Linear Technology manuals, page 10
linear DESIGN FEATURES LTMag-V18N01-10-LTC4357-Lum service manual
This article introduces a solution that uses a MOSFET-based ideal diode to replace Schottky diodes. This solution can reduce voltage drop and power dissipation, improve system efficiency, and reduce the complexity, size, and cost of thermal layout.
LINEAR LTC6081 Manual
Introduction of LTC6081 and LTC6082 two voltage amplifier features, these two voltage amplifiers have low offset voltage, low offset voltage drift, low noise, high open loop gain and high common mode rejection ratio, high input impedance, low current consumption and other features, suitable for high precision applications
LINEAR LTM9001 Manual
The LTM9001 is a complete IF receiver that includes a 16-bit, 130Msps ADC, a fixed-gain amplifier, and an antialiasing filter in a 11.25mm x 11.25mm µModule package.
LINEAR LTC3125 Manual
linear DESIGN FEATURES LTMag-V18N02-15-LTC3853-TheoPhillips service manual
The LTC3853 is a versatile 3-phase synchronous buck controller with on-chip drivers in a 6mm × 6mm QFN package.
LINEAR LTC4088 Manual
linear DESIGN FEATURES LTMag-V18N02-05-LTC4110-MarkGurries service manual
This article describes a battery manager that enables integrated, efficient, scalable, and testable backup power systems. The battery manager ensures the safety of critical data in the event of a power failure and allows for flexible scalability based on the system's scale.
LINEAR LTC4350 Manual
This document describes the features of the LTC4350 Hot Swap™ and load share controller, a powerful tool for developing high availability redundant and load sharing power supply systems. It can work with supplies with any output stage topology, including output stages using synchronous rectification.
linear DESIGN FEATURES LTMag-V18N02-03-LT5575-DougStuetzle service manual
A direct conversion receiver architecture offers several advantages over the traditional superheterodyne. It eases the requirements for RF front end bandpass filtering, as it is not susceptible to signals at the image frequency. The RF bandpass filters need only attenuate strong out-of-band signals to prevent them from overloading the front end. Also, direct conversion eliminates the need for IF amplifiers and bandpass filters. Instead, the RF input signal is directly converted to baseband, where amplification and filtering are much less difficult. The overall complexity and parts count of the receiver are reduced as well. Direct conversion does, however, come with its own set of implementation issues. Since the receive LO signal is at the same frequency as the RF signal, it can easily radiate from the receive antenna and violate regulatory standards. Also, a thorough understanding of the impact of the IP2 and IP3 issues is required. These parameters are critical to the overall performance of the receiver and the key component is the I/Q demodulator. Unwanted baseband signals can be generated by 2nd order nonlinearity of the receiver. A tone at any frequency entering the receiver gives rise to a DC offset in the baseband circuits. Once generated, straightforward elimination of DC offset becomes very problematic. That is because the frequency response of the post-downconversion circuits must often e
linear DESIGN FEATURES LTMag-V18N02-04-LTM9002-ToddNelson service manual
The LTM9002 dual-channel IF/ baseband receiver combines 14-Bit, 125Msps ADCs, Fixed-Gain Amplifiers and Antialias Filters in a Single 11.25mm × 15mm μModule Package
linear DESIGN FEATURES LTMag-V18N02-07-LT3507-MichaelNootbaar service manual
The LT3507 is a monolithic switching regulator that combines three independent switching regulators with a low dropout linear regulator in a compact 5mm × 7mm QFN package.
LINEAR LTC2934 Manual
linear DESIGN FEATURES LTMag-V18N02-08-LT3570-ChrisFalvey service manual
The LT3570 simplifies complex multi-rail power supply designs by integrating three DC/DC regulators into a single package: a current mode buck regulator, a current mode boost regulator, and an LDO controller. It offers a wide operating voltage range, each regulator has independent input voltages and shutdown circuitry, and it has soft-start circuitry.
LINEAR LTC3100 Manual
This document describes a multi-rail DC/DC converter that can generate multiple outputs from inputs as low as 0.7V. By connecting the input sources of the LTC3100 to the boost converter and buck converter, a regulated 3.3V output can be generated from single-cell or dual-cell input voltage. When USB or wall adapter power is available, the buck converter is automatically enabled and generates a 3.3V output that is set 3.8% higher than that of the boost converter. This puts the boost converter in sleep mode, reducing the load on the batteries. This allows for seamless transition from battery power to USB power.
linear DESIGN FEATURES LTMag-V18N02-11-LTC6420-20-KrisLokere service manual