Flat Panel Television User Manual
Table Of Contents
- TOC
- 01-Overview
- 02-Address Space
- 03-Addressing Modes
- 04-Control Registers
- 05-Interrupt Structure
- 06-Instruction Set
- 07-Clock and Power Circuits
- 08-RESET
- 09-IO PORTS
- 10-BASIC TIMER and TIMER 0
- 11-Timer1
- 12-CounterA
- 13-Timer2
- 14-EMBEDDED Flash Memory Interface
- 15-Low Voltagge Detector
- 16-Electrical Data
- 17-Mechanical Data
- 18-Flash MCU
- 19-Development Tool
- TOC.pdf
S3F80P5_UM_ REV1.00 ELECTRICAL DATA
NOTE: The voltage gaps (LVD_GAPn (n=1~4)) between LVD and LVD FLAGn(n=1~4) have ± 80mV distribution. LVD and
LVD FLAGn(n=1~4) are not overlapped. The variation of LVD FLAGn(n=1~4) and LVD always is shifted in same
direction. That is, if one chip has positive tolerance (e.g. +50mV) in LVD FLAG, LVD has positive tolerance.
Symbol Min Typ Max Unit
LVD_GAP1 150 230 310 mV
LVD_GAP2 250 330 410 mV
LVD_GAP3 800 880 960 mV
LVD_GAP4 1000 1080 1160 mV
Symbol Min Typ Max Unit
GAP Between LVD_Flag1 and LVD_Flag2 50 100 150 mV
GAP Between LVD_Flag2 and LVD_Flag3 500 550 600 mV
GAP Between LVD_Flag3 and LVD_Flag4 150 200 250 mV
Table 16-4. Power On Reset Circuit
(T
A
= -25 °C to + 85 °C)
Parameter Symbol Conditions Min Typ Max Unit
Power on reset (POR)
Voltage
V
POR
−
0.8 1.1 1.4 V
Table 16-5. Data Retention Supply Voltage in Stop Mode
(T
A
= -25 °C to + 85 °C)
Parameter Symbol Conditions Min Typ Max Unit
Data Retention Supply
Voltage
V
DDDR
−
0.8
−
3.6 V
Data Retention Supply
Current
I
DDDR
V
DDDR
= 1.0 V
Stop Mode
− −
1
μA
NOTE: Data Retention Supply Current means that the minimum supplied current for data retention. When the
battery voltage is not sufficient (i,e, the supply current is <1uA), the data retention could be not be guaranteed.
16-5