SiteMapLTC695CSWHIN211CAREF01EZICM7242IPATC7SH08FSA617DKMSM82C55A-2VJSSN75ALS193NREG710NA-2.5/250LM2575-12BU Quick Search: 304 GRM TL8 FTS TXC M95 SV1 TA2 MN3 TCE RL5 FDA 724 TYN
Position:Home » DataSheet » LM4 Page No. 4 » LM4861MX Suppliers

LM4861MX datasheet pdf datenblatt

LM4861MX SuppliersLM4861MX PriceRelated PDF DownLoad

Ic LM4861MX

The release of the product than the original product reduces power consumption, reduced standby power consumption 60%, 10MHz work reduced 17%, 20MHz to reduce working hours 16%. By optimizing the whole circuit, standby current consumption of 2.4mA from reduced 1.0mA. In addition, the original only with a built-8MHz oscillator circuit, and IC LM4861MX and this has also increased with a 1MHz and 20MHz, built-in oscillation circuit. This can easily select the best operating frequency, easy-to further reduce power consumption. In addition, 8MHz and 20MHz, built-in oscillation circuit frequency error to 1% or less, you need high-precision applications, but also no longer need an external oscillator circuit.

LM4861MX Suppliers

L6599 Other key features include low power consumption (<30mW), high slew rate operation 50V/ns latch-free guarantee and LM4861MX Suppliers and a "non-self-locking "disable input, high-current protection (OCP) feature provides a comprehensive over-load and short circuit protection. Add a self-locking disable input for temperature protection (OTP) and / or over-voltage protection (OVP) has become very easy implementation.

LM4861MX Price

L6599 complementary work in the 50% duty cycle, the insertion of a fixed dead-time to ensure soft-switching operation. Support for high-frequency switching (up to 500kHz), high efficiency, electromagnetic interference (EMI) radiation is low. Driven by the bootstrap approach to the bridge arm switches, L6599 integrates a 600V or more able to withstand high voltage floating structure and LM4861MX Price and a synchronous-driven high-voltage lateral double diffused metal oxide semiconductor (LDMOS) devices, saving an external fast-recovery bootstrap diodes.

All rights © 2010-2016