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Wide Terminal low resistance low T.C.R resistors from KOA offer high power handling capability and high reliability, samples available from Anglia
KOA have introduced the WU73 series of wide terminal surface mount resistors, this family of resistors offer high power handling, high reliability and excellent temperature stability performance.

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LDOs from Diodes Incorporated extend battery life

Characterised by low dropout voltage and low quiescent current, the latest linear regulators from Diodes Incorporated suit low power handheld product design where extending battery life is a key design criteria. Dual fixed output devices, the 150mA AP7312 and 300mA AP7332 exhibit respective dropouts of 150mV and 300mV and typical quiescent current ratings of only 60µA.

To enable full use of battery capacity down to 2V and to provide additional headroom for 5V sources, the low dropout regulators’ input voltage spectrum is wide, at 2V to a maximum of 6V. The dual output devices provide designers with an extensive choice of 13 different fixed output voltage combinations, from 1.0V/1.0V through to 3.3V/3.3V.

Integrating current limit, short circuit and thermal shutdown protection, the regulators do much to extend overall system reliability. MCU-based circuit design and space requirements are also reduced, with the regulators delivering two regulated output voltages for core and I/O from the single SOT26 or DFN2018-6 package.

The regulators’ ripple rejection of 65dB at 1kHz minimises supply current ripple in the face of changes in input voltage or load and their excellent transient response enhance overall system response. Device start-up time is fast at 60µs and outputs highly stable using just 1µF low ESR ceramic output capacitors.

For more information on the full range of Diodes Inc. products available from Anglia please call +44 (0)1945 474747 or email info@anglia.com

Alternatively, click on this link to go to the main Diodes Inc. section where you can view other news articles and product data.

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This news article was originally published in March 2011.

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1/03/11