LINEAR Manuals

This document mainly introduces the features of the LTC3524 power chip, which can power small-sized TFT LCD screens and provide white LED backlight.

This design note introduces signal chain noise analysis for RF-to-Digital receivers. It describes the various components in the signal chain, such as mixers, low-noise amplifiers, and demodulators, and how to use them to achieve the best performance.

This document describes the features and performance of the LTM4605 and LTM4607 μModule™ buck-boost regulators. These regulators have features such as high efficiency, compact size, high performance, and exceptional thermal performance.

The LTC4223 is a dual Hot Swap™ controller that meets the power requirements of the MicroTCA specification. It includes an internal 3.3V auxiliary supply channel and an external N-channel driver for the 12V payload supply. It controls the inrush current for both supplies, provides overcurrent protection, and features an adjustable analog current limit. Additionally, it provides power-good outputs for the two supplies, a fault output, card detection, and independent control of the two supplies.

The document introduces the LT3572 device produced by Linear Technology company. This is a dual full-bridge driver for piezo motors. The device uses a 4mm × 4mm QFN package, integrates a step-up regulator and a full-bridge driver, and can output up to 40V of drive voltage from a low input voltage (2.7V to 10V).

The LT3580 is a 2A, 42V integrated switch DC/DC converter that can be used in multiple topologies such as boost, SEPIC, flyback, and Cuk. It can use a single resistor to set either positive or negative output, making it easy for designers to use a single component list. The LT3580 also has soft-start, adjustable frequency, synchronization, and a wide input range, all in a small package.

The LTC3811 is a high accuracy, high bandwidth, dual output, fixed frequency current mode DC/DC switching regulator controller designed for one of today’s most demanding power supply applications: high current, low voltage processor core supplies.

This design note describes a positive-to-negative voltage converter (P2N) that can produce a stable output voltage even with a widely varying input. This topology is particularly useful for battery-powered devices, where the battery voltage can vary significantly over time. The P2N can also be used in other applications where a stable output voltage is required, such as in wireless radios.

The LTC2704 is a highly integrated 16-bit, 4-channel DAC with a wide range of features designed to increase performance and simplify design.

The LTM4608 is a high-density power supply module with a small form factor, lightweight design, high efficiency, and low power dissipation.

This design note introduces the LTC®3526L, a 1MHz, 550mA synchronous step-up (boost) converter with a wide input voltage range of 0.7V to 5V and an output voltage range of 1.5V to 5.25V. Housed in a 2mm x 2mm DFN package, the LTC3526L has a typical startup voltage of just 700mV, with operation down to 400mV.

This design note introduces the LTC2953, a pushbutton on/off controller with failsafe voltage monitoring that can be used to control DC/DC converters, power switches, or other circuits. The device can be controlled by a short or long press of the pushbutton, and it also features fault protection that can automatically turn off the power in the event of a system failure.

This design note introduces the features and characteristics of the 6-channel SAR ADC LTC2351-14, including the sampling rate, power consumption, and package. The device is suitable for applications such as 3-phase power line monitoring, portable power line instrumentation, power factor correction, motor control, and data acquisition.

The LTC4268-1 is a solution that integrates a high-power PD interface control with an isolated flyback controller, suitable for high-power 2-pair PoE applications. It provides the same 25k signature detection resistance as standard PoE, and has low inrush current limit and high input current limit.

The LTC3785 is a high-efficiency, low-cost, single-ended DC/DC converter controller from Linear Technology. It uses a high-efficiency synchronous boost/buck topology and offers high efficiency, low EMI, low dropout voltage, and low start-up current. It is well-suited for battery-powered handheld applications.