MITSMI MM1165ZT, MM1165JT, MM1165IM, MM1165IT, MM1165JM Datasheet

MITSUMI

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin MM1065 and 1165

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Monolithic ICs MM1065 and 1165

Outline

These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly
reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an
output current of 40mA. The output current is limited to a maximum of 100mA, and in the MMP-4A package,
an on/off pin enables the device to be switched on and off.

Features

1. Input/output voltage difference 0.2V typ. (IO=40mA)

2. No-load input current 13µA typ.

3. Maximum reactive current at low input voltages 15µA typ. (no-load)

4. Maximum output current 100mA max.

5. Temperature coefficient of output voltage ±0.01%/°C typ.

6. Output voltage ranks MM1065, 1165 F : 6.0V±4%
G : 5.0V±4%
H : 4.5V±4%

I : 4.0V±4%

J : 3.0V±4%

Z : 3.3V±4%

7. With overcurrent protection circuit

8. With thermal shutdown circuit

9. With function to turn output on and off

(MMP-4A package only)

On/Off Pin Level Low High

MM1065 output ON OFF

Package

TO-92A (MM1065 T, MM1165 T)
MMP-4A (MM1065 M, MM1165 M)

The output voltage rank appears in the boxes.

*

Applications

1. Handheld computers

2. Portable transceivers

3. Cordless phones

4. Other portable equipment which uses batteries

MM1165 output OFF ON

MITSUMI

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin MM1065 and 1165

Absolute Maximum Ratings

Item Symbol Ratings Units

Operating temperature T

Storage temperature T

Power supply current V

Output current I

Maximum Ratings Pd

Electrical Characteristics

Item Symbol Measurement conditions Min. Typ. Max. Units

Output voltage Vo

OPR

STG

CC max.

OUT 100 mA

-

20~+75 °C

-

40~+125 °C

-

0.3~10 V

200 (MMP-4A)

300 (TO-92A)

F 5.76 6.00 6.24

G 4.80 5.00 5.20

IN=Vo+1V H 4.32 4.50 4.68

V

Io=40mA I 3.84 4.00 4.16

mW

V

J 2.88 3.00 3.12

Z 3.17 3.30 3.43

No-load input current Iccq1 V

Minimum I/O voltage difference Vd min. V

Input fluctuation rate V2

Load fluctuation rate V1 V

IN=Vo+1V, Io=0mA 13 20 µA

IN=Vo min., Io=40mA 0.2 0.3 V

VIN=(Vo+1V)~10V, Io=40mA

IN=Vo+1V, Io=0~100mA

±0.01 ±0.1

±0.01 ±0.03

Output voltage temperature coefficient Vo/T Tj=-20~+75°C ±100

RIPPLE=1V, VIN=Vo+2V

V

Ripple rejection rate RR

50 60 dB

f=120Hz, Io=40mA

%/V

%/mA

ppm/°C