KSI-9036-000 1
S7136AM
Bipolar Linear Inte
g
rated Circuit
Description
• As Control Circuit of Battery-Backed Memory
• As Measure Against Erroneous Operations at Power On-Off
• As Resetting Function for the CPU-Mounted Equipment --- PC, Printer, VTR, Fax, C-TV etc.
• As Measure Against System Runaway at Instantaneous Break of Power Supply etc.
Features
• Current Consumption is Low (ICCL=300 ㎂ Typ. I
CCH=30 ㎂ Typ.)
• Resetting Output Minimum Guarantee Voltage is Low (0.8V Typ.)
• Hysteresis Voltage is Provided (50 ㎷ Typ.)
Ordering Information
Type NO. Marking Package Code
S7136AM S7136AM TO-92AM
Outline Dimensions unit : mm
S
Se
em
mi
ic
co
on
nd
du
uc
ct
to
or
r
PIN Connections
1. Vcc
2. GND
3. OUT
1. Vcc
3. OUT
2. GND
Equivalent Circuit
14.0±0.40
4.0±0.1
0.44 REF
0.52 REF
3.0±0.1
1.27 T
yp
.
2.54±0.1.
3.0±0.1
0.42 Typ.
0.7 Typ.
1 2 3
3.8 Min.
KSI-9036-000 2
S7136AM
Absolute maximum ratings (Ta=25°C)
Characteristic Symbol Ratings Unit
Supply voltage VCC -0.3 ~ +15 V
Power Dissipation (Package Limitation) PD 400
㎽
Operating Temperature Topr -30 ~ +75 ℃
Storage Temperature Tstg -55 ~ +150 ℃
Electrical Characteristics (Ta=25°C)
Characteristic Symbol
Test
Circuit Test Condition Min. Typ. Max. Unit
Detecting voltage VS 1
RL=200Ω, VOL≤0.4V 3.45 3.6 3.75 V
Low Level Output voltage VOL 1
RL=200Ω - - 0.4 V
Output Leakage Current IOH 1 VCC=15V - - 0.1
µA
Hysteresis Voltage ΔVS 1 RL=200Ω 30 50 100
㎷
Detecting Voltage
Temperature Coefficient VS/ΔT 1 RL=200Ω - ±0.01 - %/℃
Circuit current at on Time ICCL 1 VCC = VSmin - 0.05V - 300 500 µA
Circuit current at off Time ICCH 1 VCC=5.25V - 30 50
µA
Threshold Operating Voltage Vopr 1
RL=200Ω, VOL≤0.4V - 0.8 - V
'L' Transmission Delay Time tPHL 2
RL=1.0 ㏀, CL=100 ㎊ - 10 -
㎲
'H' Transmission Delay Time tPLH 2
RL=1.0 ㏀, CL=100 ㎊ - 15 -
㎲
Output Current at on Time I IOLI 1
VCC = VSmin - 0.05V
Ta = 2 5 ℃ 20 - -
㎃
Output Current at on Time II IOLII 1
VCC = VSmin - 0.05V
Ta = -30~+75℃ 16 - -
㎃
Test Circuit 1 Test Circuit 2
KSI-9036-000 3
S7136AM
Electrical Characteristic Curves
Fig. 4 IOL -RL
Fig. 1 VOUT –VCC Fig. 2 ICC -VCC
Fig. 3 ICCH-Temp
