Datasheet EM32117Q Datasheet (ELAN)

Page 1

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

GENERAL DESCRIPTION

EM32117 is a CMOS 16-digit LCD panel driver. The EM32117 can receive dialing information such as dialing digits, Pause, Flash, Pulse to Tone mode from EMC EM91465 series dialer IC and display the corresponding pattern on the LCD panel. The EM32117 also supports various indicators such as the icons of STORE, SAVE, Speaker phone (or Hand-Free), Lower or Upper page, Hold, etc. to support high-end feature phone applications. The EM32117 can operate in stand-alone mode to display calendar and real time clock, conversation time (stopwatch). The EM32117 also provides check the last conversation time function.

FEATURES

• ON-HOOK check last conversation time function.

• General flag display function for LOGO indication.

• Low power consumption: 1.5µA (max.)

• Uses single clock 32768 Hz crystal (with built-in capacitor, no need extra capacitor).

• LCD blank 2 sec after OFF-HOOK, to protect the STW data.

• Built-in serial data interface (compatiable with EM91465 series).

• Driver for 4.5-volt, 16-digit, 1/4 duty , 1/3 bias LCD panel with built-in voltage tripler circuit.

• Display dialing phone number.

• Display calendar and real time clock (RTC) in 12 hour or 24 hour format.

• Stopwatch function for counting conversation time up to 59 minutes 59 seconds.

• Operating voltage: 1.5 VDC ( typical )

• Dice form, QFP 80 pin package, and LCM (Liquid Crystal display Module) are available.

EM32117

APPLICATION

• LCD Feature phone and Digital display system.

PIN ASSIGMENT

NCNCNCNCNCNCSEG26

SEG25 SEG24 SEG23 SEG22 SEG21 SEG20 SEG19 SEG18 SEG17 SEG16 SEG15 SEG14 SEG13 SEG12 SEG11 SEG10

6463626160595857565554535251504948474645444342

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

123456789

NCNCNCNCNCNCNC

SEG27

SEG28

SEG29

SEG30

SEG31

COM0

COM1

COM2

COM3

ENCLND*

ENRTC*

24/12*NCNCNCNC

EM32117Q

101112131415161718192021222324

SEG9

SEG8

SEG7

SEG6

SEG5

SEG4

SEG3

SEG2

SEG1

SEG0GFTEST

NCNCNCNCNC

XOUT

XIN

VC2

VC1

HKS

SD1

MS2

MS1

SPARE1

SPARE2

* This specification are subject to be changed without notice.

3.17.1999

Page 2

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

FUNCTION BLOCK DIAGRAM

SD1

XIN

XOUT

VDD

VSS

Preliminary

COM0~3

1/4 Duty 1/3 bias LCD Driver

Serial Data

Sampling

Decoding

Sampling

Signal

Generator

OSC

Power Supply Circuit

Serial Data

Display Buffer

SEG0~31

RTC/STW

Counter

Timing

Control Circuit

ENCLND ENRTC

24/12 HKS MS2 MS1

TEST

PIN DESCRIPTION

Pin Name Description

SPARE1, SPARE2 Need to be connected to V COM0~COM3 LCD panel driver common output pins. SEG0~SEG31 LCD panel driver segment output pins. TEST Reserved for testing, should be left open. MS1 Manual setting and check last conversation time input pin 1, with built-in pull-up optimal

resistor. The optimal resistor before keying=100kΩ, after keying change to 1MΩ for reducing power consumption.

MS2 Manual setting input pin 2 with built-in pull-up; optimal resistor. The

optimal resistor before keying=100kΩ, after keying change to 1MΩ for reducing power consumption.

SDI Serial data input pin with built-in 150 KΩ pull-up resistor. HKS Hook switch status input pin with built-in 1 MΩ pull-up resistor. V

DD, VSS

Positive power supply pin. V2, V3 Voltage tripler circuit for LCD driver. VC1, VC2 Voltage tripler circuit for LCD driver. XIN, XOUT Crystal input and output pins for connecting a 32768Hz crystal (Internal built-in 2-p

capacitor). 24/12 RTC display 24 or 12 hours format selection pin (when this pin is pulled "high, RTC will

be displayed in 24 hour format. Otherwise will be display in 12 hour format). ENCLND Calendar enable pin. When disabled (ENCLND* = high), the Calendar field of LCD

panel will be blanked. When 12 digit LCD panels are used, Calendar should be disable

to suppress output of calendar. ENRTC RTC enable pin. When disabled (ENRTC* = high), the LCD panel will be blanked when

HKS pin is at high level. GF General Flag input pin without built-in resistor. When GF pull "High" LCD panel will

display Icon. GF pull "Low", "GF" Icon will blank.

* This specification are subject to be changed without notice. 3.17.1999

Page 3

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

LCD Panel Description

The display font of the EM32117 LCD driver is shown as the following:

Digit #

141516 1

111213

EM32117

5678910

MEMORYRD

SPEAKER

BLANK DASH

HOLD AUTO LOCK SAVE MUTE

LO BATT ALARM

STORE

PAGE

987321 6

PAUSE

TONE

SEG31 SEG30 SEG29 SEG28 SEG27 SEG26 SEG25 SEG24 COM3 16f 16a 15f 15a 14f 14a 13f 13a COM2 16g 16b 15g 15b 14g 14b 13g 13b COM1 16e 16c 15e 15c 14e 14c 13e 13c COM0 16d 15d 14d 13d

SEG23 SEG22 SEG21 SEG20 SEG19 SEG18 SEG17 SEG16 COM3 12f 12a 11f 11a 10f 10a 9f 9a COM2 12g 12b 11g 11b 10g 1b 9g 9b COM1 12e 12c 11e 11c 10e 10c 9e 9c COM0 12d RD 11d Speaker 10d HOLD 9 d Memory

SEG15 SEG14 SEG13 SEG12 SEG11 SEG10 SEG9 SEG8 COM3 8f 8a 7f 7a 6f 6a 5f 5a COM2 8g 8b 7g 7b 6g 6b 5g 5b COM1 8e 8c 7e 7c 6e 6c 5e 5c COM0 8d GF 7d ALARM 6d STORE 5d PAGE

SEG7 SEG6 SEG5 SEG4 SEG3 SEG2 SEG1 SEG0 COM3 4f 4a 3f 3a 2f 2a 1f 1a COM2 4g 4b 3g 3b 2g 2b 1g 1b COM1 4e 4c 3e 3c 2e 2c 1e 1c COM0 4d AUTO 3 d LOCK 2d SAVE 1d MUTE

ALARM PAGESTOREMEMORYRD SPEAKER HOLD AUTO LOCK SAVE MUTE

COM3 COM2 COM1

COM0

* This specification are subject to be changed without notice.

3.17.1999

Page 4

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

EM32117

SEG31

SEG29

SEG30

SPEAKER

SEG27

SEG28

MEMORYRD

HOLD AUTO LOCK SAVE MUTE

SEG25

SEG23

SEG21

SEG26

SEG24

SEG22

SEG20

SEG19

SEG17

SEG18

ALARM

SEG16

STORE

SEG15

SEG14

SEG13

PAGE

SEG11

SEG12

SEG10

SEG9

SEG8

SEG7

SEG6

SEG5

SEG4

SEG3

SEG2

SEG1

SEG0

Figure 2 - Segment pin wiring diagram

Serial Data Interface

Since the serial data transmitters (e.g. EM91465 series dialers) may have different voltage level from EM32117, therefore the following interconnecting scheme is recommended when using the EM32117 as a serial data receiver. The SDO output from the serial data transmitters should be of NMOS open-drain structure as shown below.

Dialer

EM32117

546

SDO SDI

Vss

VCC

546

VssVss

Data Format

When the EM32117 senses the falling edge of the Start bit, it will sample subsequent bits in the middle of each bit. The received bit will then be assembled and decoded, and corresponding pattern will be displayed on LCD panel. The serial data format is as follows:

01 01

Start Bit

Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5

Data Bits

Stop Bit

Protocol

There are three categories of dialing data, and representation and interpretation of serial data is as the following:

(Note: Codes 0000 and 1111 will be interpreted as" " (blank pattern) and"-"patterns, respectively and they

will shift on LCD panel just as other digit codes.

* This specification are subject to be changed without notice. 3.17.1999

Page 5

Preliminary

∗ Keypad,SDO format and LCD display reference table:

Keypad bit5 bit4 bit3 bit2 bit1 bit0 Display

1000001 1 2000010 2

3000011 3 4000100 4 5000101 5 6000110 6 7000111 7 8001000 8 9001001 9 0001010 0

"*"/T 0 0 1 0 1 1 

#001100 

P001101 P

*/"T" 0 0 1 1 1 0

ST 1 0 0 0 0 0 STORE

HOLD 1 0 1 0 0 0 HOLD

HF 1 0 1 0 1 0 Speaker

Page 1 0 1 1 0 0 PAGE

A101110 A

F 1 0 1 1 1 1 clear all display

(Lock state) 1 0 0 0 0 1 Lock

MUTE 1 0 0 0 1 0 MUTE

Note 3 1 0 0 0 1 1 ALARM

EM1~EM3 1 1 1 1 0 0 MEMORY

M1~M40 1 1 1 1 0 0 MEMORY

RD 1 1 1 1 0 1 RD

SAVE 1 1 1 1 1 0 SAVE

Note:

1. Flash key will be treated as "clear LCD panel" command.

2. When lock condition establish.

3. MUTE and ALARM indicators will toggle with each received SDI code.

4. Any invalid data will be ignored by the EM32117.

• General flag display function. EM32117 provide General Flag Icon, when GF pin pull "high", then "GF" Icon will be displayed. GF pin pull "low", the "GF" Icon will blank. The "GF" Icon can identify by user for special distinguishment.

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

FUNCTION DESCRIPTION

Operation Modes and System States

Depending on which state the EM32117 is in, the system will operate in one of two modes, namely, RTC mode and Stop-watch mode. In the State 1, as defined by the State-diagram in figure 4, the system operates in RealTime Clock mode, otherwise, the system operates in Stop-Watch mode. The flow chart is as follows:

* This specification are subject to be changed without notice.

3.17.1999

Page 6

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

EM32117

RTC Mode

State>1

State=1

Stop watch

Mode

Figure 3 - Top Level Flow Chart

The system can be in one of the six states as defined by the following state diagram. The transitions between states are driven by the level of HKS pins as well as Serial Data "Hand-Free" and "Hold".

HKS=Lo

HKS=Hi

Off-hook state

On-hook

Hand-free state

HKS=Hi

On-hook state

HKS=Lo

Off-Hook

Hand-free state

ON-Hook

Hold-line state

HKS=Hi

HKS=Lo

Off-Hook

Hold-line state

Figure 4 - System State Diagram

RTC (Real time clock) Mode

When the system is in State 1 and RTC function is enabled (ENRTC pin at low level), the EM32117 will be in Real-Time Clock display mode. There are two different RTC display formats available, e.g., 12 or 24 hours format selected by 24/12 pin. When this pin is pulled "high", RTC will be displayed in 24 hour format. When "low", RTC will be displayed in 12 hour format, as shown in the following:

12 hour format:

24 hour format:

* This specification are subject to be changed without notice. 3.17.1999

Page 7

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

Setting Calendar and Real-Time clock

When the system is in State 1(ON-HOOK idle state), the calendar and Real-Time Clock can be set up by operating MS1 and MS2 pins as described in the following:

1. When the system is in State 1, press MS1 and hold for over 2 sec , month digits will flash,

2. Press MS2 to increment month digits.

3. Press MS1 once again, day digits will flash,

4. Press MS2 to increment day digits.

5. Press MS1 again, hour digits will flash.

6. Press MS2 to count up data.

7. Press MS1 once again, minute digits and flash,

8. Press MS2 to count up minute digits.

9. Press MS1 again to finish RTC set up, and the second digit will be reset.

Note:

1. If MS2 are pressed and hold for over 2 seconds, then data automatically count up in every 0.5 sec.

2. Digit flash time is 1 Hz (0.5 sec on, 0.5 sec off)

The flow chart of RTC mode is as follows:

* This specification are subject to be changed without notice.

3.17.1999

Page 8

RTC_MODE

RTC_Display

Preliminary

State>1?

MS1=Lo?

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Month flash

MS1=Lo >2sec?

State>1?

MS1=Lo?

Day Flash

State>1?

MS1=Lo?

Hour flash

display last conversation time for 6 sec

MS2=Lo?

6 sec expired?

Month+1

Day+1

RTC_mode

State>1?

Minute+1

STW_MODE

MS1=Lo?

Minute Flash

State>1?

MS1=Lo?

MS2=Lo? Hour+1

MS2=Lo?

Figure 5 - RTC Flow Chart

* This specification are subject to be changed without notice. 3.17.1999

Page 9

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

Check last conversation time

When the system is at RTC mode, pressed MS1 less than 2 sec. The last conversation will show up on LCD screen to check the last conversation time.

Stop Watch mode

When the system exits from State 1 (RTC mode), it will enter Stop-watch mode which is intended to count elapsed telephone conversation time up to 59 minutes and 59 seconds and display dialing information such as dialing number, various indicators (MEMORY, RD, HOLD, Hand-Free, etc.) For example:

• Originally the system is in State 1, and the LCD panel is in RTC display mode.

• When the HKS pin goes from "high" to "low". The LCD will be blanked.

• After 2 sec, the system switches from State 1 to State 2, the stop watch will start counting from 00-00.

• After 59 minutes and 59 seconds, the stop-watch becomes 59-59.

• Then stop-watch will wrap around and start from 00-00 again.

* This specification are subject to be changed without notice.

3.17.1999

Page 10

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

Stop-Watch reset and RTC display in Stop-watch Mode

The system will enter Stop-watch mode with stop watch automatically reset when the system first switches

from State 1 to other States in the Stop-watch mode.

In addition, the stop-watch can be reset any time, e.g. when the called party answers, by pressing MS2 switch. For example:

• 21 seconds after the system enters Stop-watch mode, the display becomes 00-21.

• When the other party answers, press MS2 key to reset the stop-watch. Then the stop-watch can reflect the real phone conversation time.

• When the system is in Stop-watch mode, the EM32117 can be switched to RTC display by pressing MS1.

Dialing Number Display

When the system is in Stop-watch mode, each dialing digit data received from SDI pin of EM32117 will be decoded and appears at the right most digit on LCD panel and shifts left as each subsequent digit received until it is shifted out the panel at the left end. If no valid serial data is received for more than 6 seconds, the system

will revert to stop watch display until a new digit are received from SDI pin. Display format is as follows:

• After HKS pin goes low, the EM32117 will enter Stop-watch Mode, after 2 sec blanking state.

• When "035" are received from SDI pin, the EM32117 will switch to dialing number display.

• After "787" are received, the LCD panel is as shown below:

* This specification are subject to be changed without notice. 3.17.1999

Page 11

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

• Then "505" are received.

• Then "21912345" are received, the display is as follows:

EM32117

• 6 seconds after the last received digit, the EM32117 will go back to stop watch display.

• When the system reverts to State 1 with ENRTC* at low level, the Stop-watch will stop counting and stay on the panel for 6 more seconds before it switches to RTC display. However, if ENRTC*is at high level when the system returns to State 1, the LCD panel will go blank immediately.

Please refer to the following flow chart for detailed information.

Stop watch delay :

The last conversation time will prevent to be destroyed by stop watch delay function. After off-hook (or turn on HF), STW will be displayed after 2 sec. This function is to prevent the user quickly ON-OFF HOOK to destroy the last conversation time data.

* This specification are subject to be changed without notice.

3.17.1999

Page 12

STW-MODE

LCD BLANK

Reset STW

STW Display

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

Display RTC

MS2 = 0?

MS1 = 0

State = 1?

Data In?

Start Timer

State >1?

Data Valid?

Display Dialing

No.

Start Timer

State = 1?

6 Sec. Expire?

RTC-MODE

Data in?

MS1 = 0?

RTC-MODE T

Data Valid?

6 Sec. Expire?

Data In?

Data Valid?

Figure 6 - Stop-watch mode flow chart

* This specification are subject to be changed without notice. 3.17.1999

Page 13

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

Displaying Indicators

When the received serial data correspond to indicators, depending on which group the indicators belong to, the responses to the data are different.

• If the contents of the data corresponds to either one of the SPEAKER, HOLD indicators, then the states of the indicators are governed by the state diagram in figure 4. As the state-diagram suggests, the indicators HOLD and SPEAKER are controlled by the status of HKS pin as well as Serial Data HOLD, and SPEAKER.

Operating state HKS pin status HOLD Indicator SPEAKER Indicator

1. On-hook state Hi OFF OFF

2. Off-hook state Lo OFF OFF

3. Off-hook, HF state Lo OFF ON

4. On-hook, HF state Hi OFF ON

5. Off-hook, HD state Lo ON OFF

6. On-hook, HD state Hi ON OFF

• If the Serial Data received corresponds to one of Redial, Store, Auto, Page, Memory indicators for the first

time after HKS pin switches from high to low, it will be interpreted as "turning-on the indicator". These indicators will remain on till 6 seconds after the last dialed number when the display mode switches from Dialing Number Display to Stop-watch display, then these indicators will go out.

• If the received Serial Data corresponds to the codes of MUTE or ALARM, then each receptions of the same serial data will be interpreted as "flipping (toggling) the current state of the indicator". However, when the system returns to state 1, the MUTE will also be cleared.

Driving a 12 digit LCD panel

When the EM32117 is driving a 12 digit LCD panel, the ENCNLD should be pulled to VDD to suppress the display of calendar. For example,

• When the system is in State 1 (the LCD panel is at RTC mode), pulling ENCNLD to VDD will disable display of calendar.

Note: Calendar display will be automatically suppressed when Real-Time Clock is disable (pulling ENRTC

to high level).

Suppressing Real-Time Clock Display

With the ENRTC at high level (Real-Time Clock disabled) and the system is in State 1, the LCD panel will be blanked. While the system is in Stop-watch mode, it is not possible to switch to calendar and RTC mode by pressing MS1 key.

* This specification are subject to be changed without notice.

3.17.1999

Page 14

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

ABSOLUTE MAXIMUM RATINGS

Items Sym. Rating Condition

EM32117

Supply voltage V Input voltage V Output voltage V

- 0.5V to 5V

- 0.5V to VDD + 0.5V

- 0.5V to VDD+0.5V Except open-drain

-0.5 V to 5V Open-drain Power dissipation P Operating temperature T Storage temperature T

OPR

STR

300 mW Topr = 50oC 0oC to 50oC

-55oC to 125oC

RECOMMENDED OPERATING CONDITIONS

1. Supply voltage at 1.5 V D.C.

2. Operation frequency fosc: 32768 Hz

3. Crystal don't need extra capacitor

DC AND AC ELECTRICAL CHARACTERISTICS (fosc=32768 Hz; V

Parameter Sym. Min. Typ. Max. Unit Condition

Operatingvoltage V

V2 2VDD-0.1 2V V3 3VDD-0.15 3V

Operating current Idd - 1 1.5 µA (no load) Input voltage ViH VDD-0.3 - V (Input pins except HKS) ViL V Input pins pull-up optimal resistor RoiH - 1 - MΩ Vi switch from VDD to (MS1,MS2,HKS pin) RoiL - 100 - KΩ VSS and Ri switch from

SDI pin input resistance Ri - 150 - KΩ Vi = V Oscillator frequency fosc. - 32768 - Hz Oscillator start time Tstart - - 2 Sec. V Common/Segment pins HKS pin input voltage ViH V

ViL V HKS, MS1, MS2, Tdb - 20 - mS input pin debouce time Crystal input and output pin built-in capacitor C

1.2 1.5 1.6 V 2VDD+0.1 V

3VDD+0.15

- 0.2V - V

-VSS + 0.3 V

-VSS + 0.2 V

-20-pF

= 1.50V)

RoiL to RoiH

=1.3V

* This specification are subject to be changed without notice. 3.17.1999

Page 15

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

APPLICATION CIRCUIT

SEG0

SEG1

SEG2

SEG3

SEG4

SEG5

SEG6

SEG7

SEG8

SEG9

SEG10

SEG11

SEG12

SEG13

SEG14

SEG15

SEG16

SEG17

SEG18

SEG19

SEG20

SEG21

SEG22

SEG23

LCD PANEL

SEG24 SEG25 SEG26 SEG27 SEG28 SEG29 SEG30 SEG31

COM0 COM1 COM2 COM3

25 26 27 28 29 30 31 32 33 34 35 36

Preliminary

VDD

SEG3

SEG4

SEG5

SEG6

SEG7

SEG8

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 58

SEG9

SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26

SEG2757SEG2856SEG2955SEG3054SEG3153COM052COM151COM250COM3

EM32117

SEG2

SEG0

SEG1

ENCLND48ENRTC4724/12

TEST

SPARE2 SPARE1

XOUT

MS1 MS2

SDI HKS VDD

VC1 VC2 VSS

XIN

27 28 29 30 31 32 33 34

36 37 38 39 40

TEST

Should let it OPEN

SDI

HKS

VDD

0.1u

32768

PULL to HIGH

0.1u

MS1

MS2

0.1u

VDD

DIALER

PART VDD

C945

OFF

VDD

CALENDAR

EXTRA

1.5V BATTERY

C945

EM32117 can used this cricuit replace

extra battery .

RECOMMAND CRICUIT :

( But if LCD PANEL's power consumption

are too large , the extra battery still be

needed. )

VDD

HKS

OFF

RTC

C945

470K

1N4148

VDD

HOUR

SDI

SDO

HOUR JUMP : 24/12 format select

CALENDAR JUMP : CALENDAR ON/OFF

MS1 ,MS2 adjust Time

RTC JUMP : Real Time Clock ON/OFF

GF JUMP : General Flag icon for LOGO ON/OFF

NOTED :

* This specification are subject to be changed without notice.

3.17.1999

Page 16

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

PAD DIAGRAM

SEG9

SEG8

SEG7

SEG6

SEG5

SEG4

SEG3

SEG2 SEG1

SEG0

TEST

12 13

14 15

SEG10

SEG11

SEG12

78 77

SEG13

SEG14

76 75 74

Preliminary

SEG15

SEG16

SEG17

EM32117

3231

SEG18

(0,0)

SEG19

SEG20

SEG21

SEG22

68 67

SEG23

SEG24

SEG25

58 57

56 55 54 53 52

51 50

49 48 47 46

SEG26

SEG27 SEG28 SEG29

SEG30 SEG31 COM0 COM1

COM2 COM3

ENCLNDB ENRTCB F24&12B

SPARE1

SPARE2

MS1

MS2

SDI

HKS

VDD

VC1

VC2

VSS

XIN

XOUT

Chip Size : 2450 x 2130 µm

Pad No. Symbol X Y

8 SEG9 -1093.3 666.6

9 SEG8 -1093.3 525.5 10 SEG7 -1093.3 399.2 11 SEG6 -1093.3 258.1 12 SEG5 -1093.3 132.1 13 SEG4 -1093.3 -9.0 14 SEG3 -1093.3 -135.0 15 SEG2 -1093.3 -276.1 16 SEG1 -1093.3 -402.1 17 SEG0 -1093.3 -543.1 18 GF -1108.3 -669.1 19 TEST -1108.3 -795.1 27 SPARE2 -1083.1 -932.2 28 SPARE1 -955.0 -932.2 29 MS1 -823.4 -932.2 30 MS2 -695.3 -932.2 31 S D I -569.3 -932.2 32 H KS -437.7 -932.2 33 V

-311.7 -936.1 34 V2 -185.7 -936.1 35 V3 -59.7 -940.6 36 V C 1 68.5 -936.1

* This specification are subject to be changed without notice. 3.17.1999

Page 17

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

Pad No. Symbol X Y

37 VC2 196.6 -941.4 38 V 39 X I N 448.6 -931.3 40 XOUT 621.6 -935.2 46 24/12 1099.3 -945.9 47 ENRTC 1099.3 -819.9 48 ENCLND 1099.3 -693.9 49 COM3 1089.8 -552.2 50 COM2 1089.8 -410.5 51 COM1 1089.8 -284.5 52 COM0 1089.8 -144.2 53 SEG31 1089.8 -18.2 54 SEG30 1089.8 122.9 55 SEG29 1089.8 248.9 56 SEG28 1089.8 390.0 57 SEG27 1089.8 516.0 58 SEG26 1089.8 657.1 65 SEG25 1081.7 929.6 66 SEG24 929.5 929.6 67 SEG23 788.3 929.6 68 SEG22 661.3 929.6 69 SEG21 520.2 929.6 70 SEG20 380.2 929.6 71 SEG19 210.6 929.6 72 SEG18 72.3 929.6 73 SEG17 -83.5 929.6 74 SEG16 -221.8 929.6 75 SEG15 -377.6 929.6 76 SEG14 -512.5 929.6 77 SEG13 -660.6 929.6 78 SEG12 -788.4 929.6 79 SEG11 -929.5 929.6 80 SEG10 -1085.4 929.6

322.6 -931.3

EM32117

* This specification are subject to be changed without notice.

3.17.1999

Page 18

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

12 DIGITS LCD PANEL DESIGN NOTE

LCD Panel Description

The 12 digits LCD display font of the EM32117 LCD driver is shown as the following :

Digit #

141516 1

111213

5678910

EM32117

SPEAKER

MEMORYRD

HOLD AUTO LOCK SAVE MUTE

LO BATT ALARM

STORE

PAGE

9876

PAUSE

TONE

DASH

SEG23 SEG22 SEG21 SEG20 SEG19 SEG18 SEG17 SEG16 COM3 12f 12a 11f 11a 10f 10a 9f 9a COM2 12g 12b 11g 11b 10g 1b 9g 9b COM1 12e 12c 11e 11c 10e 10c 9e 9c COM0 12d RD 11d Speaker 10d HOLD 9d Memory

SEG15 SEG14 SEG13 SEG12 SEG11 SEG10 SEG9 SEG8 COM3 8f 8a 7f 7a 6f 6a 5f 5a COM2 8g 8b 7g 7b 6g 6b 5g 5b COM1 8e 8c 7e 7c 6e 6c 5e 5c COM0 8d GF 7d ALARM 6d STORE 5d PAGE

SEG7 SEG6 SEG5 SEG4 SEG3 SEG2 SEG1 SEG0 COM3 4f 4a 3f 3a 2f 2a 1f 1a COM2 4g 4b 3g 3b 2g 2b 1g 1b COM1 4e 4c 3e 3c 2e 2c 1e 1c COM0 4d AUTO 3d LOCK 2d SAVE 1d MUTE

ALARM PAGESTOREMEMORYRD SPEAKER HOLD AUTO LOCK SAVE MUTE

COM3 COM2 COM1

COM0

* This specification are subject to be changed without notice. 3.17.1999

Page 19

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

EM32117

SPEAKER

RD HOLD AUTO LOCK SAVE MUTE

SEG23

MEMORY

SEG21

SEG22

SEG20

SEG19

SEG17

SEG18

SEG15

SEG16

STOREALARM

SEG13

SEG14

PAGE

SEG11

SEG12

SEG10

SEG9

SEG8

SEG7

SEG6

SEG5

SEG4

SEG3

SEG2

SEG1

SEG0

Figure 2 - Segment pin wiring diagram

Driving a 12 digit LCD panel

When the EM32117 is driving a 12 digit LCD panel, the ENCNLD should be pulled to VDD to suppress the display of calendar. For example,

• When the system is in State 1 (the LCD panel is at RTC mode), pulling ENCNLD to VDD will disable display of calendar.

Note: Calendar display will be automatically suppressed when Real-Time Clock is disable (pulling ENRTC

to high level).

* This specification are subject to be changed without notice.

3.17.1999

Page 20

EM32117

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

PAD DIAGRAM

SEG9

SEG8 SEG7

SEG6 SEG5

SEG4 SEG3

SEG2

SEG1

SEG0

TEST

14 15

18 19

SEG10

SEG11

SEG12

78 77

SEG13

SPARE1

SPARE2

Preliminary

SEG14

SEG15

SEG16

SEG17

SEG18

MS2

(0,0)

EM32117

3231

SDI

HKS

VDD

76 75 74

MS1

SEG19

SEG20

VC1

VC2

SEG21

SEG22

68 67

VSS

SEG23NCNC

XIN

XOUT

48 47

57 56 55 54

53 52

51 50

NC NC NC

NC NC COM0

COM1

COM2

COM3 ENCLNDB

ENRTCB

F24&12B

Chip Size : 2450 x 2130 µm

Pad No. Symbol X Y

8 SEG9 -1093.3 666.6

DD -311.7 -936.1

34 V2 -185.7 -936.1 35 V3 -59.7 -940.6 36 V C1 68.5 -936.1

* This specification are subject to be changed without notice. 3.17.1999

Page 21

16 DIGIT LCD DRIVER WITH CHECK TIME FUNCTION

Preliminary

Pad No. Symbol X Y

37 VC2 196.6 -941.4 38 V ss 322.6 -931.3 39 X I N 448.6 -931.3 40 XOUT 621.6 -935.2 46 24/12 1099.3 -945.9 47 ENRTC 1099.3 -819.9 48 ENCLND 1099.3 -693.9 49 COM3 1089.8 -552.2 50 COM2 1089.8 -410.5 51 COM1 1089.8 -284.5 52 COM0 1089.8 -144.2 53 NC 1089.8 -18.2 54 N C 1089.8 122.9 55 N C 1089.8 248.9 56 N C 1089.8 390.0 57 N C 1089.8 516.0 58 N C 1089.8 657.1 65 N C 1081.7 929.6 66 N C 929.5 929.6 67 SEG23 788.3 929.6 68 SEG22 661.3 929.6 69 SEG21 520.2 929.6 70 SEG20 380.2 929.6 71 SEG19 210.6 929.6 72 SEG18 72.3 929.6 73 SEG17 -83.5 929.6 74 SEG16 -221.8 929.6 75 SEG15 -377.6 929.6 76 SEG14 -512.5 929.6 77 SEG13 -660.6 929.6 78 SEG12 -788.4 929.6 79 SEG11 -929.5 929.6 80 SEG10 -1085.4 929.6

EM32117

* This specification are subject to be changed without notice.

3.17.1999