Torex
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This Torex XC6701D882PR-G LDO voltage regulator delivers stable 8.8V power with ultra-low dropout, ideal for space-constrained designs requiring efficient voltage conversion. Engineered for reliability in harsh environments, it features critical protection circuits and minimal quiescent current for extended battery life. PCX supplies this active-component device with same-day shipping and dedicated technical support.
Torex Semiconductor Ltd. specializes in analog power management ICs with over 25 years of innovation in low-power solutions. Their focus on miniature packaging and energy-efficient designs has made them a preferred supplier for portable and industrial applications worldwide.
All Torex components undergo rigorous quality validation, including AEC-Q100 automotive qualification where applicable. The company maintains ISO 9001-certified manufacturing facilities, ensuring consistent performance and reliability across production batches.
Low Dropout (LDO) regulators provide critical voltage stabilization in electronic systems where input voltages marginally exceed required outputs. Unlike switching regulators, LDOs generate minimal noise while maintaining high power supply rejection ratios (PSRR), making them essential for analog and RF circuits.
Modern LDOs like the XC6701 series excel in portable designs due to their ultra-low quiescent current and compact footprints. Their simplicity and reliability make them fundamental building blocks in power management architectures, particularly in noise-sensitive applications where clean voltage rails are non-negotiable.
Available in industry-standard Tape & Reel (TR) packaging for automated assembly. Contact PCX for reel quantities and custom reel options.
Q: What is the typical startup time for this LDO?
A: The XC6701 series features rapid startup <100µs under typical load conditions.
Q: Does this regulator require external capacitors?
A: Yes, a 1µF or larger ceramic capacitor on input/output is recommended (refer to datasheet for stability requirements).
Q: Can it withstand automotive load-dump scenarios?
A: While rated for 28V inputs, automotive designs should implement additional transient protection per ISO 7637 standards.
Q: Is this device suitable for battery-powered devices?
A: Absolutely, with only 115µA quiescent current, it minimizes standby power drain.
Q: What PCB layout precautions apply?
A: Place input/output capacitors within 5mm of the IC and use ground planes for thermal dissipation.
Q: How does PSRR affect my design?
A: The 50dB rejection at 1kHz significantly reduces power supply noise in sensitive analog stages.
Product images are representational. Refer to datasheet for exact dimensions and specifications.
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