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MM3363E - 150mA LDO

Download the MM3363E datasheet PDF. This datasheet also covers the MM336x variant, as both devices belong to the same 150ma ldo family and are provided as variant models within a single manufacturer datasheet.

Description

Pin No.

supply pin GND pin ON/OFF

when it is not used.

Pin No.

Contro

Features

  • 1. Input voltage range 2. Output voltage range 3. Output voltage accuracy 4. Maximum output current 5. Supply current 6. Output capacitor 7. Dropout capacitor 8. Short current 9. Line regulation 10. Load regulation 11. Ripple rejection 2~6V 1.5~5V VOUT±1% 150mA 4.5µA typ. (No-load) 0.01µA typ. (OFF) 1µF 0.14V typ. (VO=3V, IO=100mA) 50mA typ. 0.01%/V http://www. DataSheet4U. net/ 15mV typ. (IO=1~80mA) 70dB typ. (f=1kHz) Package SOT-25A SSON-4B.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (MM336x_Mitsumi.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number MM3363E
Manufacturer Mitsumi
File Size 222.72 KB
Description 150mA LDO
Datasheet download datasheet MM3363E Datasheet

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Other Datasheets by Mitsumi

Part Number Description
MM3363A 150mA LDO
MM3363B 150mA LDO
MM3363C 150mA LDO
MM3363D 150mA LDO
MM3363F 150mA LDO

Full PDF Text Transcription

Click to expand full text
MITSUMI 150mA LDO with auto power save MM336x 150mA LDO with auto power save Monolithic IC MM336x Outline This IC is a 150 mA LDO featuring automatic power-saving. This device automatically switches between a high-speed operation mode and low-power mode depending on the load current. In the low power mode, current consumption is lowered to 4.5 µA. This device is suitable for cell-phones which require low power consumption in standby mode and other such applications. Features 1. Input voltage range 2. Output voltage range 3. Output voltage accuracy 4. Maximum output current 5. Supply current 6. Output capacitor 7. Dropout capacitor 8. Short current 9. Line regulation 10. Load regulation 11. Ripple rejection 2~6V 1.5~5V VOUT±1% 150mA 4.5µA typ. (No-load) 0.01µA typ. (OFF) 1µF 0.14V typ.
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