LTC3838 pdf, LTC3838 Descripción Electrónicos, LTC3838 Datasheet, LTC3838 view ::: ALLDATASHEET :::

No. de pieza	LTC3838

Descripción Electrónicos	Dual, Fast, Accurate Step-Down DC/DC Controller with External Reference Voltage

Tamaño del archivo	5725.45 Kbytes

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Fabricante Electrónico	LINER [Linear Technology]

Página de inicio	http://www.linear.com

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Número de pieza similar - LTC3838

Fabricante Electrónico	No. de pieza	Datasheet	Descripción Electrónicos
Linear Technology	LTC3838	721Kb / 54P	Dual, Fast, Accurate Step-Down DC/DC Controller
	LTC3838	696Kb / 50P	Fast, Accurate, 2-Phase, Single-Output Step-Down DC/DC Controller
	LTC3838	550Kb / 36P	Dual, Multiphase Step-Down Voltage Mode DC/DC Controller with Accurate Current Sharing
	LTC3838	5Mb / 52P	Dual, Fast, Accurate Step-Down DC/DC Controller with Dual Differential Output Sensing
	LTC3838	421Kb / 38P	Dual, Multiphase Current Mode Synchronous Controller for Sub-Milliohm DCR Sensing

Fabricante Electrónico	No. de pieza	Datasheet	Descripción Electrónicos
Linear Technology	LTC3838	721Kb / 54P	Dual, Fast, Accurate Step-Down DC/DC Controller
	LTC3839	696Kb / 50P	Fast, Accurate, 2-Phase, Single-Output Step-Down DC/DC Controller
	LTC3861-1	550Kb / 36P	Dual, Multiphase Step-Down Voltage Mode DC/DC Controller with Accurate Current Sharing
	LTC3838-1	5Mb / 52P	Dual, Fast, Accurate Step-Down DC/DC Controller with Dual Differential Output Sensing
	LTC3861	977Kb / 38P	Dual, Multiphase Step-Down Voltage Mode DC/DC Controller with Accurate Current Sharing
	LTC3861-1	1Mb / 38P	Dual, Multiphase Step-Down Voltage Mode DC/DC Controller with Accurate Current Sharing
	LTC3833	523Kb / 36P	Fast Accurate Step-Down DC/DC Controller with Differential Output Sensing
	LTC3838	726Kb / 54P	Dual, Fast, Accurate Step- Down DC/DC Controller with Differential Output Sensing
	LTC3838-1	5Mb / 52P	Dual, Fast, Accurate Step-Down DC/DC Controller with Dual Differential Output Sensing
	LTC3838-2	5Mb / 56P	Dual, Fast, Accurate Step-Down DC/DC Controller with xternal Reference Voltage and Dual Differential Output Sensing