Linear Technology LTC3890 Manuals

ManualLib has 4 documents for the Linear Technology LTC3890: 2 datasheets, 2 application notes. Every file can be read online or downloaded as a PDF for free.

Datasheet 2Application Note 2

Key facts

Model
LTC3890
Industry
Industrial
Documents
4
Languages
EN
Last added
2012-06-05

Start here

Linear Technology LTC3890 Dual Output DC/DC Controller Datasheet

Linear Technology LTC3890 Dual Output DC/DC Controller Datasheet

Datasheet 2 pages · 745 KB · EN

The LTC3890 is a dual-output DC/DC controller designed for applications requiring low voltage outputs from high voltage inputs, ranging from 4V to 60V. It features integrated N-channel MOSFET drivers and operates with a current mode architecture at frequencies between 50kHz and 900kHz.

Read online

All Linear Technology LTC3890 documents by type

Questions answered in these manuals

What is the input voltage range for the LTC3890?

The device operates from an input voltage ranging from 4V to 60V.

From: Linear Technology LTC3890 Dual Output DC/DC Controller Datasheet

What is the no-load quiescent current of the LTC3890?

The controller has a no-load quiescent current of only 5µA.

From: Linear Technology LTC3890 Dual Output DC/DC Controller Datasheet

What input voltage range can the LTC3890 operate from?

The device operates when powered from an input voltage of 4V to 60V.

From: Linear Technology LTC3890 Dual Output High Efficiency Converter Design Note 479

What output voltages can the LTC3890 produce?

It can produce two output voltages ranging from 0.8V to 24V.

From: Linear Technology LTC3890 Dual Output High Efficiency Converter Design Note 479

What is the minimum output voltage required to connect directly to the EXTVcc pin?

The output can be directly connected to the EXTVcc pin as long as the output voltage is above 4.7V.

From: Linear Technology Design Note 493 Bootstrap Biasing of High Input Voltage Step-Down Controller Increases Converter Effic

What circuit solution is recommended for output voltages between 2.5V and 4.7V?

A simple voltage doubler scheme based on small P-channel and N-channel MOSFETs is used.

From: Linear Technology Design Note 493 Bootstrap Biasing of High Input Voltage Step-Down Controller Increases Converter Effic