DOWNLOAD Panasonic KX-TCD700GB / KX-TCD700GH Service Manual ↓ Size: 2.47 MB | Pages: 89 in PDF or view online for FREE

Model
KX-TCD700GB KX-TCD700GH
Pages
89
Size
2.47 MB
Type
PDF
Document
Service Manual
Brand
Device
Telephone / DECT
File
kx-tcd700gb-kx-tcd700gh.pdf
Date

Panasonic KX-TCD700GB / KX-TCD700GH Service Manual ▷ View online

Address
Default
Name
Type
Description
395 - 39D
FF
HotKey
D
index 0 - speeddialentry for key 0
index 1 - speeddialentry for key 1
-index 9 - speeddialentry for key 9
39E - 39F
--
HSPinCode
-
4 BCD Digits
3A0
00
EESubscriptionNumber
D
Selected subscription
3A1 - 3A8
00
EESubscriptionInfo
D
HandsetNumber And BaseType for all subscriptions.
3A9 - 3AA
FF FF
AlarmTime
D
4 BCD Digits Hours Tens,Units : Minutes Tens,Units
3AB
00
AlarmConfig
D
bit1 + bit2 - Settings for OFF, ONCE and DAILY
00 - OFF
01 - ONCE
10 - DAILY
3AC
00
Stanby Mode Display Setting
D
Clock, HS No, BS No or None.
3AD- 3B0
00
TotalHandsetCharge
D
holds the chargecostcount since last handset-reset
or callcost-reset(32bit).
3B1 - 3CF
--
MMIGap
-
3D0
00
RunTimeErrorLogConfig
D
00 = Show RunTimeErrorLog disabled.
3D1 - 3D2
0000
RunTimeErrorLogAddress
D
0000 = No error.
3D3 - AD5
--
MMIGap
-
15.3.3.  Audio MMI
Address
Default
Name
Type
Description
AD6 - AFF
--
MelodyTable
-
Table telling start of each melody + end + 1 of last
melody (21 * 2 byte)
B00 - EFF
--
Melodies
-
Ringermelodies
Each melody are stored in the following format:
Byte0, high: 1 - follow cadence / 0 - finish melody
Byte0,low: Changing key data ( 0x0 ~ 0xF )
Byte1,high: Freq-offset for volume 1 ( 0x0 ~ 0xF )
Byte1,low: Freq-offset for volume 2 ( 0x0 ~ 0xF )
Byte2,high: Freq-offset for volume 3 ( 0x0 ~ 0xF )
Byte2,low: Freq-offset for volume 4 ( 0x0 ~ 0xF )
Byte3,high: Freq-offset for volume 5 ( 0x0 ~ 0xF )
Byte3,low: Freq-offset for volume 6 ( 0x0 ~ 0xF )
byte 4:Tempo
byte 5+: Melody
15.3.4. MMI Bits
Address
Default
Name
Type
Description
F00
0B
EEToneConfig
D
bit 0 - Keytone on/off - 1/0
bit 1 - Call waiting on/off - 1/0
bit 2 - Range alarm on/off - 1/0
bit 3 - Battery low alarm on/off - 1/0
F01
06
UIConfig00
D
bit 0 - Direct call 1 = on /0 = off
bit 1 - StandbyDisplay00 00 = Off / 01 = Clock
bit 2 - StandbyDisplay01 10 = PpNo / 11 = FpNo
bit 3 - BatteryType 1 = Ni-Cd/0 = Ni-Mh
bit 4 - Call barring
bit 5 - Autio talk
bit 6 - TalkmodeDisplay00 00 = Talk time
bit 7 - TalkmodeDisplay01 01 = Talk cost 10=Phone
number
F02
00
CallCostEnabled
D
00 = CallCost Disabled
01 = CallCost Enabled
F03
--
UIGap01
-
15.3.5. Battery parameters
Address
Default
Name
Type
Description
F04
4B
LowVoltage
D
Voltage on which to start battery low-indication.
The voltage has to be measured under this value for
8 secs before the handset start signaling low battery.
LowVoltage[eeprom] = [ADC-steps] =
LowVoltage[mV] / (3.2 * 9.53[mV/step])
F05
48
NoVoltage
D
Voltage on which to turn off handset.
If the batteryvoltage gets below this level AND the
handset has been signaling low battery for at least 8
seconds the handset will shut down.
NoVoltage[eeprom] = [ADC-steps] =
NoVoltage[mV] / (3.2 * 9.53[mV/step])
77
KX-TCD700GB / KX-TCD700GH
Address
Default
Name
Type
Description
F06
6C
MaxVoltage
D
Max voltage allowed for battery. This is to prevent
damage on hardware if put in base with no batteries
mounted. If the batteryvoltage exceeds this level, the
charging will be stopped.
MaxVoltage[eeprom] = [ADC-steps] =
MaxVoltage[mV] / (3.2 * 9.53[mV/step])
F07
0A
StartCurrent
D
Current used at a cold start [mAh*2/100] ].
This value is subtracted every time the handset
powers up.
StartCurrent[eeprom] = startcurrent[mAH]*50
F08
06
StbyCurrent
D
Current-compsumption when handset is in standby
with buzzer and backlight off.
StbyCurrent[eeprom] = consumption[mA]
F09
1C
UnlockCurrent
D
Current-compsumption when not locked to base with
buzzer and baclight off.
UnlockCurrent[eeprom] = consumption[mA]
F0A
47
MacCurrent
D
Current-compsumtion
when
handset
is
in
conversation with buzzer and backlight off.
MacCurrent[eeprom] = consumption[mA]
F0B
2E
BackLightCurrent
D
Current compsumtion when baclight is on. This is
only the consumption for one color. This value
should not include the consumption of the rest of the
handset
BackLightCurrent[eeprom] = consumption[mA]
F0C
37
BuzzerCurrent
D
Current compsumtion when Buzzer is playing. This
value should not include any other consumptions
than that of the buzzer.
BuzzerCurrent[eeprom] = consumption[mA]
F0D
0A
LeakChargeCurrent
D
Leakcurrent when in charger.
LeakCurrent[eeprom] = IR51[mA]
When in charger, the charger will always supply the
handset with the current running through R51. This
current we have to take into consideration when
charging.
F0E
78
FastChargeCurrent
D
Charge-current when in fast charge [mA].
The
handset
is
in
fastcharge-mode
when
BatteryCapacity is less than ´(ChargeTopLimit / 100)
* MaxCapacity´(BatteryCapacity < ChargeTopLimit%
of MaxCapacity)
F0F
64
TopChargeCurrent
D
Charge-current when in topoff charge [mA].
The
handset
charge
the
batteries
with
TopChargeCurrent[mA] when the BatetryCapacity is
between ´(ChargeTopLimit / 100) * Max(NiMH or
NiCd)Capacity´ and MaxCapacity(ChargeTopLimit%
of MaxCapacity < BatteryCapacity < MaxCapacity )
F10
0A
MaintainCurrent
D
Charge-current when in maintainmode needed to
maintain full charge on battery [mA]. This should not
include the consumption of the handset which is
handled seperately, but only the current needed to
keep battery at full charge.
(BatteryCapacity = MaxCapacity)
F11
5A
ChargeToplimit
D
Percent of max battery capacity to be charged with
fast charge. . When BatteryCapacity reach this limit,
the
chargecurrent
is
switched
from
FastChargeCurrent to TopChargeCurrent.
F12 - F13
00 00
BatteryCapacity
D
The current-Capacity left on the battery. This
capacity will always be less than or equal to
MaxCapacity. It is only used for controlling icons for
how much capacity is left on the batteries.
BatteryCapacity[eeprom]=Capaity[mAH]*50[mAh*2/
100] = [mAmin*2]*5/3 (that is 5/3*mA for 2min).
F14 - F15
EA 60
MaxNiMHCapacity
D
Max. capacity, the battery can be brought up to. This
is used for determining how much the battery should
be charged.
MaxNiMHCapacity[eeprom]=NiMHcap.[mAH]*50[mA
h*2/100] = [mAmin*2]*5/3 (that is 5/3*mA for 2min).
F16 - F17
9C 40
MaxNiCdCapacity
D
Max. capacity, the battery can be brought up to. This
is used for determining how much the battery should
be charged
MaxNiCdCapacity[eeprom]=NiCdcap.[mAH]*50[mA
h*2/100] = [mAmin*2]*5/3 (that is 5/3*mA for 2min).
F18- F1F
--
BattGap 1
-
F20-F29
80 .. 89
RedialFAT
D
"FileAllocationTable" - for the RedialList.
If msb is set it means location is unused.
N.B. All values is to be converted to hex before writing them to eeprom.
78
KX-TCD700GB / KX-TCD700GH
15.3.6. VolumeSettings
Address
Default
Name
Type
Description
F2A
10
BeepVolSetting
D
Soundlevel of buzzerbeeps, who is not affected by
the ringervolume.
Hightime = Cycle/VolumeLevel
F2B
0A
VolumeLevel1
D
Hightime = Cycle/VolumeLevel
F2C
08
VolumeLevel2
D
Hightime = Cycle/VolumeLevel
F2D
07
VolumeLevel3
D
Hightime = Cycle/VolumeLevel
F2E
06
VolumeLevel4
D
Hightime = Cycle/VolumeLevel
F2F
05
VolumeLevel5
D
Hightime = Cycle/VolumeLevel
F30
04
VolumeLevel6
D
Hightime = Cycle/VolumeLevel
nb. There is no restriction in range. That is if a value is put in, who is too high, the hightime will become zero and therefore only
clickingsounds will be heard.
15.3.7. Default audio-parameters
Address
Default
Name
Type
Description
F31
16
GX-index
D
Gain-transmit (values ranging from 0x00 to 0x24,
each step representing 1 dB)
F32
1B
GR-index
D
Gain-receive (values ranging from 0x00 to 0x24,
each step representing 1 dB)
F33
04
SideToneGain
D
SideToneGain
(T67DSP-PPV2xD4-7600,
table
1.10).
15.3.8. Melody-parameters
Address
Default
Name
Type
Description
F34
01
ExtMelodyIndex
D
Melody played when incoming external call
F35
01
IntMelodyIndex
D
Melody played when incoming internal call
F36
01
PageMelodyIndex
D
Melody played when paging
F37
01
AlarmMelodyindex
D
Melody played when alarm is sounded
F38
03
EERingerVolume
D
Volume of the ringer (1 - 6)
F39
02
EEVoiceVolume
D
Volume of the earpice (1 - 3)
79
KX-TCD700GB / KX-TCD700GH
15.4. Receive- and Transmit-gain
The following table shows the legal values for GX- and GR-index.
Possible gain parameters
Eepromvalue
Gain [dB]
0x0A
-13.84
0x0B
-12.88
0x0C
-11.91
0x0D
-11.02
0x0E
-10.05
0x0F
-9.18
0x10
-8.06
0x11
-7.08
0x12
-6.13
0x13
-5.03
0x14
-4.08
0x15
-3.11
0x16
-2.00
0x17
-1.03
0x18
-0.08
0x19
0.89
0x1A
2.05
0x1B
3.01
0x1C
3.97
0x1D
4.94
0x1E
5.92
0x1F
7.07
0x20
8.01
0x21
8.95
0x22
10.07
0x23
11.04
0x24
12.04
N.B. if the gain-index is set to other values than the ones listed above, the volume will not be working according to specification.
The gain-indexes can be set using the batchfiles ’WRT_SLR.bat’ and ’WRT_RLR.bat’, that sets respectively GX- and GR-index.
The gain-indexes can be read from the eeprom using ’READ_SLR.bat’ and ’READ_RLR.bat’, that reads respectively GX- and
GR-index.
80
KX-TCD700GB / KX-TCD700GH
Page of 89
Display

Click on the first or last page to see other KX-TCD700GB / KX-TCD700GH service manuals if exist.