Industrial

The LT3012 is a high voltage, micropower low dropout linear regulator. The device is capable of supplying 250mA of output current with a dropout voltage of 400mV. Designed for use in battery-powered or high voltage systems, the low quiescent current (40µA operating and 1µA in shutdown) makes the LT3012 an ideal choice. Quiescent current is also well controlled in dropout. Other features of the LT3012 include the ability to operate with very small output capacitors. The regulators are stable with only 3.3µF on the output while most older devices require between 10µF and 100µF for stability. Small ceramic capacitors can be used without any need for series resistance (ESR) as is common with other regulators. Internal protection circuitry includes reverse-battery protection, current limiting, thermal limiting and reverse current protection. The device is available with an adjustable output.

The LT3010/LT3010-5 is a low dropout linear regulator with a wide input voltage range of 3V to 80V. It features low quiescent current, low dropout voltage, and stability. The LT3010-5 has a fixed output voltage of 5V, while the LT3010 can adjust the output voltage from 1.275V to 60V. The regulator is equipped with various protection functions, including reverse-battery protection, current limiting, and thermal limiting.

118 Class T Fuse Blocks 300 and 600 Volt SPECIFICATIONS include voltage ratings, ampere ratings, approvals, rated wire size, ampere rating, number of poles, catalog number, and connector type.

The PM8903 is a compact, high-efficiency, monolithic step-down switching voltage regulator which can deliver up to 3 A of continuous current. The IC minimizes external components and board space by incorporating low-resistance MOSFETs into the IC. It is used in applications including CPU, DSP and FPGA power supplies, distributed power supplies, and for general DC/DC converters. The PM8903 features an input voltage range of 2.8 V to 6 V, adjustable output voltage to as low as 0.6 V, PSKIP mode for optimizing efficiency at light load, undervoltage, overvoltage, overcurrent, and overtemperature protection, power good output, 1.1 MHz switching frequency which enables the use of a small inductor, low quiescent current when shut down (<15 µA), interleaving synchronization (up to two ICs), and a small VFQFPN16, 3x3 mm package.

This document introduces recommendations to manually mount EnFilmTM micro battery EFL700A39 on printed circuit board (PCB) for prototyping purposes

This is an application note of EVLVIP37LE5V3A, a new power module from ST. It supports wide input voltage range and 5V-3A output. It is suitable for various standby power applications.

This application note presents a reference design for a high-efficiency, high-power PD (up to 60 W input) power converter based on an active-clamp forward topology with self-driven synchronous rectification using the PM8803 as the main controller.

This application note provides an evaluation of the performance comparison between the SPV100x and two standard Schottky diodes, in order to supply proper guidelines for the correct use of both devices.

This document describes the sensing resistor selection, power considerations, and layout recommendations for the STC310x series battery monitor ICs.

This is an application note for LNBH24L supply and control IC, introducing the features and usage of LNBH24L.

This document describes the characteristics and features of a 185 W, wide input mains range, power-factor-corrected, demonstration board for LED TV

This document describes the characteristics and features of a 170W power supply using L6564, L6599A, and Viper27LN, suitable for flat TVs or industrial applications. This design achieves very high efficiency and is compliant with ENERGY STAR eligibility criteria.

This document describes the application of SRK2000 in LLC resonant converters with synchronous rectification (SR). It first introduces the features of the IC, followed by a description of the board, and finally provides some considerations regarding circuit optimization and performance. The board is realized in four different configurations depending on the mounted SR MOSFETs.