Electrical Characteristics Dc Characteristics - Toshiba T6K04 Handbook

Electrical Characteristics
DC Characteristics (1)
(Test condition: If not specified, V
Item
Operating Supply (1)
Operating Supply (2)
"H" Level
Input
Level
"L" Level
"H" Level
Output
Level
"L" Level
Column Driver On
Resistance
Row Driver On
Resistance
Input Leakage
Operating Freq
External Clock Freq
External Clock Duty
External Clock Rise /
Fall Time
Current Consumption
(1)
Current Consumption
(2)
Current Consumption
(3)
Output Voltage
(Tripler Mode)
Output Voltage
(Quadruplexer Mode)
Note 1: V = 3.0 ± 10%, V
DD
No Load, 1 / 9 bias, FS1, 2 = H, OP−Amp. = 14 H / 08 H
Note 2: V = 3.0 ± 10%, V
DD
kΩ, LCD out pin No Load, 1 / 9 bias, FS1, 2 = H, OP−Amp. = 14 H / 08 H
Note 3: V = 3.0 ± 10%, V
DD
Note 4: V = 3.0 V, I
DD
2.2 µF, R = 62 kΩ, Ta = 25°C
f
Note 5: V = 3.0 V, I
DD
2.2 µF, R = 62 kΩ, Ta = 25°C
f
= 0 V, V
SS
Test
Symbol
Circuit
V ―
DD
V
LC5
―
V
EE1, 2
V ―
IH
V ―
IL
V ― I = −400 µA
OH OH
V ― I = 400 µA
OL OL
V − V
DD
Rcol ―
Load current = ± 100 µA
V − V
DD
Rrow ―
Load current = ± 100 µA
I ― V = V
IL IN
f ―
OSC
f ―
ex
f ―
duty
t t ―
r / f
I ―
DD1
I ―
DD2
I ―
DDSTB
VO2 (2)
VO3 (3)
= V (Tripler mode), Master mode, No data access, R
EE1, 2 OUT2
= V (Tripler mode), Master mode, Data access cycle f
EE1, 2 OUT2
− V = 16.0 V, / STB = L
DD EE1, 2
= 500 µA, V = −6.0 V (external power supply) CnA − CnB = 2.2 µF, V
Load EE1, 2
= 500 µA, V = −9.0 V (external power supply) CnA − CnB = 2.2 µF, V
Load EE1, 2
= 3.0 V ± 10%, V
DD
Test Condition Min
― 2.7
V
―
− 16.5
― 0.8 V
―
V DD
− 0.2
= 11.0 V
LC5
―
= 11.0 V
LC5
―
~GND −1
DD
― 20
― 20
― 45
― ―
(Note 1) ―
(Note 2) ―
(Note 3) −1
(Note 4) −4.50
(Note 5) −6.75
= 0 V, Ta = 25°C)
LC5
Typ. Max Unit
― 3.3 V
V
DD DD
― V
− 4.0
― V V
DD DD
0 ― 0.2 V V
DD
― V DD V
0 ― 0.2 V
― 7.5 kΩ
― 1.5 kΩ
― 1 µA
― 500 kHz
― 500 kHz
50 55 %
― 50 ns
300 420 µA
400 530 µA
― 1 µA
−4.90 ― V
−7.50 ― V
= 62 kΩ, LCD out pin
f
= 1 MHz, R
CE
2001-03-13 25/30
T6K04
Applicable
Terminal
V , V
DD IN
V , V ,
LC5 EE1
V
EE2
DB0~7, D / I,
/ WR, / CE,
/ RST, / STB,
M / S, EXP,
CL, M, FRM,
φA, φB,
COMD, FS1,
FS2, DS1,
DS2, Pφ
DB0~DB7
SEG1~
SEG128
COM1~
COM64
DB0~7, D / I,
/ WR, / CE,
/ RST, / STB,
M / S, EXP,
CL, M, FRM,
φA, φB,
COMD, FS1,
FS2, DS1,
DS2, Pφ
OSC1
OSC1
OSC1
OSC1
V
DD
V
DD
VDD
V
OUT2
V
OUT3
= 62
f
− V =
DD OUT2
− V =
DD OUT3