DC input to the Attenuator Control corresponding to the RXsignal.

The Attenuator Control provides a control signal to the TX and the RX attenuator to switch the appropriate signals on and off.The Attenuator Control also detects the level of the volume control to automatically adjust for changing ambient conditions.

1. Transmission signal path:

The input signal from the microphone is sent through the circuit via the following path: MIC → Pin 9 of IC601 → Pin 10 ofIC601 → Pin 3 of IC601 → Pin 4 of IC601 → R601 → C602 → Q108 → Tel line.

2. Reception signal path:

Signals receive from the telephone line are outputted at the speaker via the following path: Tel line → Q108 → Q109 →C112 → R600 → C603 → Pin 27 of IC601 → Pin 26 of IC601 → Pin 19 of IC601 → Pin 15 of IC601 → Speaker.

3. Transmission/Reception switching

The comparison result between TX and RX outputs as a DC level of Pin 25 of IC601. TX level is high ...... Pin 25 = Pin 21- 6mV RX level is high ...... Pin 25 = Pin 21 - 150mVComparator output is connected to the attenuator control inside ofIC601.

4. Voice detector

The output of the mic amp (Pin 10 of IC601) is supplied to Pin 13 of IC601 as a control signal for the voice detector.

5. Attenuator control

The attenuator control detects the setting of the volume control through Pin 24 of IC601 to automatically adjust for changingambient conditions.

17


8.3.2. Telephone Line Interface

8.3.2.1. Circuit operation • • • • On hook

Q101 is open, Q101 is connected as to cut DC loop current and cut the voice signal.

• • • • Off hook

Q101 turns on thus providing an off-hook condition (active DC current flow through the circuit) and the following signal flow isfor the DC loop current. T → D7 → Q101 → Q108 → R124 → D106 → D10 → R

• • • • The receiving signal flows:

TEL line → Q101 → C113 → R125 → C108 → Q109 → Q405 → Q406 → Headset Jack → H/S SP

• • • • The transmission signal flows

Mic → Q421 → C435 → R437 → Q108 → Tel Line

8.3.3. Tone Detect

This circuit is used to sense the status of the line (busy tone or dial tone) during Auto Redial.

8.3.3.1. Circuit operation

D7 → Q101 → C201 → R201 → R205 → Pin 5 of IC201 → Pin 1 of IC201 → D202 → R208 → Q931→ Pin 36 of IC903

When the subscriber hangs-up, check the intermittent tone. If cycle tone is detected, the collector of Q931 goes to a low logic.

18


8.3.4. Initializing Circuit

8.3.4.1. Function

This circuit is used for to initialize the microcomputer when it incorporates batteries.

8.3.4.2. Circuit operation

When the batteries is inserted into the unit, then the voltage is regulated by IC304 and power is supplied to the CPU. The setcan operate beyond point A in the circuit voltage diagram.

19


8.4. Caller ID Detect Circuit

8.4.1. Function (FSK signal)

The caller ID is a changeable ID which the user of a telephone circuit obtains by entering a contract with the telephone companyto utilize a caller ID service. For this reason, the operation of this circuit assumes that a caller ID service contract has been enteredfor the circuit being used. The data for the caller ID from the telephone exchange is sent during the interval between the first andsecond rings of the bell signal. The data from the telephone exchange is a modem signal which is modulated in an FSK (FrequencyShift 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 messageformat which can be received: i.e. the single message format and plural message format. The plural message format allows totransmit the name and data code information in addition to the time and telephone number data.

• • • • FSK (Frequency Shift Keying) format

8.4.2. Circuit operation

Caller IDCaller ID signal is sent through the circuit via the following path:TEL Line → C501, C502 → R501, R502 → Pin 2, Pin 3 of IC501 → Pin 1 of IC501 → Pin 2, Pin 3 of IC905 → Pin15, Pin16, Pin17of IC903.

20


9 BLOCK DIAGRAM

9.1. IC903

21


9.2. CPU DATA (IC903)

22


PIN I/O Description High High_Z Low1 D.O L_Seiz/P_Mute ON -- OFF2 D.O RX_MUTE Mute -- UnMute3 A.I CO signal in -- -- --4 A.I EXHOOK_det -- -- --5 -- NC -- -- --6 -- VREF+ -- -- --7 -- Vdd -- -- --8 -- OSC2 -- -- --9 -- OSC1 -- -- --

10 -- Vss -- -- --11 -- XI -- -- --12 -- XO -- --13 -- MMOD -- -- --14 D.I RESET Normal -- Reset15 D.I MODEM_DR Normal -- Data _ready16 D.I MODEM_data DATA "1" -- DATA "0"17 D.I MODEM _CLOCK CLOCK -- CLOCK18 D.O Vol1 Vol low -- Vol High19 D.O Vol2 Vol low -- Vol High20 D.O Vol3 Vol low -- Vol High21 D.O BEEP BEEP -- BEEP22 D.O Pulse -- Break Make23 D.O MODEM _FSKEN Enable -- Disable24 D.O Dummy Ring Ring -- Ring25 D.O MODEM _SLEEP -- Sleep Normal26 D.I MODEM_STD CAS -- Normal27 D.I Wake_UP Normal -- Wakeup28 D.I STOP Normal -- STOP29 D.I HOOK SW OFF

_HOOK-- ON_HOOK

30 D.I Batt OUT Normal -- Batt Out31 D.I Bell IN Bell OFF -- Bell IN32 D.O EEPROM_WP W

_Protect-- No protect

33 D.I/D.O

EEPROM_Data Data Input Data

34 D.O EEPROM_CLOCK

CLOCK -- CLOCK

35 D.O BACK_UP Normal -- Stop36 D.O Option_Strob -- Normal Active37 D.I KeyIN0 Normal -- KeyIn38 D.I KeyIN1 Normal -- KeyIn39 D.I KeyIN2 Normal -- KeyIn40 D.I KeyIN3 Normal -- KeyIn41 D.I KeyIN4 Normal -- KeyIn42 D.I KeyIN5 Normal -- KeyIn43 D.O Relay ON -- OFF44 D.O SP_CS ON -- OFF45 D.O KET_Strob0 -- Normal Active46 D.O KET_Strob1 -- Normal Active47 D.O KET_Strob2 -- Normal Active48 D.O KET_Strob3 -- Normal Active49 D.O KET_Strob4 -- Normal Active50 D.O LCD_RESET Normal -- Reset51 D.O Hold Music MUSIC -- MUSIC52 D.O LCD_CS Normal -- LCD _select53 D.O SP_LED -- OFF ON54 D.O LCD_DC data -- command55 D.O LCD_E Active -- Active/Norm

al56 D.O LCD_RW Read -- Write57 DI/D

OLCD_D7 "1" -- "0"

58 DI/DO

LCD_D6 "1" -- "0"

59 DI/DO

LCD_D5 "1" -- "0"

60 DI/DO

LCD_D4 "1" -- "0"

PIN I/O Description High High_Z Low61 -- VREF- -- -- Fix62 A.O DTMF DTMF DTMF Normal63 D.O TX_MUTE Mute -- UnMute64 D.O ACK_MUTE Mute -- UnMute

23


9.3. RINGER IC (IC1)

24


9.4. EEPROM (IC802)

1. SCL

SCL terminal is input terminal of Serial Clock to control transmit and receipt between Master and Slave.

2. SDA

SDA terminal is input terminal, to forward the address and the mutual data between Master Device and Slave Device themutual.

This terminal needs the pull-up resistance external because output circuit of SDA uses Open Drain.

3. A0, A1, A2

A0, A1, and A2 terminal is not used.

4. WP

WP terminal controls writing action. It is possible to do only reading action when high level input and it is possible to do readingand writing action when low level input.

25


9.5. Speakerphone IC Data (IC601)

PinNO.

Name Description

1 RR A resistor to ground provides a reference current for the transmit and receive attenuators.2 RTX A resistor to ground determines the nominal gain of the transmit attenuator. The transmit channel gain is inversely proportional to

the RTX resistance.3 TXI Input to the transmit attenuator. Input resistance is nominally 5.0 kohms.4 TXO Output to the transmit attenuator. The TXO output signal drives the input of the transmit level detector, as well as the external

circuit which drives the telephone line.5 TLI Input of the transmit level detector. An external resistor ac coupled to the TLI pin sets the detection level. Decreasing this resistor

increases the sensitivity to transmit channel signals.6 TLO Output of the transmit level detector. An external resistor and capacitor set the time the comparator will hold the system in the

transmit mode after speech ceases.7 RLI Input of the receive level detector. An external resistor ac coupled to the RLI pin sets the detection level. Decreasing this resistor

increases the sensitivity to receive channel signals.8 RLO Output of the receive level detector. An external resistor and capacitor set the time the comparator will hold the system in the

receive mode after the receive signal ceases.9 MCI Microphone amplifier input. Input impedance is nominally 10 kohms and the dc bias voltage is approximately equal to VB.10 MCO Microphone amplifier output. The mic amp gain is internally set at 34 dB (50 V/V).11 CP1 A parallel resistor and capacitor connected between this pin and Vcc holds a voltage corresponding to the background noise level.

The transmit detector compares the CP1 voltage with the speech signal from CP2.12 CP2 A capacitor at this pin peak detects the speech signals for comparison with the background noise level held at CP1.13 XDI Input to the transmit detector system. The microphone amplifier output is ac coupled to the XDI pin through an external resistor.14 SKG High current ground pin for the speaker amp output stage. The SKG voltage should be within 10 mV of the ground voltage at pin

22.15 SKO Speaker amplifier output. The SKO pin will source and sink up to 100 mA when ac coupled to the speaker. The speaker amp gain

is internally set at 34 dB (50 V/V).16 V+ Input dc supply voltage. V+ can be powered from Tip and Ring if an ac decoupling inductor is used to prevent loading ac line

signals. The required V+ voltage is 6.0 to 11 V (7.5 V nominal) at 7.0 mA.17 AGC A capacitor from this pin to VB stabilizes the speaker amp gain control loop, and additionally controls the attack and decay time

of this circuit. The gain control loop limits the speaker amp input to prevent clipping at SKO. The internal resistance at the AGCpin is nominally 110 kohms.

18 CS Digital chip select input. When at a Logic “0” (<0.7 V) the Vcc regulator is enabled. When at a Logic “1” (>1.6 V), the chip is in thestandby mode drawing 0.5 mA. An open CS pin is a Logic “0”. Input impedance is nominally 140 kohms. The input voltage shouldnot exceed 11 V.

19 SKI Input to the speaker amplifier. Input impedance is nominally 20 kohms.20 Vcc A 5.4 V regulated output which powers all circuit expect the speaker amplifier output stage. Vcc can be used to power external

circuitry such as a microprocessor (3.0 mA max). A filter capacitor is required. The MC 34018 can be powered by a separateregulated supply by connecting V+ and Vcc to a voltage between 4.5 V and 6.5 V while maintaining CS at a Logic “1”.

21 VB An output voltage equal to approximately Vcc/2 which serves as an analogue ground for the speakerphone system. Up to 1.5 mAof external load current may be sourced from VB. Output impedance is 250 ohms. A filter capacitor is required.

22 Gnd Ground pin for the IC (except the speaker amplifier).23 XDC Transmit detector output. A resistor and capacitor at this pin hold the system in the transmit mode during pauses between words

or phrases. When the XDC pin voltage decays to ground, the attenuators switch from the transmit mode to the idle mode. Theinternal resistor at XDC is nominally 2.6 kohms.

24 VLC Volume control input. Connecting this pin to the slider of a variable resistor provides receive mode volume control. The VLC pinvoltage should be less than or equal to VB.

25 ACF Attenuator control filter. A capacitor connected to this pin reduces noise transients as the attenuator control switches levels ofattenuation.

26 RXO Output of the receive attenuator. Normally this pin is ac coupled to the input of the speaker amplifier.27 RXI Input of the receive attenuator. Input resistance is nominally 5.0 kohms.28 RRX A resistor to ground determines the nominal gain of the receive attenuator. The receive channel gain is directly proportional to the

RRX resistance.

26


10 MODULE BLOCK DIAGRAM10.1. LCD MODULE BLOCK

10.2. CONNECTOR PIN ASSIGNMENTPin no. Signal Function Enable

1 VDD +3V Power Supply —2 VSS 0V Power Supply —3 DB4 Data Bus Line H/L4 DB5 Data Bus Line H/L5 DB6 Data Bus Line H/L6 DB7 Data Bus Line H/L7 R/W Read / Write H/L8 E Enable Signal H9 D/C Data / Command Control H/L

10 CS Chip Signal L11 RES Reset Signal Input L

27


11 HOW TO REPLACE THE FLAT PACKAGE ICEven if you do not have the special tools (for example, a spot heater) to remove the Flat IC, with some solder (large amount),a soldering iron and a cutter knife, you can easily remove the ICs that have more than 100 pins.

11.1. Preparation • • • • PbF (: Pb free) Solder

• • • • Soldering Iron

Tip Temperature of 700°F ± 20°F (370°C ± 10°C)

Note: We recommend a 30 to 40 Watt soldering iron. An expert may be able to use a 60 to 80 Watt iron where someone withless experience could overheat and damage the PCB foil.

• • • • Flux

Recommended Flux: Specific Gravity → 0.82.

Type → RMA (lower residue, non-cleaning type)

Note: See ABOUT LEAD FREE SOLDER (PbF: Pb free) (P.3).

11.2. How to Remove the IC 1. Put plenty of solder on the IC pins so that the pins can be completely covered.

Note:

If the IC pins are not soldered enough, you may give pressure to the P.C. board when cutting the pins with a cutter.

2. Make a few cuts into the joint (between the IC and its pins) first and then cut off the pins thoroughly.

3. While the solder melts, remove it together with the IC pins.

When you attach a new IC to the board, remove all solder left on the land with some tools like a soldering wire. If some solder isleft at the joint on the board, the new IC will not be attached properly.

28


11.3. How to Install the IC 1. Temporarily fix the FLAT PACKAGE IC, soldering the two marked pins.

*Check the accuracy of the IC setting with the corresponding solderingfoil.

2. Apply flux to all pins of the FLAT PACKAGE IC.

3. Solder the pins, sliding the soldering iron in the direction of the arrow.

11.4. How to Remove a Solder Bridge 1. Lightly resolder the bridged portion.

2. Remove the remaining solder along the pins using a soldering iron as shown in the figure below.

29


12 CABINET AND ELECTRICAL PARTS

30


13 ACCESSORIES AND PACKING MATERIALS

Note:

(*1) This pad is a piece of Ref No. P2 (GIFT BOX).

31


14 TERMINAL GUIDE OF THE ICs, TRANSISTORS ANDDIODES

32


1. RTL (Retention Time Limited)

Note:

The marking (RTL) indicates that the Retention Time islimited for this item.

After the discontinuation of this assembly in production,the item will continue to be available for a specific periodof time. The retention period of availability is dependanton the type of assembly, and in accordance with thelaws governing part and product retention. After the endof this period, the assembly will no longer be available.

2. Important safety notice

Components identified by the mark indicates specialcharacteristics important for safety. When replacing any ofthese components, only use specified manufacture’s parts.

3. The S mark means the part is one of some identical parts.For that reason, it may be different from the installed part.

4. ISO code (Example: ABS-94HB) of the remarks columnshows quality of the material and a flame resisting gradeabout plastics.

5. RESISTORS & CAPACITORS

Unless otherwise specified;

All resistors are in ohms (Ω) K=1000Ω, M=1000kΩ

All capacitors are in MICRO FARADS (µF)P=µµF

*Type & Wattage of Resistor

15.1. Base Unit

15.1.1. Cabinet and Electrical Parts

Ref.No.

Part No. Part Name & Description Remarks

1 PQAS57P03Z SPEAKER

2 PQKM10704K2 CABINET BODY (for KX-TS600LXB)

ABS-HB

2 PQKM10704K1 CABINET BODY (for KX-TS600LXW)

ABS-HB

3 PQBH10043Z2 BUTTON, HOOK (for KX-TS600LXB)

ABS-HB

3 PQBH10043Z1 BUTTON, HOOK (for KX-TS600LXW)

ABS-HB

4 PQGP10298Z1 PANEL, LCD

5 PQHR11185Z OPTIC CONDUCTIVE PARTS, LEDLENS

PS-HB

Ref.No.


6 PQBX10389P2 BUTTON, DIAL KEY (for KX-TS600LXB)

ABS-HB

6 PQBX10389P1 BUTTON, DIAL KEY (for KX-TS600LXW)

ABS-HB

7 PQSX10308Y KEYBOARD SWITCH, 21 KEY (forKX-TS600LXB)

7 PQSX10308Z KEYBOARD SWITCH, 21 KEY (forKX-TS600LXW)

8 PQBC10455S3 BUTTON, MUTE (for KX-TS600LXB)

8 PQBC10455S1 BUTTON, MUTE (for KX-TS600LXW)

9 PQBC10455R4 BUTTON, SP PHONE (for KX-TS600LXB)

9 PQBC10455R2 BUTTON, SP PHONE (for KX-TS600LXW)

10 PQBC10456Z2 BUTTON, NAVIGATOR KEY (forKX-TS600LXB)

10 PQBC10456Z1 BUTTON, NAVIGATOR KEY (forKX-TS600LXW)

11 PQHR11184Z GUIDE, NAVIGATOR KEY

12 PQBC10454Z2 BUTTON, OK (for KX-TS600LXB)

12 PQBC10454Z1 BUTTON, OK (for KX-TS600LXW)

13 PQSX10307W KEYBOARD SWITCH, 9 KEY (forKX-TS600LXB)

13 PQSX10307X KEYBOARD SWITCH, 9 KEY (forKX-TS600LXW)

14 PQJC10072Z BATTERY TERMINAL, BATTERYCONTACT(+)

15 PQJC10073Z BATTERY TERMINAL, BATTERYCONTACT(-)

16 PQJC313Y BATTERY TERMINAL, BATTERYCONTACT(+)(-)

17 PQJC314Y BATTERY TERMINAL, BATTERYCONTACT(-)(+)

18 PQKF10696S2 CABINET COVER (for KX-TS600LXB)

PS-HB

18 PQKF10696S1 CABINET COVER (for KX-TS600LXW)

PS-HB

19 PQHA10018Y RUBBER PARTS, FOOT CUSHION

20 PQKK10105X2 LID, BATTERY COVER (for KX-TS600LXB)

ABS-HB

20 PQKK10105X4 LID, BATTERY COVER (for KX-TS600LXW)

ABS-HB

21 PQKL10072Z2 STAND, WALL MOUNT (for KX-TS600LXB)

PS-HB

21 PQKL10072Z1 STAND, WALL MOUNT (for KX-TS600LXW)

PS-HB

22 PQHA10025Z RUBBER PARTS, FOOT CUSHION

23 PQGT18406Z NAME PLATE (for KX-TS600LXB)

23 PQGT18405Z NAME PLATE (for KX-TS600LXW)

24 PQMG10025Z RUBBER PARTS, MIC

25 PQJE10111Z LEAD WIRE, FFC

15.1.2. Main P. C. Board Parts

Ref.No.


PCB1 PQWP1TS600LX MAIN P.C. BOARD ASS´Y (RTL)

(ICs)

IC1 C1CB00002315 IC

IC201 C0ABBA000025 IC

IC302 PQVIPS3238NT IC S

IC303 PQVIPS3327UT IC

IC304 C0CBABE00023 IC

IC501 PQVINJU7014R IC

IC601 C1CA00000270 IC

IC802 PQWITS600LXH IC

IC903 MN101C77CKA4 IC

IC905 C1CB00002116 IC

(TRANSISTORS)

Q1 2SD1819A TRANSISTOR(SI)

Q101 B1ACGP000007 TRANSISTOR(SI)

Q103 PQVT2N6517CA TRANSISTOR(SI) S

15 REPLACEMENT PARTS LIST

33


Ref.No.


Q104 B1CEGF000004 TRANSISTOR(SI)


Q108 B1AAKD000013 TRANSISTOR(SI)



Q201 UN5213 TRANSISTOR(SI) S


Q303 2SB1218A TRANSISTOR(SI)


Q401 B1GBJCFJ0003 TRANSISTOR(SI)




Q423 B1GBJCJJ0003 TRANSISTOR(SI)











Q922 B1GBJCJJ0003 TRANSISTOR(SI)









(DIODES)

D1 MA4300 DIODE(SI) S

D2 B0EAAD000001 DIODE(SI)





D7 PQVD1T4R1T DIODE(SI)
















D308 MA700A DIODE(SI) S

















Ref.No.







LED804 PSVD1SRCT LED S

(JACKS AND CONNECTOR)

CN401 PQJJ1T030Z JACK, HEADSET

CN402 PQJJ1C001Z JACK, HANDSET

JJ101 PQJJ1T029Z JACK, MODULAR

JJ102 PQJJ1T029Z JACK, MODULAR

CN801 PQJS18X53Z CONNECTOR S

(SWITCHES)

S2 K0D113B00082 SLIDE SWITCH

SW101 PQSH2B105Z SWITCH, HOOK

(CRYSTAL OSCILLATORS)

X801 H0A327200132 CRYSTAL OSCILLATOR

X802 H0D795400007 CRYSTAL OSCILLATOR

X803 PQVCK3581N9Z CRYSTAL OSCILLATOR S

(RESISTORS)

R1 ERDS1VJ682 6.8K

R2 ERJ3GEYJ183 18K

R3 ERJ3GEYJ334 330K

R4 ERJ3GEYJ124 120K

R6 ERJ3GEYJ822 8.2K

R7 ERJ3GEYJ473 47K

R14 ERJ3GEYJ103 10K

R101 ERDS2TJ683 68K

R102 ERDS2TJ104 100K

R103 ERJ3GEYJ104 100K



R108 ERDS2TJ472 4.7K


R117 ERJ3GEYJ682 6.8K


R119 ERJ3GEYJ102 1K

R120 ERJ3GEY0R00 0


R123 ERJ3GEYJ560 56

R124 ERDS1TJ150 15 S

R125 ERJ3GEYJ102 1K

R126 ERJ3GEYJ335 3.3M


R128 ERJ3GEYJ560 56



R141 PQ4R10XJ825 8.2M S

R142 PQ4R10XJ335 3.3M S

R143 ERJ3GEYJ105 1M
























34


Ref.No.





R408 ERJ3GEYJ181 180




R412 ERJ3GEY0R00 0



R422 ERJ3GEY0R00 0


R429 ERJ3GEY0R00 0





R436 ERJ3GEYJ820 82







R501 PQ4R10XJ334 330K S

R502 PQ4R10XJ334 330K S









R511 ERJ3GEYJ105 1M


R513 ERJ3GEYJ105 1M




R517 ERJ3GEYJ105 1M






R559 ERJ3GEY0R00 0



























Ref.No.


R667 ERJ3GEYJ105 1M









R924 ERJ3GEY0R00 0







R934 ERJ3GEY0R00 0










R945 ERJ3GEYJ102 1K


JA2 ERJ3GEY0R00 0

JA3 ERJ3GEY0R00 0

JA4 ERJ3GEY0R00 0

JP1 ERJ6GEY0R00 0

JP100 ERJ3GEY0R00 0

JP101 ERJ6GEY0R00 0

(CAPACITORS)

C1 F0C2E105A146 1

C2 ECEA1HKA4R7 4.7

C3 ECEA1HKSR22 0.22 S

C5 ECJ1VB1H822K 0.0082

C6 ECEA1HKA010 1

C7 ECUV1C104KBV 0.1

C8 ECUV1H103KBV 0.01

C101 ECKD2H681KB 680P S



C105 ECA1CM221 220P

C106 ECEA1CKA100 10

C107 ECEA1AU331 330

C108 ECUV1C104KBV 0.1


C110 ECUV0J105KBV 1



C113 ECUV1H183KBV 0.018

C114 ECEA1EK470 47 S

C201 ECUV1C473KBV 0.047

C202 F2A0J4700011 47

C203 ECUV1H222KBV 0.0022

C204 ECUV1C473KBV 0.047


C303 ECA0JM102 0.001 S

C304 ECUV1C333KBV 0.033


C308 ECA0JM102 0.001 S






C406 ECJ1VB1H221K 220P

C408 ECUV1H183KBV 0.018

C414 ECEA1CKA100 10

C420 ECUV1H153KBV 0.015

35


Ref.No.


C421 ECUV1H183KBV 0.018

C422 ECUV1H222KBV 0.0022

C424 ECUV1H392KBV 0.0039






C503 ECUV1H331JCV 330P S


C505 ECUV1H680JCV 68P

C506 ECUV1H222KBV 0.0022









C601 ECA0JM102 0.001 S

C602 ECUV1C473KBV 0.047

C603 ECUV1C333KBV 0.033

C605 ECUV1H153KBV 0.015

C606 ECUV1C683KBV 0.068

C607 ECUV1C273KBV 0.027

C608 ECUV1E223KBV 0.022


C610 ECEA1HKA010 1

C611 ECEA1HKA010 1

C612 ECEA1HKS4R7 4.7 S

C613 ECUV1C683KBV 0.068

C614 F2A0J4700011 47

C615 F2A0J2200014 22


C617 F2A0J4700011 47

C618 ECEA1AKS330 33 S

C619 ECEA1HKS4R7 4.7 S

C620 ECUV1H223KBV 0.022

C621 ECEA0JKS101 100 S




C902 ECUV1H152KBV 0.0015


C920 ECUV1C393KBV 0.039








C928 ECUV1C473KBV 0.047









C941 ECUV1H123KBV 0.012

C942 ECJ1VB1H822K 0.0082

C943 ECUV1H222KBV 0.0022

(OTHERS)

E1 L5DCAYY00006 LIQUID CRYSTAL DISPLAY

L1 ELEV101KA COIL

PC2 0N3181 PHOTO ELECTRIC TRANSDUCER S

PO101 PFRT002 THERMISTOR S

SA101 PQVDDSS301L VARISTOR (SURGE ABSORBER) S

T1 PQLT2D2A TRANSFORMER S

15.1.3. Operational P. C. Board Parts

Ref.No.


PCB2 PQWP2TS600MX OPERATIONAL P.C.BOARD ASS´Y(RTL)

(DIODES)

LED801 PSVD1SRCT LED S

(OTHERS)

MIC PQJM122Z MICROPHONE

CN801 PQJS18X54Z CONNECTOR S

15.1.4. Accessories and Packing Materials

Note:

(*1) You can download and refer to the OperatingInstructions (Instruction book) on TSN Server.

Ref.No.


A1 PQJA10075Z CORD, TELEPHONE

A2 PQJA10153Y CORD, HANDSET (for KX-TS600LXB)

A2 PQJA10153Z CORD, HANDSET (for KX-TS600LXW)

A3 PQJXF0101Z HANDLE / HANDSET (for KX-TS600LXB)

A3 PQJXF0102Z HANDLE / HANDSET (for KX-TS600LXW)

A4 PQQX15003Z INSTRUCTION BOOK (forSpanish) (*1)

A5 PQQX15575Y INSTRUCTION BOOK (forPortuguese) (*1)

P1 PQPH10076Y PROTECTION COVER

P2 PQPK15049Z GIFT BOX

36


16 FOR SCHEMATIC DIAGRAM 1. SW1: Hook switch.

2. SW2: Ringer selector.

3. DC voltage measurements are taken with electronic voltmeter from negative voltage line.

4. (Add 40 mA to telephone line from the loop simulator.)

5. Off-hook condition

6. No Mack: Handset Mode

7. This schematic diagram may be modified at any time with the development of new technology.

8. The shades area on this schematic diagram incorporates special features important for protection from fire andelectrical shock hazards.

9. When servicing, it is essential that only manufacture´s specified parts be used for the critical components in theshaded areas of the schematic.

37


17 SCHEMATIC DIAGRAM (MAIN)

C60

2

K0.

047

R607 68K

C61

4

6.3V

47

C48

1

K0.

01

Q602

R611

18K

R608 4.7KC62

2

K0.

1

R618

2.2K

R605 2.2M

R613 100K

C607

K0.027

R60

1

15K

C609 K0.1C615

6.3V22

R614

47KR

610

100K

C617

6.3V47R61

7

4.7K

C618

6.3V33

R606 30K

C61050V1

C616

K0.1

C60

5

K0.

015

R609 2.7M

C613

K0.068

R602

2.7KC620

K0.022

R61

5

10K

R612

2.2K

C611 50V1

C612

25V4.7

C62

4

K0.

01

C608

K0.022

C619

25V4.7

C62

1

6.3V

100

IC65

1

NC

1LN

2VN

3AD

4NC5 IF

6 VA

7 OS

8 NC

Q302

Q406

R40

8

180

R41

1

680

R40

7

2.2K

Q405

R409 22KC408

K0.018

T12D2A

1

2

3

6

C405

K0.1

R405

27K

C606

K0.068

R61

9

10K

R60

3

3.3K

R60

4

4.7K

C601

6.3V1000

R654

NC

R65

3

NC

C65

1

NC

C652NC

C65

3N

C

C654NC

D651

D65

2

D601

C410

NCC407

NC

C603

K0.033

22K

R310

K0.033

C304IC303

2.7V

VCCVOUT

NC

GN

D

R652 NC

R40

6

1.8M

TP601

TP603

TP602

TP611

TP612

C406

K220P

R32

0

10K

R41

0

470K

R808

100K

R31

1

100K

R600

2.7K

D401

D105

R90

42.

7M

IC6011RR

2ATX

3TXI

4TXO

5TLI

6TLO

7RLI

8RLO

9MCI

10MCO

11CP1

12CP2

13XD1

14SKG15 SKO

16 V+

17 AGC

18 CS

19 SKI

20 VCC

21 VB

22 V-

23 XDC

24 VLC

25 ACF

26 RXO

27 RXI

28 RAX

TP604

R92

9

5.6M

C48

2

NC

D602

Q304R314 10K

IC903

1LS

EIZ

/PU

LSE

MU

TE

2R

X_M

UT

E

3C

LIP

/DT

MF

CO

Inpu

t

4E

X_H

OO

KD

ET

5N

C

6A

Vdd

7V

dd

8O

SC

2

9O

SC

1

10V

ss

11X

I

12X

0

13M

M0D

14R

ES

ET

15M

OD

EM

_DR

16

16: MODEM_DATA

17

17: MODEM_CLK

18VOL_119VOL_220VOL_321BEEP22PULSE23MODEM_FSKEN24DUMMY_RING25MODEM_SLP26MODEM_STD27Wake_up28STOP29Hook_Sw30Batt_out31Bell_In32

32: EEPROM_WP

33E

EP

RO

M_D

AT

A34

EE

PR

OM

_CLO

CK

35B

AC

KU

P36

OP

TIO

N_S

TB

37K

eyIN

038

Key

IN1

39K

eyIN

240

Key

IN3

41K

eyIN

442

KE

YIN

543

RE

LAY

44S

P_C

S45

KE

YS

TB

046

KE

YS

TB

147

KE

YS

TB

248

KE

YS

TB

3

49

49: KEYSTB4

50 LCD_RESET

51 HOLDMUSIC

52 LCD_CS

53 SP_LED

54 DC

55 E

56 R/W

57 D7

58 D6

59 D5

60 D4

61 AVss

62

62: DTMF(PWM)/RU500Hz

63

63: TX_MUTE

64

64: ACK_Mute

C92

4J2

2P

C92

5J2

2P

C92

6J1

8P

C92

7J1

8P

R93

0

100K

Q853

SW101-2

HOOK SW

D92

0

D309

IC9051INP

2INN

3GCFB

4VREF

5CAP

6RNGDI

7RNGRC

8RNGON

9MODE

10OSCI

11OSCO

12VSS13 TEST2

14 SLP/RST

15 FSKE

16 DCLK

17 DATA

18 FDRN

19 FCDN

20 INTN

21 ALGO

22 ALGR

23 ALGRC

24 VDD

IC802

32K EEPROM

1 A0

2 A1

3 A2

4 VSS 5SOA

6SCK

7WP

8VCC

R313 100K

D92

1

C928

K0.047

R93

1

390K

R932

10K

R93

40

C929

K0.1

C930

K0.1

Q491Q493

R622 39KR621 82K

R623 18K

Q922

NCC931

NCC932

R935

390K

SPSPH+

SPH-

X801

32KX802

7.952MHz

JP100

0

R945

1K

C93

6

K0.

1

R92

7N

C

R921

3.3K

R941

10K

C92

1

K68

0P

R922

3.3K

C92

2

K68

0P

C941

K0.012

R94210K R94

3

6.8M

C942

K8200P

C94

3

K22

00P

C93

7K

0.1

C938

K0.1

R946

10K

Q923

C655

NC

R92

810

0K

LCD1

Vcc

2G

ND

3D

4

4D

5

5D

6

6D

7

7R

/W

8E

9D

C

10C

S

11R

ES

C934

K0.1

TP

V1

TPV

2TP

V3

TPNC

C93

5

K0.

1

Q426

R44

1

100K

Q930

Q932

D930

NC D93

3

D93

1

Q303

Q492

R40

3

3.3K

R40

4

1.2K

R40

2

8.2K

C40

4

K0.

1C

403

K0.

1C

402

K0.

1

R31

2

100K

TP6

R80

710

0K

TP5

TP7

TP4

JP20

0

NCTP8

Q925

R94

4

33K

R483

2.7M

R666

2.2M

Q852

R938

10K

TP

RS

D93

4

CN

801

1M

SG

_LE

D

2S

P_L

ED

3V

DD

4S

TB

5

5S

TB

4

6S

TB

3

7S

TB

2

8S

TB

1

9S

TB

0

10K

IN5

11K

IN4

12K

IN3

13K

IN2

14K

IN1

15K

IN0

16N

C

17M

IC

18G

ND

D93

5

D93

6

LCD

R94

082

0K

R66

7

1.0M

Q931

D93

2

S1-2

NC6

879

10

R905 150K

R64

0

NC

R641 NC

R642 NC

R643 NC

C64

0

NC

C641

NC

J85 J51

D940

R550

100K

NC

R93

9

X80

33.

58M

C552

K0.01

R551

68K

C93

3K

680P

JA2

J77

J9

R936

820K

C939 NC

R665

330K

R482

1.5M

R933

NC

VR901

R924

0

JA4

D552

D402

R937 100K

C517

K0.01

Q921R926 47K

R925 NC

R920NC

C90

2

K15

00P

C66

0

K0.

01

D926

K0.039

KIN

5K

IN4

SP_LED

KIN

0K

IN1

KIN

3

KIN1

KIN3

KIN0

KIN2

KIN

2

STB4

STB0STB1

STB3STB2

KIN

0

SP

_LE

D

ST

B0

KIN

1

KIN

3

KIN

4

ST

B1

ST

B4

ST

B2

ST

B3

KIN

5

KIN

2

HOLD MUSIC

Batt LowDetect

Tone Detect

Headset Detect

4

NC: No Components

(1)

(2)

(3)(4)(5)

(6)

(7)(8)(9)

(10)

(11)

(18)

(19)(20)(21)

(22)

(23)(24)(25)(26)

(27)

(28)(29)

(36)

(30)

(38)

(32)

(37)

(31)

(39)

(33)

~

(40)(41)(42)

~

In SP-PHONE mode(5.55V)

DTMF

The voltage during ON-Hook is indicated.( ) shows the voltage during OFF-Hook.Circuit current : 40mA

38


C3

50V

0.22

D10

418

V

C426

K0.1

C11

3

K0.

018

R12

51K

R20

7

10K

C10

5

16V

220

R10

8

4.7K

R43

7

15K

R204

390K

R201

10K

JJ101

TEL-JACK

Ring11

Tip12R11

9

1K

IC11VDD

2CONT

3LFI

4LFO5 VSS

6 HFO

7 HFI

8 OUT

C20

4

K0.

047

C5

K82

00P

R20

6

18K

R10

5

680K

R43

6

82

R123

56

C1

250V1.0

D10

3

C10

6

16V

10

Q108

R208

4.7K

R4

120K R3

330K

R117

6.8K

R20310K

R11

6

47K

R12

933

0K

R102

100K

Q201

C203

K2200P

Q109

Q101

Q107

R12

7

3.9K

R12

8

56

R1

6.8K

C108

K0.1

C2

50V

10

R43

4

3.3M

C20

2

6.3V

47

C201

K0.047

R121

15K

C111

K0.01

D1

R12

4

15

C43

5

K0.

1

Q104

R10

1

68K

R20

5

5.6K

R2

18K

R432

10K

R11

8

10K

C112

K0.1 Q103

JJ102

DATA-PORT

Ring21

Tip22

C102

K680P(500V)

C101

K680P(500V)

SA

101

Q102

R401

12K

R10

9

NC

Q105

NC

C6

50V1

Q1R7

47K

C42

1

K0.

018

R42

1

2.2K

D30

1

C11

4

10V

47

R13

0

1.2K

R13

1N

C

R30

1

2.2M

R30

2

6.8M

D20

3

R412

0

C414

16V10

D202

R12

2N

C

C10

9K

0.01

C11

5

NC

R12

6

3.3M

PC1

NC

1 23

4

R10

NC

R11

NC

JP10

C117

NC

C401

NC

Q2

C430

NC

Q106

R11

0

NC

C20

5K

0.1

JP117

NC

D107

NC

C11

6

NC

Q401

R11

1

NC

D30

8

D50

3

R501

330K

R51

210

0K

D50

1

R50

333

0K

D50

2

R51

0

390K

R50

7

330K

Q502

R50

6

2.2K C50

4

K33

0P

AB

IC5011

2

3

45

6

7

8

C50

5

68P

R50

9

27K

C50

3

K33

0P

C50

6

K22

00P

D50

4

R51

6

220K

R50

5

330K

R514

47K

R502330KQ501

R51

3

1M

R515

10K

R50

433

0K

R50

8

3.3M

R51

11M

C50

9

K0.

1

PC2

123 4

R41

3

100

C42

0

K0.

015

R18

2

NC

Q181

C18

1N

C

R18

4

NC

R181

NC

Q182

D102

R12

0

0

R4290

TP401

TP402

TP403

TP101

TP

102

CN402Headset Jack

1

5

4

3

2

CN401

HandSet

1

2

3 SP(+)

4 SP(-)

SW

101-

1

HO

OK

SW

TPCN402

C50

7

K0.

1

C50

8K

0.1

VR402

R43

047

K

C50

2

K68

0PC

501

K68

0P

IC304

3.3V

1VIN

2VSS

3NC4 NC

5 VOUT

R10447K

C11

0

K1.

0

L1

100u

D304

R18

8N

CR

187

NC

+ -- +

IC2011

2

3

4GND5

6

7

8 VCC

R10

310

0K

R14

1

8.2M

R14

2

3.3M

R14

3

1M

18V

D10

8C

311

K0.

1

R51

7

1M

C30

36.

3V10

00

Q421

C429

NC

C42

2

K22

00P

R422

0

R423

33K

D3

D8

D6

D5D4

D9

D10

CP1 CP2

JP2

JP3

JP4

JP5

D2

C424

K3900P

Q423C42

7

NC

D30

2

D306

R44

0

47K

R18

6

NC

Q183

VR401

R44

2

100K

R20

2

120K

D7

C10

3K

0.01

R18

3

NC

Q110

R18

5

NC

R43

5

3.3K

C10

710

V33

0

D10

66.2

V

R13

NC

C42

8

LED804

L2

0

C7

K0.

1 C8

K0.

01

R14

10K

R6 8.2KS1-1

NC 13 2

45

S24

321

R8 NC

Q924

R20

9

47K

R563

100K

JA3 C551

K0.01

R56

4

100K

Q93

5

D55

0

R180

0

JP101

0

PO101

IC3021 VOUT

2 VDD

3 VSS 4NC

5NC

R30

4

6.8M

R30

3

100K

C30

6

K0.

01

DCP

DCM

R923

270K

C903

J68P

R903

6.8M

C923

K680P

C55

7

K0.

1

D55

1

R55

3

3.3K

R55

4

100

R55

9

0

C553

K22P Q926

R55

2

1.8M

D303

C10

4N

C

C30

86.

3V10

00

AGC

PulseMute

HOLD

Pulsebreak

IN_USE

DTMF CID

AGC

LED ON SUB-PCB

MIC(+)

MIC(-)

KX-TS600 SCHEMATIC DIAGRAM (MAIN)

NC: No Components

(1)

(2)

(3)(4)(5)

(6)

(7)(8)(9)

(10)

(11)

(18)

(19)(20)(21)

(22)

(23)(24)(25)(26)

(27)

(28)(29)

(36)

(30)

(38)

(32)

(37)

(31)

(39)

(33)

~

(40)(41)(42)

~

Speaker Phone Sending

Speaker Phone Receiving

Handset & Headset Receiving

Handset & Headset Sending

Battery 4.5V

(10.2V)

(6.2V)

39


18 SCHEMATIC DIAGRAM (OPERATION)

HOLD

Erase_620

*

ERASE_600

MESSAGE9

M1

Greeting

MICP

STB2

#

STB0

EXIT

STB1

M2

FUNCTION

1

NAVI_RIGHT

STB4

2

0

KIN2

NAVI_LEFT

KIN0

4

M3

VOL_UP

MUTE

5

8

MICM

KIN5

OK

VOL_DOWN

STOP

KIN1

3

6

CN801

1MSG_LED

2SP_LED

3VDD

4STB5

5STB4

6STB3

7STB2

8STB1

9STB0

10KIN5

11KIN4

12KIN3

13KIN2

14KIN1

15KIN0

16NC

17MIC

18GND

REDIAL

PAUSE

KIN4

VCC

MIC

7

FLASH

STB5

SP-PHONE

KIN3

KEYLOCK

STB3

SP_LED

SP_LED

LED801

ANS_LED LED802

MSG_LED

KIN2

ST

B0

KIN5

ST

B3

ST

B4

KIN0

KIN4

ST

B1

KIN3

KIN1

ST

B2

FOR TS620

KX-TS600 SCHEMATIC DIAGRAM (OPERATION)

40


19 CIRCUIT BOARD (MAIN)19.1. Component View

J10

J17J34

J6 J3IC

601

CN

801C

612

J22

J24

J26 J23

J18

J15

J12

J13

C427

J14

J2

J25

C652

D309 C

401

J30

J11

J42

J44

JP5JP4 J67

C107 J71 J70

D106

R124

C114 Q

108

J81

J208

J27 C414

VR

402V

R901

VR

401

J16

CN

401

J32

C428

J36

J46

J57

J78

C202

D107

C106D

104B

CE

D203

J80

X803

J76

J79

CN

402

SW

101

J58

J50

J53

D601

J45

J75J77

J49

J41

J48J65

J56

C651

J37

J39

J59

J88J96

D302

J106

C3

C308

T1

C6

D303

D10

C502

D9

B

BB

B

B

C

C

C

C

C

E

E

EE

E

BC

E

C2

D8

R1

D1

D5

D6

D3

LCD

D7

J114R

102

Q181

CP

2C

P1

C105

Q106

Q104

C181

J110R

180

R101

R108

JJ102

GREEN YELLOW GREEN YELLOW

RING TIP RING TIPJJ101

Q101

SA

101

PO

101

C501

J105

J99

J89

J93

J90

J92 J91

X80

1

X802

J60

J61

J62

J63

J64

J68

J69

J204

J84

J86

J87

J95

S2

S1

J103

J107

11 1

J101

J100

J98

D304

D308

J108

PC

2

D108

J104

Q103

Q102

J97

J94

PC

1

J109

C1

L2L1 C

101C

102

D2

CP

1

CP

2

C303

D4

J102

D301

JP3JP2

D306

J83

J72C

617

C614

J2814

J19

J1

15C

621

D105

J43

J201

J66

J203

J35

J55

J54

J47

J29

117

2

16

C618

C619 D602

D651

C601D652

C611J31

J52

J33

28

1

J38

C615

PbF PQUP11369Z

C610

RE

DB

LAC

KY

ELLO

WG

RE

EN

A

PbF

PQ

UP

11369Z

KX-TS600 CIRCUIT BOARD (MAIN) Component View

A

41


19.2. Flow Solder Side View

Q93

1

Q93

0

D93

3D

931

D93

2Q

932

Q42

6

Q92

5

Q92

1

Q10

9Q

40

6

Q4

01

Q1

83

Q42

3

Q85

2

Q92

2

Q60

2

Q40

5

Q30

3

Q42

1

Q49

3

IC65

1

Q30

4

Q82

3

Q30

2

Q49

1

Q49

2

Q92

4

Q92

6Q

107

Q10

5Q

935

Q18

2

Q20

1

Q11

0

Q50

2

Q2

Q50

1

Q1

D92

0

D20

2

R20

8

R20

2R

184

R12

2

R18

5C

205

R41

3

R18

2

D93

2

D93

2

45

18

IC20

14

5

18

TP2TP

401

TP40

3

TPCN

402

TP40

2

TP1

TP10

2

TP10

1

R18

1

R18

3

R11

6

R10

5R

117

R50

1R

111

R10

9

R11

0 C11

0

C50

4

R11

8

JP11

7

JP10

1 C10

4

R14

1

R3

R4R2

R7

C7

C5

5

5

5

1

1

1

4948

33

32

17

16

1

3

3

8

4

4

4

C31

1IC

304

IC30

2

IC1

C93

5

R13

R10

R11

C50

3R

507

R50

3

R50

2

D50

3

D50

1

D50

2

D50

4

R14

2

R10

4R10

3

R18

7R

188

R20

7

R20

1

R20

3

R20

5R

206

R93

5JA

4R

946C20

4

C93

8C

939

C93

1C

932R

204

C20

1

C20

3

C92

8

C93

6C

557

C55

1JA

3

C55

3

C93

3C

937

C92

6

C92

5

C92

7

C92

4

C93

4R20

9

R12

3C

117

R13

1R12

1R

120

R11

9

R13

0R

125

C11

5

C11

3

C11

6

C10

9

D10

3

D10

2

R40

1

R43

7R

405

R40

7R

127

C40

5C

407

C40

5

R12

6

R40

8

R65

3

R65

4R

129

R65

2

R32

0

R44

1 R94

5

SP

-PH

ON

EC11

1

C40

8

C40

6

C65

4C

653

R41

0

R92

4

R92

5R92

1R

922

R92

6C94

1R

941R94

3R

440

C42

0

SP

MIC

-+

-

+

C94

4

C94

2C

921

C92

2R

942

R94

4C

943

R41

2R

432

R43

0R

423

R44

2

C42

2

C42

4

R18

6

R42

1 R42

9R

422

C42

1

R40

6

C10

8C

482

C481

C41

0R

411

R12

8R

409

TP60

2+

-G

NDVD

D

MIC

R61

0

R61

9

R61

4R

604

R60

3R

609

C60

7R

605

R60

2R

606

R60

1C

609

R60

7R

606

R60

8C

608

R60

0 C60

3C

605

C30

4

C66

0

R61

8R

617

R61

1

R31

2

R80

7

R31

3R31

4R

310

R92

8R

904

R61

2

R66

5

R31

1R

808

R61

3

R40

3

R30

2

R30

2R56

4R55

9R

553

R55

2

R56

3

R93

6C

939

R93

4C

929

C93

0R

937

C55

2R

551 R

554

R30

3R51

5R

517

R93

0

R51

6

R51

3R

514

R50

9

R51

1R

505

R50

8

R51

0

R50

6

C15

7

C50

9

C50

5C

506

C50

8C

507

R50

4

R51

2

R30

4

R30

1

C30

6

R14

C8

R8

R6

C64

0R

643

R90

5JA

2

R64

0

C64

1

R64

1

R92

0R

143

R64

2

R55

0R93

2

R93

1

R93

3

R62

2R

623

R40

2

C40

2

C62

2

C62

4C

655

C61

3

C60

2

TP60

4

IC90

5

12

24

1

13

D40

2

IC30

3

D94

0

D92

1

D55

0

D55

2

D55

1

DCM

TPRS

TPV1

TPV2

TPV3

TPNC

DCP

IC90

3

PB

F

C40

4

C61

6 C62

0

C40

3 R66

7

R61

5R

621

R40

4

C90

2

C92

0 R92

9

R93

8 R48

2R

483

R66

6

D93

0

JP20

0

TP6

TP7

TP4 TP

5

54

8

TP60

1

D40

1R

435

C90

3

C42

9C

426

C92

3

C43

5

C43

0R

434

R90

3R

923

R43

6

Q85

3

TP61

2

TP60

3

IC80

2

KX-TS600 CIRCUIT BOARD (MAIN) Flow Solder Side View

PQ

UP

11

36

9Z

A

PB

FP

QU

P1

13

69

Z

LED

804

A

C10

3

IC50

1

5

18

4

42


20 CIRCUIT BOARD (OPERATION)20.1. Component View

CN801

MIC

17

18

1

2

PQUP11371Z

KX-TS600 CIRCUIT BOARD (OPERATION) Component View

A

PbF

43


20.2. Flow Solder Side View

PQUP11371Z1 2 3

4 5 6

7

-

+

8 9

0 SHARP

PAUSE

REDIAL

FLASH

HOLD

EXIT

VOL_DOWN

VOL_UP

OK NAVI_LEFT NAVI_RIGHT

FUNCTION

GREETING

ERASE_620 STOP MESSAGE

SP-PHONEMUTE T S 6 0 0T S 6 2 0

M1 M2 M3

KX-TS600 CIRCUIT BORAD (OPERATION) Flow Solder Side View

PbF

KEYLOCK

ANS_ON_620

ERASE_600

LED802

LED801

KIN5

KIN1

STB2STB5

ANS_LED

VCC

STB4STB1

STB3

KIN4 KIN0

KIN2CN801

MICMMICPSP_LED

STB0

KIN3

A

T S 6 2 0

44


H.M./NKXTS600LXBKXTS600LXW

Panasonic Kx Ts600lx Phone

Documents

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ts600lxb kx

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ts600 schematic diagram

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