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- Site_section:Resource Library
- Product_categories.lvl0:Power Monitor, Control, and Protection > Sequencers, Trackers, and Margining Controllers
- Application NoteAn electrophysiology (EP) device is system used to perform a test to assess the heart’s electrical system or activities and to diagnose abnormal heartbeats or arrhythmia.
- Technical ArticlesMar 12, 2015While many engineers use a dongle and tools to configure Power System Management devices via PMBus, a growing number of designs are adding Board Management Controllers, or connecting their PMBus to an existing microcontroller or application processer. At LTC, the dongle/tool option is comprised of a DC1613 and LTpowerPlay, and firmware development is supported with Linduino for Power System Management, aka “Linduino PSM.” The Linduino platform is an isolated Arduino-compatible board (DC2026), code …
- Technical ArticlesApr 1, 2010The LT3029 integrates two independent 500mA monolithic LDOs in a tiny 16-lead MSOP or 4mm × 3mm × 0.75mm DFN package. Both regulators have a wide 1.8V to 20V input voltage range with a 300mV dropout voltage at full load.
- Design NoteThis design idea explains how to implement an autorestart following a command from a microcontroller or an external key switch.
- Design NoteThe LTC2950 integrates all the flexible timing circuits needed to de-bounce the on/off pushbutton of handheld devices. The part also provides a simple yet powerful interface that allows for controlled power up and power down of the handheld device.
- Evaluation Board & KitDemonstration circuit 2830A features the LTM4636EY, a 40A high efficiency, switch mode step-down µModule® regulator which is controlled by the LTC7106EDDB, a precision, bidirectional, 7-Bit current DAC with PMBus interface. The LTC7106 is used to adjust the output voltage of the LTM4636 by way of the PMBus. The LTM4636’s input voltage range is from 4.7V to 15V and the output voltage range is from 0.6V to 3.3V. De …
- Technical ArticlesJun 20, 2006This appnote discusses different techniques and architectures for tracking voltages when a system powers up and during power down
- Technical ArticlesDec 1, 2003High performance and high reliability systems typically require end-of-line testing, or include automated self-testing, to assure rated performance with the supply voltage at the upper and lower limits of its regulation band. This testing is often called “supply margining” or “voltage margining.
- Technical ArticlesNov 1, 2004The LTC2923 provides simple and versatile control over the power-up and power-down behavior of switching power supplies. It allows several supplies to track the voltage of a master supply, so that their relative voltages meet the stringent specifications for the power up of modern digital semiconductors, such as DSPs, microprocessors, FPGAs and ASICs.
- Design NoteMAXIM evaluation kit interface board installation and troubleshooting application note.