ANALOG Manuals

ADP1655 is a dual LED flash driver with I2C-compatible interface. The device adopts a small 2mm × 1.5mm WLCSP package, built-in 2.2μH power inductor, has LED current source, synchronous PWM boost converter, high efficiency and other features.

ADP1653 is a high efficiency, high power, flash/torch LED driver with dual interface

The document describes an LED flash driver with an I2C-compatible interface, featuring small size, high efficiency, and programmable current.

The document introduces the ADM1075 −48 V hot swap controller and digital power monitor. The product features constant power foldback for FET SOA protection, precision current and voltage measurement with an accuracy of less than 1.0%, controls for inrush and faults for negative supply voltages, suitability for wide input range due to internal shunt regulator, 25 mV/50 mV full-scale sense voltage, fine tune current limit with standard sense resistor, soft start inrush current limit profiling, 1% accurate UVH and OV pins, 1.5% accurate UVL pin, PMBus interface for control, telemetry, and fault recording, and a junction temperature operating range of −40°C to 105°C.

This document provides detailed information on the ADM1073, including its features, characteristics, etc.

The ADM1070 is a 48V hot swap controller that allows safe board insertion and removal from a live 48V backplane.

ADM4210 is a hot swap controller that safely enables a printed circuit board to be removed and inserted to a live backplane. This is achieved using an external N-channel power switch. The controller has various features, including adjustable analog current limit with circuit breaker, fast response peak fault current limit, charge pumped gate drive for external N-FET switch, automatic retry or latch-off during current fault, and undervoltage lockout.

ADM1276 is a hot swap controller and digital power and energy monitoring with PMBus interface

This document describes the features and characteristics of the ADM1275 Hot-Swap Controller and Digital Power Monitor. The product controls supply voltages, has fast response time to short circuit, programmable current limit, accurate ADC, and drive for multiple external FETs.

This document introduces the Analog Devices ADM1178 Hot Swap Controller and Digital Power Monitor, which can safely insert and remove circuit boards from a live backplane and control supply voltages from 3.15V to 16.5V.

This document describes the features and characteristics of the ADM1177 hot swap controller and digital power monitor, which allows safe board insertion and removal from a live backplane.

The ADM1176 is a hot swap controller and I2C power monitor that allows safe board insertion and removal from a live backplane. It can control supply voltages from 3.15 V to 16.5 V and features a precision current sense amplifier, precision voltage input, 12-bit ADC for current and voltage readback, charge-pumped gate drive for external N-channel FET, adjustable analog current limit with circuit breaker, ±3% accurate hot swap current limit level, fast response limits peak fault current, automatic retry or latch-off on current fault, programmable hot swap timing via TIMER pin, active high ON pin, I2C fast mode-compliant interface (400 kHz maximum) and 10-lead MSOP package.

This document describes the ADM1175 hot swap controller and digital power monitor. The product allows safe board insertion and removal from a live backplane, controls supply voltages from 3.15V to 16.5V, features a precision current sense amplifier and voltage input, a 12-bit ADC for current and voltage readback, an adjustable analog current limit, fast response limits peak fault current, and other characteristics.

The ADM1172 is a hot swap controller that safely enables a printed circuit board to be removed and inserted to a live backplane. This is achieved using an external N-channel power MOSFET with a current control loop that monitors the load current through a sense resistor. An internal charge pump is used to enhance the gate of the N-channel FET. When an over- current condition is detected, the gate voltage of the FET is reduced to limit the current flowing through the sense resistor. During an overcurrent condition, the TIMER pin capacitor determines the amount of time the FET remains at a current limiting mode of operation until it is shut down. The ON (ON- Allows protected board removal and installation.

The document introduces ADM1171 Hot Swap Controller, which can safely remove and insert a printed circuit board from a live backplane.