Panasonic KX-TDE200GR Service Manual
KX-TDE200GR
(for Greece)
ORDER NO. KMS0708387CE
Pure IP-PBX
© 2007 Panasonic Communications Co., Ltd. All
rights reserved. Unauthorized copying and distribution is a violation of law.
KX-TDE200GR
TABLE OF CONTENTS
PAG E PAG E
1 Safety Precautions -----------------------------------------------3
1.1. For Service Technicians ---------------------------------3
1.2. Insulation Resistance Test -------------------------------3
2Warning--------------------------------------------------------------3
2.1. Battery Caution ---------------------------------------------3
2.2. Caution--------------------------------------------------------3
2.3. About Lead Free Solder (PbF: Pb free) --------------4
3 Specifications ------------------------------------------------------5
3.1. General Description ---------------------------------------5
3.2. Characteristics ----------------------------------------------5
4 Technical Descriptions------------------------------------------6
4.1. IPCMPR Block Diagram ----------------------------------6
4.2. IPCMPR Card Circuit Operation --------------------- 10
4.3. Back Board Circuit Operation ------------------------- 15
4.4. Outline ------------------------------------------------------ 16
5 Location of Controls and Components------------------ 23
5.1. Name and Locations ------------------------------------ 23
6 Installation Instructions---------------------------------------24
6.1. System Overview----------------------------------------- 24
7 Operation Instructions ---------------------------------------- 29
7.1. Type and Maximum Number of Slots ---------------29
7.2. Maximum Optional Service Cards ------------------- 30
7.3. Maximum Trunk and Extension----------------------- 31
7.4. Maximum Terminal Equipment ----------------------- 31
7.5. Power Supply Unit Selection -------------------------- 32
8 Test Mode---------------------------------------------------------- 33
8.1. Utility--------------------------------------------------------- 33
9 Troubleshooting Guide---------------------------------------- 45
9.1. IPCMPR Card --------------------------------------------- 45
10 Service Fixture & Tools ---------------------------------------66
10.1. Extension Boards for Servicing ----------------------- 66
11 Disassembly and Assembly Instructions --------------- 67
11.1. IPCMPR Card --------------------------------------------- 67
11.2. Back Board ------------------------------------------------ 68
12 Maintenance ------------------------------------------------------70
12.1. Terminal Guide of the ICs Transistors and
Diodes------------------------------------------------------- 70
12.2. How To Replace a Flat Package IC -----------------71
13 Schematic Diagram--------------------------------------------- 72
13.1. Block Diagram -------------------------------------------- 72
13.2. IPCMPR Card No.1-------------------------------------- 74
13.3. IPCMPR Card No.2-------------------------------------- 76
13.4. IPCMPR Card No.3-------------------------------------- 78
13.5. IPCMPR Card No.4-------------------------------------- 80
13.6. IPCMPR Card No.5-------------------------------------- 82
13.7. IPCMPR Card No.6-------------------------------------- 84
13.8. IPCMPR Card No.7-------------------------------------- 86
13.9. IPCMPR Card No.8-------------------------------------- 88
13.10. IPCMPR Card No.9-------------------------------------- 90
13.11. IPCMPR Card No.10 ------------------------------------ 92
13.12. IPCMPR Card No.11 ------------------------------------ 94
13.13. IPCMPR Card No.12 ------------------------------------ 96
13.14. IPCMPR Card No.13 ------------------------------------ 98
13.15. IPCMPR Card No.14 ---------------------------------- 100
13.16. IPCMPR Card No.15 ---------------------------------- 102
13.17. IPCMPR Card No.16 ---------------------------------- 104
13.18. Back/LED Board---------------------------------------- 105
13.19. Waveform ------------------------------------------------ 106
14 Printed Circuit Board-----------------------------------------108
14.1. IPCMPR Card -------------------------------------------108
14.2. Back/LED Board ---------------------------------------- 110
15 Appendix Information of Schematic Diagram ------- 111
16 Exploded View and Replacement Parts List---------- 112
16.1. IC Data ---------------------------------------------------- 112
16.2. Cabinet and Electric Parts----------------------------120
16.3. Accessories and Packing Materials ---------------- 122
16.4. Replacement Parts List -------------------------------123
2
KX-TDE200GR
1 Safety Precautions
1. Before servicing, unplug the power cord to prevent an electric shock.
2. When replacing parts, use only the manufacturer's recommended components for safety.
3. Check the condition of the power cord. Replace if wear or damage is evident.
4. After servicing, be sure to restore the lead dress, insulation barriers, insulation papers, shields, etc.
5. Before returning the serviced equipment to the customer, be sure to perform the following insulation resistance test to prevent
the customer from being exposed to shock hazards.
1.1. For Service Technicians
• Repair service shall be provided in accordance with repair technology information such as service 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.
1.2. Insulation Resistance Test
1. Unplug the power cord and short the two prongs of the plug with a jumper wire.
2. Turn on the power switch.
3. Measure the resistance value with ohmmeter between the jumpered AC plug and each exposed metal cabinet part, such as
screw threads, control shafts, handle brackets, etc.
Note:
Some exposed parts may be isolated from the chassis by design. These will read infinity.
4. If the measurement is outside the specified limits, there is a possibility of shock hazard. The equipment should be repaired
and rechecked before it is returned to the customer.
2Warning
2.1. Battery Caution
1. Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the
manufacturer. Dispose of used batteries according to the manufacturer's lnstructions.
2. The lithium battery is a critical component (type No.CR23541). Please observe for the proper polarity and the exact location
when replacing it and soldering the replacement lithium battery in.
2.2. Caution
The power socket wall outlet should be located near this equipment and be easily accessible.
3
KX-TDE200GR
2.3. 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 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° ~ 70° F, ( 3 0° ~ 40°C) higher than Pb solder. Please use a soldering iron with temperature control and adjust it to 700° ± 20° F, (370° ± 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, ( 60 0°C).
• When applying PbF solder to double layered boards, please check the component side for excess which may flow onto the
opposite side (See figure, below).
2.3.1. 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 manufac
turer'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: 0.3mm, 0.6mm and 1.0mm.
4
3 Specifications
3.1. General Description
Control Bus Original bus (16 bit, 8 MHz,10 megabytes per second)
Communication Bus H.100 bus conformity (1024 time slot)
Switching Non Blocking
Power Input PSU-S 100 V AC to 130 V AC; 1.4 A/200 V AC to 240 V AC; 0.8 A; 50 Hz/60 Hz
PSU-M 100 V AC to 130 V AC; 2.5 A/200 V AC to 240 V AC; 1.4 A; 50 Hz/60 Hz
PSU-L 100 V AC to 130 V AC; 5.1 A/200 V AC to 240 V AC; 2.55 A; 50 Hz/60 Hz
External Battery +36 V DC (+12 V DC x 3, recommended maximum capacity is 28 Ah)
Maximum Power Failure Tolerance 300 ms (without using backup batteries)
Memory Backup Duration 7 years
Dialling Trunk Dial Pulse (DP) 10 pps, 20 pps
Extension Dial Pulse (DP) 10 pps, 20 pps
Mode Conversion DP-DTMF, DTMF-DP
Ring Frequency 20 Hz/25 Hz (selectable)
Trunk Loop Limit 1600 Ω maximum
Operating
Environment
Conference Call Trunk From 10 x 3-party conference call to 4 x 8-party conference call
Music on Hold (MOH) 2 ports (Level Control: -11 dB to +11 dB in 1 dB steps)
Paging Internal Level Control: -15 dB to +6 dB in 3 dB steps
Serial Interface Port RS-232C 1 (max 115.2 kbps)
LAN I/F RJ45 2 (10BASE-T/100BASE-TX)
Extension Connection Cable SLT 1 pair wire (T, R)
Dimension KX-TDE200NE 430 mm (W) x415 mm (H) x 276 mm (D)
Weight (when fully mounted) KX-TDE200NE Under 16 kg (35.2 lb)
Temperature 0 °C to 40 °C
Humidity 10%to 90% (non condensing)
External 2 ports (Volume Control: -15 dB to +15 dB in 1 dB steps)
Tone (DTMF) Dialling
Tone (DTMF) Dialling
MOH1: External Music Source port
MOH2: Selectable Internal/External Music Source port
DPT 1-pair wire (D1, D2) or
2-pair wire (T, R, D1, D2)
APT 2-pair wire (T, R, D1, D2)
PT-interface CS 1-pair wire (D1, D2)
DSS Consoles and Add-on Key Module 1-pair wire (D1, D2)
(17 1/5 in x 16 3/5 in x 10 7/8 in)
KX-TDE200GR
3.2. Characteristics
Terminal Equipment Loop Limit • PT: KX-T7600 series DPT: 90 Ω; all other DPTs/APTs: 40Ω
• SLT: 600 Ω including set
• Doorphone: 20 Ω
• . CS: 130Ω; PT-interface CS: 65Ω
Minimum Leakage Resistance 15000 Ω maximum
Maximum Number of Extension
Instruments per Line
Ring Voltage 75 Vrms at 20 Hz/25 Hz depending on the Ringing Load
Trunk Loop Limit 1600 Ω maximum
Hookswitch Flash/Recall Timing Range 24 ms to 2032 ms
BRI Cards Internal ISDN Mode Supply Voltage: 40 V
Door Opener Current Limit 24 V DC/30 V AC, 1 A maximum
External Relay Current Limit 24 V DC/30 V AC, 1 A maximum
External Sensor Current Limit Power to the external sensor is provided from the EIO4 card and must be grounded through
Paging Terminal Impedance 600 Ω
MOH (Music on Hold) Terminal Impedance 10000 Ω
1 for PT or SLT
2 by Parallel or eXtra Device Port connection of an APT/DPT and an SLT
3 by Digital eXtra Device Port connection of 2 DPTs and an SLT
Power Supply (BRI4): 4.5 W per 1 line, 10 W per 4 lines
Power Supply (BRI8): 4.5 W per 1 line, 20 W per 8 lines
Power Supply Method: Phantom Power Supply
the EIO4 card. For the connection diagram, refer to EIO4 Card (KX-TDA0164). The PBX
detects input from the sensor when the signal is under 100Ω.
5
KX-TDE200GR
4 Technical Descriptions
4.1. IPCMPR Block Diagram
RESET
BUTTOM
INITIAL
SW
32bit
DDR SDRAM
512Mbit
(32M x 16)
2chip
128MB
CPU
SH7780
16bit
16bit
FLASH
512K x 16
1chip
1MB
CS0
SD_ACCESS_
_LED
BATT_ALARM
_LED
RTC
8bit
SPI / RTC bus
FPGA
(POWER_LED_
CONTROLLER
RTC_CONTROLLER
SPI_ CONTROLLER
Highway Buffer
LED_DRIVER
NEXUS-SRAM_I/F)
CS1
Connector
16bit
Controller
CS6
SD
CARD
SD
8bit
16bit
SRAM
x 16
4MB
CS4
(MA x 4MB)
TDE0105
SVM (DSP)
CS1
Local Highway 0ch
Connector
TDA0196
RMT
16bit
1 M x 16
SRAM
1chip
2MB
CS4
Serial
16bit
ASIC
CS5
1
PCI bus
LAN
Controller
100Base TX
5
Serial
RS232C
D/R
5port LAN SW
2
100Base TX
Back Board
Connector
(TDA100/200 I/F
TDE100/200 I/F)
VoIP DSP
PHY
100Base TX
4
3
Buffered Local Highway 1ch
EC-bus
CT-bus
Local Highway 0ch
TDE0110
or
TDE0111
32bit
SDRAM
32M x 16
64MB
CODEC
2chip
Melody
1chip
100Base TX
KX-TDE200GR IPCMPR CARD
BLOCK DIAGRAM No.1
RJ45_CON
(TRANS)
ETHER_LED x 2
PORT 2
ETHER_LED x 2
PORT 1
6
RJ45_CON
(TRANS)
MOH
2
MOH
1
EPG
2
EPG
1
KX-TDE200GR
7
KX-TDE200GR
MAIN No.6
SPIC
SPID
SPIQ
nSPIS
nRESET
+1.8VD
+1.8VD
+1.8VD
+2.5VD
+2.5VD
+2.5VD
+3.3VD
+3.3VD
+3.3VD
DG
DG
DG
LAN_TX_XP_4
LAN_TX_XM_4
LAN_RX_XP_4
LAN_RX_XM_4
CLK_25MHz
LAN_TX_XP_5
LAN_TX_XM_5
LAN_RX_XP_5
LAN_RX_XM_5
LAN_SW
_P5
FG
FG
FG
LAN_TX_XP_4
LAN_TX_XM_4
LAN_RX_XP_4
LAN_RX_XM_4
CLK_25MHz
LAN_TX_XP_5
LAN_TX_XM_5
LAN_RX_XP_5
LAN_RX_XM_5
+3.3VD
+3.3VD
DG
DG
CL3002
CL3003
CL3004
CL3005
+3.3VD
+3.3VD
DG
DG
TP_CLK_25MHz
CL3006
CL3007
CL3008
CL3009
+3.3VD
+3.3VD
DG
DG
MAIN No.12NC
CARD_ID1
CARD_ID0
PCI_nINT_C
PCI_nINT_B
HW_CLK
PCI_nINT_A
LDHW1
LUHW1
PCI_nREQ
HW_FH
PCI_nGNT
LDHW0
PCI_IDSEL
LUHW0
LAN_RX_XP
LAN_RX_XM
LAN_TX_XP
LAN_TX_XM
+3.3VD
DG
PCI_CLK
PCI_nTRDY
PCI_nSTOP
PCI_nSERR
PCI_nRST
PCI_nPERR
PCI_nLOCK
PCI_nIRDY
PCI_nFRAME
debug_PCI_CON
PCI_nDEVSEL
PCI_nCBE0
PCI_nCBE1
PCI_nCBE2
PCI_nCBE3
PCI_PAR
AD[0-31]
MAIN No.11
CARD_ID1
CARD_ID0
PCI_nINT_C
PCI_nINT_B
HW_CLK
PCI_nINT_A
LDHW1
LUHW1
PCI_nREQ
HW_FH
LDHW0
LUHW0
LAN_RX_XP
LAN_RX_XM
LAN_TX_XP
LAN_TX_XM
+3.3VD
DG
PCI_nGNT
PCI_IDSEL
PCI_CLK
PCI_nTRDY
PCI_nSTOP
PCI_nSERR
PCI_nRST
PCI_nPERR
PCI_nLOCK
PCI_nIRDY
VOIP_PCI_CON
PCI_nFRAME
PCI_nDEVSEL
PCI_nCBE0
PCI_nCBE1
PCI_nCBE2
PCI_nCBE3
PCI_PAR
AD[0-31]
MAIN No.5
PCI_nINT1
PCI_nREQ1
CLK_25MHz
PCI_nGNT1
PCI_IDSEL1
PCI_CLK1
PCI_nTRDY
LAN_RX_XP
PCI_nSTOP
LAN_RX_XM
PCI_nSERR
LAN_TX_XP
PCI_nRST
LAN_TX_XM
PCI_nPERR
PCI_nIRDY
PCI_nFRAME
PCI_nDEVSEL
PCI_nCBE0
PCI_nCBE1
PCI_nCBE2
LAN
PCI_nCBE3
PCI_PAR
AD[0-31]
+3.3VD
DG
PCI_CON_CARD_ID1
CL3020
PCI_CON_CARD_ID0
CL3021
PCI_nINT_C
PCI_nINT_B
PCI_nINT_A
CL3022
CL3023
CL3024
CL3025
CL3026
CL3027
CL3028
CL3029
CL3030
CL3031
CL3032
CL3033
CL3034
CL3035
CL3036
CL3037
CL3038
CL3039
CL3040
CL3041
CL3042
CL3043
CL3044
CL3045
CL3046
CL3047
CL3048
CL3049
CL3050
CL3051
AD[0-31]
CL3069
CL3070
CL3071
CL3072
LAN_SW_nRESET_SOFT
CL3073
PCI_CON_nRESET_SOFT
CL3074
CL3075
CL3076
CL3077
+3.3VD
+2.5VD
DG
+3.3VD_B
+3.3VD
+3.3VD
+2.5VD
+3.3VD_B
MAIN No.3
MEMORY2
MCLK0_159.984MHz
MA[0-13]
MDA[0-31]
BA1
BA0
nMCLK1_159.984MHz
CL3055
CL3052
CL3054
CL3053
+2.5VD
DG
CKE
CL3056
CL3057
+3.3VD_B
DG
MDQS3
MDQS2
CL3058
CL3059
DRAM_VREF
SRAM_nRESET
FLASH_nRESET
MEMORY_CARD_PRESNT
MDQM3
MDQM2
MDQS1
MDQS0
CL3062
CL3060
CL3061
FLASH_nW_PROTECT
MDQM1
CL3063
+1.2VD
FLASH_READY_INT
FLASH_nBYTE
FLASH_nWE0
FLASH_nRD
FLASH_nCS
MEMORY_CARD_ID1
MEMORY_CARD_ID0
MEMORY_nCS1
MEMORY_nCS0
SRAM_nWE
SRAM_nBC1
SRAM_nBC0
EX1_D[0-15]
EX1_A[0-25]
MDQM0
nMRAS
nMCAS
nMCS
CL3068
CL3064
CL3067
CL3066
CL3065
nRD
nMWE
CL3079
CL3078
+2.5VD
nBKPRST
DG
CL3010
CL3080
CL3081
CL3082
CL3083
CL3084
CL3085
CL3086
CL3087
CL3088
CL3089
CL3090
CL3091
CL3206
+3.3VD
+3.3VD
+3.3VD
DG
+3.3VD
NC
DG
VOIP_CARD_ID1
VOIP_CARD_ID0
PCI_nREQ2
PCI_nREQ1
PCI_nREQ0
PCI_nGNT2
PCI_nGNT1
PCI_nGNT0
PCI_IDSEL2
PCI_IDSEL1
PCI_IDSEL0
PCI_CLK2
PCI_CLK1
PCI_CLK0
PCI_nTRDY
PCI_nSTOP
PCI_nSERR
PCI_nRESET
PCI_nPERR
PCI_nLOCK
PCI_nIRDY
PCI_nFRAME
PCI_nDEVSEL
PCI_nCBE0
PCI_nCBE1
PCI_nCBE2
PCI_nCBE3
PCI_PAR
+3.3VD
+3.3VD
TP_DG_1
TP_DG_2
TP_DG_3
TP_DG_4
TP_DG_5
TP_DG_6
TP_DG_7
TP_DG_8
TP_DG_9
TP_DG_10
TP_DG_101
TP_DG_102
TP_DG_103
TP_DG_104
TP_DG_105
TP_DG_106
DG
KX-TDE200GR IPCMPR CARD DETAILED BLOCK DIAGRAM (1/2)
DG
MA[0-13]
PCI_CON_CARD_ID1
PCI_CON_CARD_ID0
VOIP_CARD_ID1
VOIP_CARD_ID0
PCI_nINT_C
PCI_nINT_B
PCI_nINT_A
PCI_nREQ2
PCI_nREQ1
PCI_nREQ0
PCI_nGNT2
PCI_nGNT1
PCI_nGNT0
PCI_IDSEL2
PCI_IDSEL1
PCI_IDSEL0
PCI_CLK2
PCI_CLK1
PCI_CLK0
PCI_nTRDY
PCI_nSTOP
PCI_nSERR
PCI_nRST
PCI_nPERR
PCI_nLOCK
PCI_nIRDY
PCI_nFRAME
PCI_nDEVSEL
PCI_nCBE0
PCI_nCBE1
PCI_nCBE2
PCI_nCBE3
PCI_PAR
AD[0-31]
CLK_PCI_33.33MHz
+3.3VD
DG
DG
BA1
MDA[0-31]
MA[0-13]
MDA[0-31]
BA0
BA0
BA1
FG
FG
MDQS2
MDQS1
MDQS3
CKE
MCLK0_159.984MHz
nMCLK1_159.984MHz
CKE
MDQS3
MDQS2
MDQS1
MCLK0_159.984MHz
nMCLK1_159.984MHz
CPU2
MAIN No.1
FG
MDQM2
MDQM3
MDQM1
MDQS0
MDQS0
MDQM3
MDQM2
MDQM1
JTAG_TCK
JTAG_TDO
JTAG_TMS
FPGA_nRESET
JTAG_+2.5VD
JTAG_TDI
+2.5VD
+1.25VD
MDQM0
nMRAS
nMCAS
nMCAS
nMRAS
MDQM0
nW_PROTECT
HARD_nRESET_SW
CPU_nRESET
+3.3VD
+3.3VD
+2.5VD
+1.25VD
DG
TDA600
_CON
nBKPREST
nMWE
nMCS
nMCS
nMWE
nBKPRST
BM_nPRESNT
EX1_A[0-25]
EX1_A[0-25]
EX1_D[0-15]
EX1_D[0-15]
nRD
nRD
nWE1
nWE1
nWE0
nWE0
RnW
RnW
nBS
nBS
nRDY
nRDY
nCS6_SD
nCS6
nCS5_NEXUS
nCS5
nCS4_SRAM
nCS4
nCS2_BM
nCS2
nCS1_FPGA
nCS1
nCS0_FLASH
nCS0
nBACK
nBACK
nBREQ
nBREQ
nIREQ7_SD
nIRQ7
nIRQ6_FAN_ALARM
nIRQ6
nIRQ5_AC_ALARM
nIRQ5
IREQ4_FPGA
nIRQ4
nIREQ3_DC_ALARM
nIRQ3
nIREQ2_BM
nIRQ2
nIREQ1_RESET_SW
nIRQ1
nIRQ0_NEXUS
nIRQ0
CMT_CTR0
CMT_CTR0
FLASH_nW_PROTECT
PLD_TCK
DCLK
PLD_TDO
CONF_DONE
PLD_TMS
nCONFIG
PLD_nCE
nCE
DATA
+2.5VD
nCS
PLD_TDI
ASDI
RS232_nDCD2
nDCD
RS232_nDSR2
nDSR
RS232_nDTR2
nDTR
RS232_nRXD2
SCIF0_RXD
RS232_nTXD2
SCIF0_TXD
RS232_nCTS2
SCIF0_nCTS
RS232_nRTS2
SCIF0_nRTS
SD0_CD
SD0_CD
SD0_WP
SD0_WP
SD0_nDRQ
SD0_nDRQ
SD0_nDACK
SD0_DACK
MCCLK
MCCLK
MCDAT
MCDAT
MCCMD
MCCMD
HARD_nRESET_SW
PROG_B
PROG_B
CPU_nRESET
MAIN No.2
+3.3VD
+2.5VD
+1.25VD
DG
DG
CPU_POWER
nSPIS
SPIQ
SPID
SPIC
VOIP_nRESET_SOFT
LAN_nRESET_SOFT
PCI_nRESET
CLK_PCI_33.33MHz
+3.3VD_B
+3.3VD_B
+3.3VD
+2.5VD
+1.2VD
INIT_B
FLASH_READY_INT
FLASH_nBYTE
FLASH_nWE0
FLASH_nRD
FLASH_nCS
MEMORY_CARD_ID1
MEMORY_CARD_ID0
MEMORY_nCS1
MEMORY_nCS0
SRAM_nWE
SRAM_nBC1
SRAM_nBC0
SRAM_nCS
CL3094
CL3140
MAIN No.14
BM_nPRESNT
BM_nBUSY
BM_nRESET_SOFT
EX1_A[0-25]
EX1_D[0-15]
nRD
nWE1
nWE0
BM_nIRQ
BM_nCS
nBS
RnW
CL3001
TP_CPU_nRESET
DRAM_VREF
CLK_32.768kHz
CLKIO_66.66MHz
nSPIS
SPIQ
SPID
SPIC
LAN_SW_nRESET_SOFT
PCI_CON_nRESET_SOFT
VOIP_nRESET_SOFT
LAN_nRESET_SOFT
PCI_nRESET
CLK_PCI_33.33MHz
+3.3VD_B
+3.3VD
+2.5VD
+1.2VD
DG
DG
INIT_B
FLASH_REDY_INT
PROM_nBYTE
PROM_nWR
PROM_nRD
PROM_nCS
MEMORY_CARD_ID1
MEMORY_CARD_ID0
MEMORY_nCS1
MEMORY_nCS0
SRAM_nWR
SRAM_nBC1
SRAM_nBC0
SRAM_nCS
BM_nPRESNT
BM_nBUSY
BM_nRESET_SOFT
CL3095
CL3096
CL3097
CL3098
CL3099
CL3100
CL3101
CL3102
CL3103
CL3104
CL3105
CL3106
CL3107
CL3108
CL3109
CL3110
CL3111
CL3112
CL3113
CL3114
CL3115
CL3116
CL3117
CL3118
CL3119
CL3120
CL3121
+2.5VD
CL3122
CL3123
CL3124
CL3125
CL3126
CL3127
CL3128
CL3129
CL3130
CL3131
CL3132
CL3133
CL3134
CL3135
CL3136
CL3137
CL3205
DRAM_VREF
TP_CLK_32.768kHz
TP_CLKIO_66.66MHz
BM_nBUSY
BM_nRESET_SOFT
CL3141
CL3142
(2)
(4)
(6)
(9)
(11)
(13)
(15)
(17)
(19)
(21)
(24)
(26)
(29)
(31)
(34)
(36)
(38)
(40)
(44)
(47)
(50)
(52)
(54)
(57)
(59)
(61)
(64)
(1)
(3)
(5)
(7)
(8)
(10)
(12)
(14)
(16)
(18)
(20)
(22)
(23)
(25)
(27)
(28)
(30)
(32)
(33)
(35)
(37)
(39)
(41)
(42)
(43)
(45)
(46)
(48)
(49)
(51)
(53)
(55)
(56)
(58)
(60)
(62)
(63)
(65)
(66)
(67)
8
(1)
(3)
(5)
(7)
(8)
(10)
(12)
(14)
(16)
(18)
(20)
(22)
(23)
(25)
(27)
(28)
(30)
(32)
(33)
(35)
(37)
(39)
(41)
(42)
(43)
(45)
(46)
(48)
(49)
(51)
(53)
(55)
(56)
(58)
(60)
(62)
(63)
(65)
(66)
(67)
(2)
(4)
(6)
(9)
(11)
(13)
(15)
(17)
(19)
(21)
(24)
(26)
(29)
(31)
(34)
(36)
(38)
(40)
(44)
(47)
(50)
(52)
(54)
(57)
(59)
(61)
(64)
PLD_TCK
CPU_nRESET
PROG_B
RS232_nDCD2
RS232_nDSR2
RS232_nDTR2
RS232_RXD2
RS232_TXD2
RS232_nCTS2
RS232_nRTS2
SD0_CD
SD0_WP
SD0_nDRQ
SD0_DACK
MCCLK
MCDAT
MCCMD
CLK_32.768kHz
CLKIO_66.66MHZ
PLD_TDO
MAIN No.4
FPGA+RTC+SVM
EX1_D[0-7]
nRD
nWE1
nWE0
EX1_A[0-25]
EX1_A-1
nRDY_CPU
PLD_TDI
PLD_TMS
EX1_D[15]
EX1_A[1-7]
EX1_A[1-7]
EX1_D[0-15]
nDR
nWE0
MAIN No.7
nCS_SD0
SD0_nINT
SD&RS232
nBUSY_NEXUS
nCS_FPGA
nCS_SRAM
nCS_FLASH
CLK_SD_33.33MHz
SD0_nRESET_SOFT
RS232_DCD2_CON
RS232_DSR2_CON
RS232_DTR2_CON
RS232_RXD2_CON
RS232_TXD2_CON
RS232_CTS2_CON
RS232_RTS2_CON
+3.3VD
FAN_ALARM_nINT
AC_ALARM_nINT
DC_ALARM_nINT
FPGA_INT
+3.3VD
DG
CLK_SD_33.33MHz
SD0_nRESET_SOFT
RTC_nINT
nBAT_ALM
CL3144
CL3143
CLK_SD_33.33MHz
SD0_nRESET_SOFT
+3.3VD
DG
DG
RINGER_SYNC_FPGA
SHELF_nFAN_ALM_FPGA
LED_RUN_FPGA_DRIVE
LED_ALM_FPGA_DRIVE
CLKIO_66.66MHz
CLK_32.768kHz
NEXUS_nRESET_SOFT
nBACK
CL3145
CL3147
NEXUS_nRESET_SOFT
CL3146
CL3207
nLOS_FPGA
nHALT_FPGA
nBATT_FPGA
DC_ALM_FPGA
AC_ALM_FPGA
nFAN_ALM_FPGA
CT_D[0]
CT_C8
CT_FRAME
SVM_DSP_OUT[1]
SVM_DSP_OUT[0]
HWFH_NEXUS
LUHW0_NEXUS
LDHW0_NEXUS
HW_CLK0_NEXUS
CH_SEL[5]
CH_SEL[6]
CH_SEL[7]
RMT_nRESET_SOFT
MEMORY_CARD_PRESNT
SRAM_nWR
SRAM_nBC1
SRAM_nBC0
SRAM_nCS
nBUSY
RTC_nINT
MEMORY_CARD_PRESNT
RMT_nRESET_SOFT
nRESET_SOFT
CLK_NEXUS_66MHz
EX2_A[0-21]
EX2_D[0-15]
EX2_nDR
nWE1
nWE0
nBS
nBUSY
nCS_NEXUS
nCS_SRAM
EXT_nINT0
nBACK
nBREQ
NEXUS_nINT
nRESET_POWER
RMT_nRESET_SOFT
CL3149
CL3148
CL3152
CL3151
CL3150
CL3153
SHW_FH
SHW_CLK
HWCLK[1]
HWFH
LUHW[1]
LDHW[1]
HWFH
LDHW[1]
LUHW[1]
HWCLK[1]
LDHW[0]
HWCLK[0]
SHW_FH
SHW_CLK
MAIN No.8
NEXUS(+SRAM)
+3.3VD_B
+3.3VD_B
+3.3VD
+3.3VD
CL3200
CH_SEL[7]
LUHW[0]
+3.3VD
+3.3VD_B
DG
CL3202
CL3201
CH_SEL[5]
CH_SEL[6]
CH_SEL[6]
CH_SEL[7]
DG
DG
CL3155
CL3154
CL3157
CH_SEL[3]
CH_SEL[4]
CL3158
CL3159
CL3160
CL3161
MELODYSEL
CH_SEL[4]
CH_SEL[1]
CH_SEL[0]
CH_SEL[3]
CH_SEL[5]
POWER_TYPE1
POWER_TYPE0
nBAT_ALM
TP_DRAM_VREF
VOX[0-3]
MOHSEL
Mu/nA
EC_AD[0-15]
EC_PAR
EC_nCBE1
EC_nCBE0
EC_nFRAME
EC_nPERR
EC_nSTOP
EC_nTRDY
EC_CLK
EC_nCDET
EC_nINT
CT_D[0-7]
CT_NETAEF
CT_C8
CT_FRAME
RINGER
MASTER/nS
M/nS
SVM_VOX
CL3203
SVM_DSP_OUT[1]
CL3204
SVM_DSP_OUT[0]
CL3162
CL3163
CL3164
EC_AD[0-15]
CL3165
CL3166
CL3167
CL3168
CL3169
CL3170
CL3171
CL3172
CL3173
CL3174
CL3175
CL3176
CL3177
CL3178
CL3179
CL3180
CL3181
CL3182
CL3183
CL3184
CL3185
CL3186
CL3187
CL3188
CL3189
POWER
+15V_CON
+3.3VD_BB
nBAT_ALM
nRESET_POWER
HARD_nRESET_SW
DRAM_VREF
MAIN No.13
CL3190
CL3191
CL3192
CL3193
CL3194
CL3195
CL3196
CL3197
CL3198
CL3199
VOX[0-3]
VREF_7.5V
HW_CLK[0]
LDHW[0]
LUHW[0]
CH_SEL[1]
CH_SEL[0]
MELODYSEL
MOHSEL
Mu/nA
RINGER_SYNC_FPGA
SHELF_FAN_ALM_FPGA
LED_RUN_FPGA_DRIVE
LED_ALM_FPGA_DRIVE
MAIN No.15
SVM_DSP_OUT[1]
SVM_DSP_OUT[0]
HWCLK[0]
LDHW[0]
+3.3VD
CH_SEL[6]
CH_SEL[7]
VOX[0-3]
Mu/nA
VREF_7.5V
CODEC
MAIN No.9
VREF_7.5V
HWCLK[0]
LDHW[0]
LUHW[0]
CH_SEL[1]
CH_SEL[0]
+3.3VD
MELODYSEL
MOHSEL
Mu/nA
EC_PAR
EC_nCBE1
EC_nCBE0
EC_nFRAME
EC_nPERR
EC_nSTOP
EC_nTRDY
EC_CLK
EC_nCDET
EC_nINT
CT_D[0-7]
CT_NETAEF
CT_C8
CT_FRAME
RINGER
MASTER/nS
M/nS
POWER_TYPE1
POWER_TYPE0
RS232_DCD2_CON
RS232_DSR2_CON
RS232_DTR2_CON
RS232_RXD2_CON
RS232_TXD2_CON
RS232_CTS2_CON
RS232_RTS2_CON
+15V_CON
+3.3VD_BB
+15V
+15V
+3.3VD_B
+3.3VD_B
+3.3VD
+2.5VD
+1.8VD
+1.25VD
+1.2VD
DG
nLOS_FPGA
nHALT_FPGA
nBATT_FPGA
DC_ALM_FPGA
AC_ALM_FPGA
nFAN_ALM_FPGA
+15V
+15V
+15V
+3.3VD
+3.3VD
DG
DG
DG
+15V
+15V
+15V
+3.3VD
+3.3VD
DG
DG
DG
TP_+15V_CON
TP_+3.3VD_BB
+3.3VD
+15V
TP_+15V
+3.3VD_B
TP_+3.3VD_B
+3.3VD
+3.3VD
DG
CT_D[0]
+3.3VD
DG
DG
TP_+3.3VD
+2.5VD
KX-TDE200GR
MAIN No.10
nLOS_FPGA
nHALT_FPGA
RINGER_SYNC_FPGA
nBATT_FPGA
DC_ALM_FPGA
AC_ALM_FPGA
nFAN_ALM_FPGA
SHELF_nFAN_ALM_FPGA
LED_RUN_FPGA
LED_ALM_FPGA
EC_nRST
LDHW[1]
LUHW[1]
SHW_CLK
SHW_FH
EC_AD[0-15]
EC_PAR
EC_nCBE1
EC_nCBE0
EC_nFRAME
EC_nPERR
EC_nSTOP
EC_nTRDY
EC_CLK
EC_nCDET
EC_nINT
CT_D[0-7]
CT_NETAEF
CT_C8
CT_FRAME
RINGER
MASTER/nS_FPGA
M/nS_FPGA
POWER_TYPE1_FPGA
POWER_TYPE0_FPGA
RS232_DCD2_CON
RS232_DSR2_CON
RS232_DTR2_CON
RS232_RXD2_CON
RS232_TXD2_CON
RS232_CTS2_CON
RS232_RTS2_CON
+15V_CON
+3.3VD_BB
+3.3VD
DG
+2.5VD
TP_+2.5VD
+1.8VD
TP_+1.8VD
+1.25VD
+1.8VD
+1.25VD
+1.2VD
EC_CT CON
TP_+1.25VD
+1.2VD
TP_+1.2VD
KX-TDE200GR IPCMPR CARD DETAILED BLOCK DIAGRAM (2/2)
9
KX-TDE200GR
4.2. IPCMPR Card Circuit Operation
4.2.1. IPCMPR Card
4.2.1.1. Outline
1) Function
• System Control
• Circuit Switching (includes gain adjustment function)
• Conference Call (3 people x 8 ~ 8 people x 3)
•MOH
•PAGING
•Clock
2) Configuration
• Power Supply: DC/DC Converter
• CPU: HITACHI SH7788 (400MHz)
• ASIC: Our own products
• ROM: 8Mbit x 1 (for boot programs)
• SDRAM: 512Mbit x 2 (for work area)
• SRAM: 16Mbit x 1 (for user data backup)
• SD card I/F (for operating programs) x 1
• LAN I/F (for PC programming and the VoIP) x 2
• MOH: External sound input x 2
• PAGING: External output x 2
• Expanded memory connector x 1
• Modem card connector x 1
3) Operation Rating
• Power Input: +15V_CON
• Power Output: +15V (for MOH)
+3.3V (for I/O)
+3.3VD_BB (back board signal line pull-up)
+3.3VD_B (for SRAM backup)
+1.25VD (for CPU core)
+2.5VD (for DDR-SDRAM, CPU, LAN SW IC amd FPGA)
+1.8VD (for LAN SW IC)
+1.2VD (for FPGA)
10
4.2.2. Description of Each Part
KX-TDE200GR
LED Lamp (BATT ALARM): Turns on to indicate the dropping of the lithium battery voltage (less than 2.8V).
LED Lamp (SD ACCESS): Turns on when the SD card is accessing.
SD card slot: Mounts the system program SD card.
Reset Switch: Press at the system reset.
System Initialize Switch:
On default startup, set the switch to the "SYSTEM INITIALIZE" position for the power ON. Return the switch to the "NORMAL"
position when the main power switch starts to flash. On normal startup, turn the power ON with the "NORMAL" position.
LAN connector: 1, 2. Used for the PC programming and the VoIP.
PAGING 1, 2: External PAGING output. Connect to the device with the built-in amplifier.
MOH 1, 2: External music on-hold input.
LED Lamp (LINK / ACT) Turns on: LINK OK. Blinking: ACTive data is communicated.
LED Lamp (100 / 10) Turns on: 100BASE-TX. Turns off: 10BASE-T.
11
KX-TDE200GR
4.2.3. Circuit Description
4.2.3.1. Outline of Block Description
• CPU2 block (BLOCK1)
This block operates the main unit control. Besides this operates various controls, select signal generation, DMA control and
serial port control. This contains the built-in clock function.
Configuration: IC101 (CPU), IC102 (clock buffer for PCI), and so on.
Function:
(IC101) Generates the select signal in accordance with the memory map and operates Readout/Storage of data between each
peripheral.
Controls the DMA transfer between built-in serial controller and memory.
Operates input/output control of each I/O signal in accordance with the program.
• CPU_POWER block (BLOCK2)
This block is a power supply part of CPU.
Configuration: IC101 (CPU), X501 (33.33MHz clock for CPU), and so on.
Function:
Power pins of CPU.(+3.3VD,+2.5VD,+1.25VD)
Clock oscillation circuit for CPU operation.
• MEMORY2 block (BLOCK3)
This is a work area and the main unit control program storage or the system boot program storage area.
Configuration: IC602 (Flash ROM), IC601, IC603 (DDR-SDRAM), CN601 (IPCMEC card connector) and so on.
Function:
(IC602) Saves (some of) the system boot program and the system data.
(IC601, IC603) The main program is loaded from the SD card on the system start-up.
Used as the program area and the CPU work area after start-up.
It is independent bus connection to CPU due to high-speed action (bus clock 166MHz).
• FPGA + RTC + SVM block (BLOCK 4)
The FPGA is a CPU Peripheral function IC.
Configuration: IC801 (FPGA), IC802 (RTC, 32.768kHz clock for CPU), IC804 ( SVM DSP ), IC805 ( SVM voice data FLASH )
and so on.
Function:
(IC801) has the functions of RTC I/F, LAN SW I/F(SPI I/F), reset control port, LED driver and address decoder and so on.
(IC802)This is working in the Real time clock function when system stops.
This IC is maintained by the onboard battery back-up.
(IC804,IC805) These are the simple voice mail function.
• LAN block (BLOCK 5)
It is LAN controller connected with PCI.
Configuration: IC1002 (MAC+PHY (LAN controller)), X1001 ( 25MHz clock for LAN controller) and so on.
Function:
(IC1002) This is a function to communicate LAN through LAN SW.
• LAN_SW_5P block (BLOCK 6)
5ports LAN SW and the external I/F LAN connector.
Configuration: IC1101 (LAN SW), JK1102, JK1103 (LAN connector) and so on.
Function:
(IC1101) It is a hub that does LAN signal of two internal ports and two external ports in the switching.
(JK1102, JK1103) These are connectors with built-in LAN transformer and LED.
• SD and RS232 block (BLOCK 7)
SD card I/F and RS232 (serial) I/F
Configuration: IC1201 (SD card controller), CN1201 (SD card connector) , IC1202 (RS232 D/R)and so on.
Function:
(IC1201) This provides the SD card I/F function and loads the main unit program and the system data from the SD card storing
the main unit control program.
(IC1202). This provides the serial I/F driver / receiver function.
12
KX-TDE200GR
• NEXUS ( + SRAM ) block (BLOCK 8)
This provides the communication function between each option card, call control (TSW function), conference call, tone generation and gain control function.
Configuration: IC1303(ASIC(NEXUS)), IC1302, X1301,IC1301(SRAM) , CN1301(RMT card connector) and so on.
Function:
(IC1303) This functions as the bus master of EC bus (synchronous bus with 16 bit width, transmission rate max.10Mbps).
Communicates with ASIC mounted to each option card via EC bus and controls the option card.
Controls CT bus (HW clock 8.192MHz, 8 highway, 128 timeslot) for TSW function.
Controls the conference call for 3 people x ~8 parties ~ 8 people x ~3 parties.
Generates single and DTMF tone in any highway and timeslot.
Provides the digital gain control function by data conversion.Provides some I/O ports for CODEC channel pulse generation,
modem encoding rule setting and music on-hold switching and is controlled by CPU.
(IC1301) Saves the user configuration data (such as key assign data per PT).
The memory is maintained by the onboard battery back-up.
• MOH/PAGING block (BLOCK 9)
This provides the external music on-hold input x 2, the external paging output x 2 port. And also this provides the external music
on-hold input 1 system and exclusively the internal music on-hold output.
Configuration:
IC1501, IC1502 (CODEC), IC1503, IC1504 (OP Amp), IC1505 (Melody IC), Q1501~Q1505 (transistor), JK1501~JK1504 (pin
jack) and so on.
Function:
The external music on-hold 1 is input from JK1502 and is A/D converted in IC1501 via AGC (Auto Gain Control) circuit, which
consists of IC1503, Q1502, Q1504 and other CR, this is then connected to the call line HW.
Likewise, the external music on hold 2 is input from JK1504 and is made A/D conversion in IC1502 via AGC (Auto Gain Control)
circuit, which consists of IC1504, Q1503, Q1505 and other CR, this is then connected to the call line HW. The external music onhold 2 and IC1505 is exclusively connected to IC1502 input (by software control).
The various tones & DTMF tone and the voice data generated in IC1303 (ASIC(NEXUS)) are made D/A conversion in IC1501
and IC1502. They are output via JK1501, JK1503 respectively.
• EC_CT CON block (BLOCK 10)
This is the connector that connects IPCMPR and Back Board.
Configuration: CN1601 (Back Board connector) and so on.
Function:
(CN1601) Connection of EC bus, CT bus, and control signals for the option card.
• VOIP_PCI_CON block (BLOCK 11)
This is the connector for 16 VOIP DSP/ 64 VOIP DSP card.
Configuration: CN1701 (Original PCI connector) and so on.
Function:
(CN1601) Connection of PCI bus and LAN data for 16 VOIP DSP/ 64 VOIP DSP card.
• debug_PCI_CON block (BLOCK 12)
This is the connector for debug. ( Not mounted connector )
Configuration: CN1801 (Original PCI connector) and so on.
Function:
Nothing
13
KX-TDE200GR
• POWER block (BLOCK 13)
This consists of DC/DC converter circuit and various regulators.
Configuration:
IC1901 ( 3.3V, 2.5V DC/DC converter ), IC1902 ( 1.25 DC/DC converter ), IC1908 (1.8V regulator), IC1907 (1.2V regulator),
IC1903 (Comparator), Q1901, Q1902, Q1903 (FET, transistor), B1901, IP1901 (circuit protection device) and so on.
Function:
+15V_CON input is stepped down to +3.3VD and +2.5VD by DC/DC converter circuit which consists of IC1901, Q1901 and
Q1902 and is supplied to each IC power.
Q1901 and Q1902 and is supplied to each IC power.
+3.3VD is generated by the DC/DC converter is converted to +1.25VD and supplied to IC101 core power.
+2.5VD is generated by the DC/DC converter is converted to +1.8VD and supplied to IC1101 core power.
+2.5VD is generated by the DC/DC converter is converted to +1.2VD and supplied to IC801 core power.
BAT1901, which is a lithium battery for backup, is connected to the power supply of IC1301 (SRAM) and IC802 (RTC) via D1904,
D1905.
IC1903 compares B1901 output voltage to the reference voltage (about +2.7V) and drives LED (BATT ALARM) that indicates
dropping of backup voltage.
• TDA600_CON block (BLOCK 14)
This provides the control interface between IPCEMPR Card and BUS-M Card. ( Not mounted connector and so on)
Configuration: CN2001 (Connector for BUS-M ),IC2001 ~ IC2001(buffer) and so on.
Function:
Nothing
• SVM_VOX block (BLOCK 15)
It is VOX detection circuit.
Configuration: IC2201, IC2202 (CODEC), IC2203, IC2204 (OP Amp), IC2205, IC2206 (Comparator) and so on.
Function:
The SVM voice data are made D/A conversion in IC2201, IC2202 amd IC804 (SVM DSP). After these are amplified with the
amplifier, the sound is detected with the comparator.
14
KX-TDE200GR
4.3. Back Board Circuit Operation
The back board (BB) connects signals between all cards in KX-TDE200. It also supplies power from the power supply unit to the
cards.
CONNECTORS EXPLANATION
(1) Power Supply Unit Connector: CN100
(2) Free Slot Connectors: CN102-CN106
(3) Option Card Slot Connector: CN107
(4) IPCMPR Card Connector: CN112
(5) RS-232C Connector: CN113
CN113 is connected D-Sub connector in front of the product.
(6) LED Connector: CN114
CN114 is connected LED Board on the product.
15
KX-TDE200GR
4.4. Outline
4.4.1. General Description
The control system of this unit is composed of the main control section (IPCMPR) controlling the entire system, exchanging
voice data, the circuit control section (LPR) controlling various telephone lines and the power supply section (POWER).
IPCMPR, LPR and POWER are connected each other through the System BUS (ADDRESS BUS, DATA BUS and CONTROL
BUS). IPCMPR LPR are under I/O control (I/O Read/Write) by MPR.
MPR controls LPR which has a microprocessor by the lnter-Microprocessor Communication System supported by ASIC. That
is, IPCMPR and LPR exchange controlling messages through bi-directional buffer and CPU controls LPR so that it can manage
multiple telephone lines.
I/O address for LPR access is fixed per each free slot. CPU discriminates the sort of LPR through the inter-processor communication system.
POWER detects the voltage drop of the AC input and the DC output and transfers it to IPCMPR.
4.4.2. IPCMPR Card
This card is the main control section of this unit. It controls all the cards mounted on the free slots, and communication of RS232C ports.
The front of the IPCMPR card is equipped with two LEDs (LED1 and LED2) that indicate the operating status of this card, There
are no rotary switches on IPCMPR and a push switch used to execute the system reset.
This control circuit execute the control signals for the exchange process, and this card is composed of the following
(A) 32bit CPU (32bit data bus)
(B) DDR_SDRAMs, SRAM
(C) Flash memory
(D) Lithium Battery for back-up of clock IC and Static RAM
4.4.3. Back Board
BB (back board) is the mother board of the basic shelf. This board connects each card (POWER, IPCMPR, and optional cards)
together. This board has one RS-232C connector.
4.4.4. Power Supply Unit
This unit is switching regulator power supply and supplies DC voltages to IPCMPR card, optional card (free slot).
16
4.4.5. System Control
4.4.5.1. System Control Block Diagram
KX-TDE200GR
17
KX-TDE200GR
4.4.5.2. Voice (TDM Highway) Bus Block Diagram
18
4.4.5.3. Voice Bus Logical Assignment
4.4.5.4. Back Board Signaling
KX-TDE200GR
Back board waveform of TDM bus for voice
19
KX-TDE200GR
4.4.6. Back Board Signal Connection Diagram
4.4.6.1. CT Bus System Connection Diagram
20
4.4.6.2. EC Bus System Connection Diagram
KX-TDE200GR
21
KX-TDE200GR
4.4.6.3. System Control and Analog Signal Connection Diagram
4.4.6.4. Power Supply System Connection Diagram
22
5 Location of Controls and Components
5.1. Name and Locations
KX-TDE200GR
23
KX-TDE200GR
6 Installation Instructions
6.1. System Overview
6.1.1. System Configurations
24
6.1.2. System Components
Category Model No. Description
Shelves KX-TDE200GR Basic Shelf
Main Processing Card KX-TDE0101GR IP Convergence Main Processing Card
IPCMPR Option Cards KX-TDE0110
KX-TDE0111
KX-TDA0196
Activation Key Cards KX-NCS4104 4-Channel IP Trunk Activation Key (SHGW4)
KX-NCS4208 8-Channel IP Softphone/IP Proprietary Telephone Activation Key (IPPTS8)
KX-NCS4508 8-Channel IP Proprietary Telephone Activation Key (IPPT8)
KX-NCS4716 16-Channel SIP Extension Activation Key (SPE16)
KX-NCS4910 Activation Key for Enhanced Features (UCAV2)
Physical Trunk Cards KX-TDA0180 8-Port Analogue Trunk Card (LCOT8)
KX-TDA0181 16-Port Analogue Trunk Card (LCOT16)
KX-TDA0182 8-Port DID Card (DID8)
KX-TDA0183 4-Port Analogue Trunk Card (LCOT4)
KX-TDA0184 8-Port E & M Trunk Card (E&M8)
KX-TDA0187 T-1 Trunk Card (T1)
KX-TDA0188 E-1 Trunk Card (E1)
KX-TDA0189 8-Port Caller ID/Pay Tone Card (CID/PAY8)
KX-TDA0193 8-Port Caller ID Card (CID8)
KX-TDA0284 4-Port BRI Card (BRI4)
KX-TDA0288 8-Port BRI Card (BRI8)
KX-TDA0290 PRI Card (PRI23)
KX-TDA0484 4-Channel VoIP Gateway Card (IP-GW4E)
KX-TDA0490 16-Channel VoIP Gateway Card (IP-GW16)
Physical Extension Cards KX-TDA0143 4 Cell Station Interface Card (CSIF4)
KX-TDA0144 8 Cell Station Interface Card (CSIF8)
KX-TDA0170 8-Port Digital Hybrid Extension Card (DHLC8)
KX-TDA0171 8-Port Digital Extension Card (DLC8)
KX-TDA0172 16-Port Digital Extension Card (DLC16)
KX-TDA0173 8-Port Single Line Telephone Extension Card (SLC8)
KX-TDA0174 16-Port Single Line Telephone Extension Card (SLC16)
KX-TDA0175 16-Port Single Line Telephone Extension with Message Lamp Card (MSLC16)
KX-TDA0470 16-Channel VoIP Extension Card (IP-EXT16)
Other Physical Cards KX-TDA0161 4-Port Doorphone Card (DPH4)
KX-TDA0162 2-Port Doorphone Card (German Type) (DPH2)
KX-TDA0164 4-Port External Input/Output Card (EIO4)
KX-TDA0166 16-Channel Echo Canceller Card (ECHO16)
KX-TDA0168 Extension Caller ID Card (EXT-CID)
KX-TDA0190 Optional 3-Slot Base Card (OPB3)
KX-TDA0191 4-Channel Message Card (MSG4)
Power Supply Units(PSUs) KX-TDA0103 L-Type Power Supply Unit (PSU-L)
KX-TDA0104 M-Type Power Supply Unit (PSU-M)
KX-TDA0108 S-Type Power Supply Unit (PSU-S)
Cell Stations (CSs) KX-TDA0141 2-Channel Cell Station Unit Using a DHLC/DLC Card (PTinterface CS) for 2.4
KX-TDA0142 3-Channel Cell Station Unit Using a CSIF Card for 2.4 GHz Portable Station
KX-TDA0151 2-Channel Cell Station Unit Using a DHLC/DLC Card (PTinterface CS) for 2.4
KX-TDA0152 4-Channel Cell Station Unit Using a CSIF Card for 2.4 GHz Portable Station
Proprietary Equipment KX-A228 S/M-type Back-up Battery Cable
KX-A229 L-type Back-up Battery Cable
KX-A258 Blank Slot Cover
KX-T30865 Doorphone
KX-TDE200GR
16-Channel VoIP DSP Card (DSP16)
64-Channel VoIP DSP Card (DSP64)
Remote Card (RMT)
GHz Portable Station
GHz Portable Station
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KX-TDE200GR
Compatible Panasonic Proprietary Telephones
The PBX supports the following telephones:
• IP proprietary telephones (e.g., KX-NT300 series)
• IP softphones (e.g., KX-NCS8100)
• Digital proprietary telephones (e.g., KX-T7600 series)
• Analogue proprietary telephones (e.g., KX-T7700 series)
• Portable stations (e.g., KX-TCA355, KX-TCA256, KX-TD7690)
• DSS consoles (e.g., KX-T7640)
• Single line telephones (e.g., KX-T7710)
Incompatible Panasonic Proprietary Telephones
The PBX does not support the following telephones:
• KX-T30800 series proprietary telephones and DSS consoles
• KX-T61600 series proprietary telephones and DSS consoles
• KX-T123200 series proprietary telephones and DSS consoles
• KX-TD7500 DECT portable station
Notes:
• For the equipment (e.g., Add-on Key Module, USB Module, Headset*1) that can be connected to a particular telephone, refer to
the telephone's manual.
*1 The KX-T7090 headset can be connected to the KX-T7000, KX-T7200, KX-T7300, KX-T7400, and KX-T7500 (except for KXT7560/KXT7565) series telephones.
List of Abbreviations
•APT → Analogue Proprietary Telephone
•DPT → Digital Proprietary Telephone
•IP-PT → IP Proprietary Telephone
• PS → Portable Station
•PT → Proprietary Telephone
• SIP Extension → Session Initiation Protocol Extension (SIP hardphones/SIP softphones)
•SLT → Single Line Telephone
Notice:
• Some optional service cards and features are not available for certain countries/areas. Consult your certified Panasonic dealer
for detailed instructions.
• This PBX supports SIP Extensions. However, some PBX features may not be available for SIP Extensions, depending on your
telephone type.
Important Notice
Prior to connection of this product, please verify that the intended operating environment is supported.
Satisfactory performance cannot be guaranteed for the following:
• interoperability and compatibility with all devices and systems connected to this product
• proper operation and compatibility with services provided by telecommunications companies over connected networks
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6.1.3. System Connection Diagram
KX-TDE200GR
27
KX-TDE200GR
*Only 1 Server PC can be connected to the Hybrid IP-PBX.Two or more Server PCs cannot be used simultaneously.
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7 Operation Instructions
7.1. Type and Maximum Number of Slots
The PBX supports the following type and number of slots.
Slot Type KX-TDE200
IPCMPR Card Slot 1
Free Slot 11
Virtual Slot Virtual Trunk Slot 4
Virtual Extension Slot 4
IPCMPR Card Slot and Free Slot
KX-TDE200GR
Virtual Slots of the IPCMPR Card
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KX-TDE200GR
7.2. Maximum Optional Service Cards
The following number of cards can be installed in the Free Slots or Virtual Slots of the PBX.
Note:
• Any card that exceeds the capacity of the PBX will be ignored.
• When the PBX starts up with an invalid configuration, some cards will be ignored.
Cards Installed in Free Slots or Virtual Slots
Card Type KX-TDE200
IPCMPR 1
Trunk Card 8
Virtual Trunk Card 4
V-IPGW16 2
Physical Trunk Card Total 8 *1
LCOT4
LCOT8
LCOT16
DID8 8
E&M8
BRI4
BRI8
T1
E1 4
PRI23
PRI30
IP-GW4E 4
IP-GW16
Extension Card 8
Virtual Extension Card 4
V-IPEXT32 2
V-SIPEXT32 4
Physical Extension Card Total 8
DHLC8
DLC8
DLC16
SLC8 8
SLC16
MSLC16
IP-EXT16
CSIF4 4
CSIF8
OPB3 4
To ta l 1 6
*1 One T1, E1, PRI23 card counts as 2 cards.
Cards Mounted on Other Optional Service Cards
Card Type KX-TDE200 Mounted on
DSP16 1
DSP64 IPCMPR Card
RMT 1
CID/PAY8 16 LCOT8 Card/LCOT16 Card
CID8
EXT-CID 8 SLC8 Card
DPH4 4
DPH2 8
ECHO16 2 *1 OPB3 Card
MSG4 4
EIO4 4
*1 Only 1 ECHO16 card can be mounted on each OPB3 card.
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