GENERAL DESCRIPTION1. Low power dissipation.
1.5V/3V operating voltage range.
TM89PL39L 1.5V Power Mode
TM89PL39H 3V Power Mode
2. Powerful instruction set.
Binary addition, subtraction, BCD. BCD can be executed directly in addition, subtraction.
4 bits x 4 bits / 16bits x 16bits Multiplier.
Single-bit manipulation (set, reset, decision for branch).
Various conditional branches.
16 initial working registers and manipulators. (can be extended to all RAM by Page Mode)
Table look-up.
LCD driver data transfer.
3. ROM capacity(one/two/four program code). 63K /31K /15K x 16 bits.
Instruction ROM Max. capacity(one/two/four program code) 63K /31K /15K x 16 bits.
Program Address 8000~83FFh no use.
Table ROM Max. capacity(one/two/four program code) 62K /32K /16K x 8 bits.
Built-in Table ROM Word/Byte Write by Instruction in 3V Power Mode
4. RAM capacity. 8K /4K /2K x 4 /8 /16 bits.
LCD Max. Capacity 256 / 128 / 64 x 4 /8 /16 bits.(for LCD Read/Write Mode , Data RAM only for LCD Write Only Mode)
STACK Max. Capacity 16 x 16 bits.
HL/ZR store Max. Capacity 16 / 16 x 16 bits.
5. With direct/index addressing mode in data RAM access.
6. LCD driver output.
Max 1024 / 784 LCD dots by 16 / 8 common outputs and 64 / 98 segment outputs for >1/8 Duty / <=1/8 Duty code option.
Max 64 segment outputs by SEG1~64 for 1/9~1/16Duty code option.
Max 105 ~ 98 segment outputs by SEG1~64 & SEG1H~42H for 1/1 Duty ~ 1/8 Duty code option.
1/1 ~ 1/16 Duty can be selected by code option.
No Bias & 1/2 ~1/4 Bias can be selected by code option.
Single instruction to turn off all segments.
COM1~16, SEG1~64, SEG1H~20H,23H~26H can be defined as CMOS or P_open drain type output by code option(CUPN,0 pins no support LED & CMOS & P_open drain type output for SEG64,63/ SEG21H,22H).
COM1~16 pins can be mirrored to COM16~1 by code option.
COM1~7,9~16 can be defined as SEG62~56,58~64 for>=1/9duty by code option.
COM1~16 can be defined as SEG27H~42H for <=1/8duty by code option.
CUPN,0 can be defined as SEG64,63 / SEG21H,22H (No Support LED & CMOS & P_open drain type output) by code option.
One of SEG40~43 & SEG1H~4H & SEG23H~26H can be defined as IOB1~4 by code option.
SEG49~64 can be defined as IOI1~4,IOH1~4,IOG1~4,IOF1~4 by code option.
SEG1H~4H can be defined as ELC, ELP, BZB, BZ by code option.
SEG5H~20H can be defined as IOE/I1~4,IOD1~4,IOC1~4,IOA/H1~4 by code option.
SEG23H~26H can be defined as KI1~4 by code option.
Built-in regulator mode for VL1/2 by code option.
Only “Lz” instruction can set LCD for LCD Write Only Mode.
7. Input/output ports.
Port IOA 4 pins (with internal pull-low, input signal chattering prevention circuitry), and can be defined as IOH/SEG17H~20H or CX,RFC0~2 / ELC,ELP,BZB,BZ / SDA,SCL,RXD,TXD by code option.
Port IOB 4 pins (with internal pull-low), and can be defined as KI1~4 / SEG23H~26H or SEG40~43 or ELC,ELP,BZB,BZ / SEG1H~4H by code option.
Port IOC 4 pins (with internal pull-low, low-level-hold, input signal chattering prevention circuitry), and can be defined as SEG13H~16H by code option.
Port IOD 4 pins (with internal pull-low, input signal chattering prevention circuitry), and can be defined as SEG9H~12H by code option.
Port IOE 4 pins (with internal pull-low), and can be defined as IOI/SEG5H~8H or RFC3~5,CX2 / ELC,ELP,BZB,BZ / SIOX,SIOY,SCK,SSB by code option.
Port IOF 4 pins (with internal pull-low), and can be defined as SEG61H~64H by code option.
Port IOG 4 pins (with internal pull-low), and can be defined as SEG57H~60H by code option.
Port IOH 4 pins (with internal pull-low), and can be defined as SEG53H~56H or IOA/SEG17~20H by code option.
Port IOI 4 pins (with internal pull-low), and can be defined as SEG49H~52H or IOE/SEG5~8H by code option.
8. Interrupt function.
External factors 5 (INT pin, SIO, Port IOA, IOC, IOD & KI input).
Internal factors 5 (Pre-Divider, Timer1, Timer2, Timer3 & RFC).
9. Built-in EL-light driver.
ELC, ELP. Can be defined as SEG1H,2H / IOB1, 2 or CX,RFC0 / IOA1,2 / SDA,SDL or RFC3,4/IOE1,2/MOSI,MISO by option.
10. Built-in Alarm, clock or single tone melody generator.
BZB, BZ. Can be defined as SEG3H,4H / IOB3, 4 or RFC2,3/IOA3,4/RXD,TXD or RFC5,CX2/IOE3,4/SCK/SSB by option.
11. Built-in resistance to frequency converter.
CX,RFC0~2 Can be defined as SEG24~27/IOA1~4 or IOA1~4/ELC,ELP,BZB,BZ / SDA,SCL,RXD,TXD by code option.
RFC3~5,CX2 Can be defined as IOE1~4/ELC,ELP,BZB,BZ/SIOX,SIOY,SCK,SSB by code option.
12. Built-in key matrix scanning function.
KO1~KO16 (Shared with SEG1~16)
KI1~KI4. Can be defined as SEG23H~26H/IOB1~4 by code option.
13. Built-in Serial Interface (UART/SPI/I2C).
SDA,SCL,RXD,TXD Can be defined as CX,RFC0~2/IOA1~4/ELC,ELP,BZB,BZ by code option.
SIOX,SIOY,SCK,SSB Can be defined as RFC3~5,CX2/IOE1~4/ELC,ELP,BZB,BZ by code option.
14. Three 6-bit programmable timers with programmable clock source.
Read out the content in anytime
Merge 2 or 3 timers into one 12-bit or 18-bit timer by STM instruction.
Extend 1 timer as 12-bits timer by STE instruction.
Used as a counter for RFC.
15. Watchdog timer.
16. Built-in voltage charge halver & pump circuit.
17. Dual clock operation
slow clock oscillation can be defined as X’tal or internal RC or external RC type oscillator by option.
fast clock oscillation can be defined as 3.58MHz ceramic resonator, internal RC or external R type oscillator by option.
18. HALT function.
19. STOP function.
20. Built-in Low Battery Detect.(2 type) & Comparator.
21. Built-in Low Voltage Reset(2 type).