KX-TCD700RUB, KX-TCD700RUC - Panasonic Telephone Service Manual (repair manual). Page 74

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.
Battery Capacity [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.
Max NiMH Capacity [eeprom] = NiMHcap. [mAH]*50
[mAh*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
Max

NiCdCapacity

[eeprom]

=

NiCdcap.

[mAH]*50[mAh*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.

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

74