Features: • Bi-CMOS process realizes a configuration of low current dissipating circuits. Circuit current ICC=3A (Typ. , normal mode, VCC=3.0V) ICC=1A (Typ. , backup mode, VCC=2.5V)• Two-step detection of supply voltageDetection voltage in normal mode VS=2.7V (Typ.) Detection voltage i...
M62016L: Features: • Bi-CMOS process realizes a configuration of low current dissipating circuits. Circuit current ICC=3A (Typ. , normal mode, VCC=3.0V) ICC=1A (Typ. , backup mode, VCC=2.5V)• Two...
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Prevention of malfunction of microcomputer systems in electronic,equipment such as OA equipment, industrial equipment, and homeuse electronic appliances.
ltem |
Symbol |
conditions |
Ratings |
Units |
Supply voltage |
Vcc |
8 |
V | |
Output sink voltage |
Isink |
4 |
mA | |
Power dissipation |
Pd |
440 |
mW | |
Thermal derating |
K |
(Ta 25°C) |
4.4 |
mW/°C |
Operating temperature |
Topr |
-20to75 |
||
Storage temperature |
Tstg |
-40to125 |
The M62015, M62016 are semiconductor integrated circuits whose optimum use is for the detection of the rise and fall in the power supply to a microcomputer system in order to reset or release the microcomputer system.
The M62015, M62016 carry out voltage detection in 2 steps and have 2 output pins. As Bi-CMOS process and low power dissipating circuits are employed, they output optimum signals through each output pin to a system that requires RAM backup.
These ICs also support the backup mode of Mitsubishi microcomputer the M16C.