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EH4295 - MICROPOWER STEP UP LOW VOLTAGE BOOSTER MODULE

Description

The EH4295 Micropower Step Up Low Voltage Booster Module, part of the EH4200 Series of Micropower Step Up Low Voltage Boosters, is a self-powered voltage-booster module that converts a low DC voltage input to a higher AC or DC voltage output suitable for many low-power energy harvesting applications

Features

  • nominal input impedance of 950Ω, making it suitable for many different energy generating sources. The EH4200 Series is part of a growing family of Micro-power Low Voltage Booster Modules, Energy Harvesting Modules and Energy Harvesting Integrated Circuits. The EH4295 is designed primarily for driving loads such as the ALD EH300/EH301 Series Energy Harvesting Modules. The AC outputs of the EH4295 are connected directly to the input terminals of the EH300/EH301 Series Energy Harvesting Modules wit.

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Datasheet Details

Part number EH4295
Manufacturer Advanced Linear Devices
File Size 55.31 KB
Description MICROPOWER STEP UP LOW VOLTAGE BOOSTER MODULE
Datasheet download datasheet EH4295 Datasheet
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Full PDF Text Transcription

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ADVANCED LINEAR DEVICES, INC. MICROPOWER STEP UP LOW VOLTAGE BOOSTER MODULE TM e® EPAD D E L B A N E EH4295 GENERAL DESCRIPTION The EH4295 Micropower Step Up Low Voltage Booster Module, part of the EH4200 Series of Micropower Step Up Low Voltage Boosters, is a self-powered voltage-booster module that converts a low DC voltage input to a higher AC or DC voltage output suitable for many low-power energy harvesting applications using photodiodes, thermoelectric or electromagnetic generators as the input source. The EH4295 does not need a separate power supply to operate and it derives its power directly from the low input voltage source. The EH4200 Series draws input power levels starting at as low as 2µW, which enables an on-board self-starting oscillator.
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