1 KX T3850

1 KX T3850




(KX-T3850R)

(KX-T3850H)

KX-T3850


Ali


v 'utm


. ...


*5v


'


tf


*? ft % '

■'•!-* fe" t.

r'5-.:>

Ąf


* c


\W;i |


I


I.


*L*


CPU DATA KX-T3850R (Portable Handset)

IC101 MN150402KEA


Diodę Opon.

Diodę Closed

A

TEST CH

Norm&f

CH10 {•

B

TEST CH

NormaT

CHS


Pin

Ho.

Mark

Descriptbn

High

Low

Pin

No.

Mark

Descripttan i

High*

t

Low

1

LEDINTCOM

OFF

ON

23

XO

(32.768 kHz)

2

DIALUGHT

ON

OFF

24

RST

RESET '• i

Normal

rEset

. 3

Key Strobę

25

SYNC

4

Key Strobę

26

PLL DATA 0

iw

S

Key Strobę

27

PLL DATA 1

Jr

6

NC

28

PLL DATA 2

*

7

Key Strobę

29

" aJ

PLL DATA 3

8

P80

Key In 0

Norma!

Active

30

1 1

Mute Mb

Mute

Unmute

9

PB1

Key In 1

Norma!

Acttve

31

Mute RX

Mute

Unmute

10

PB2

Key In 2

Normal

Activo

32

NormaJ

11

PB3

Key ta 3

Norma!

Activa

33

TX POWER

OFF.

ON

12

PCO/S0T

Optiofl

Normal

Option

34

SOUELCH

. Low

High

13

PCI/S BO

OMOFF SW

OFF

ON

35

Batt EXE

Enable

Disable

14

PC2/SBI

CHARGE

Normal

CHARGE

36

Bart Low

High

Low

15

PC3/TC20

BEEPCLOCK

Normal

Active

37

RX DATA

16

SIRQ \

39

BEEPCTL

Low

High (Normal)

17

IRQ

-CHARGE

Normal

CHARGE

39

NC

18

V-

40

V ^

RX POWER

OFF

ON

19

ÓSC1

Matadock

41

LED CH

OFF

ON

20

OSC2

(3.892 MHz)

42

TXDATA

Activ©

Normal .

21

V-

43

LED TALK

OFF

ON

22

XI

SubCbck

44

LED Bal Low/PROG

OFF

ON


3.992 MH* 3Z7CH Wtz


CIRCUIT EXPLANATION (KX-T3850H)


CIRCUIT EXPLANATION (KX-T3850R)


■ BŁOCK DIAGRAM



Wyszukiwarka

Podobne podstrony:
Fizyka notatki z zajec?datkowych [zestaw?] J Kx) Ax = F (*)+CkJJt(x)dx = FW FU.) ft vS « = 5-a-t’*&g
2 KX T3850 1 A l/A 1 M 1 «cuve Normai . 121 V- T * I 1 43 LED TALK 1 OFF ON
3 KX T3850 AMP »<DMIX/2N0l »sr MIUKOll £ y^SG ■N “JjM =
3 KX T3850 AMP »<DMIX/2N0l »sr MIUKOll £ y^SG ■N “JjM =
ETNy7 3 STfT M-OUOto lagaiCt)^ ^(tY fog^-t)4 -(V) Ctl) • (-i -tópCtj) -hjjtt)* 0(Y) •(4-Kx^m (t))
IMAG0749 b) c i^acr- l I la Hf Af mŁ>- Kx + js . d - k > ^ j$pj§ 3-tt- < m.<rX-  &n
IMAG0750 te - e* fe fu+ Rb* a fe ■ 2. Pa J ± Pa® 2 d * kx r i Oj. P/> => JZ^ 5"
Image114 Przerzutnik JK-MS — 72 przedstawiono na rys. 4.53. Bramki 1 i 2 realizują funkcje K = KX*K2
Image212 dx + c— dt + kx=7> dla k=0j9 i c= 0,4 równanie przyjmuje postać:

więcej podobnych podstron