Linear Technology manuals, page 17
LINEAR LTC3619 Manual
This document introduces the LTC3619 and LTC3619B, two synchronous buck regulators with precise input current limits. These regulators can maximize input power usage while ensuring the stability of the input power supply.
LINEAR LT5579 Manual
A method for fast time division duplex (TDD) transmission using an upconverting mixer with a high side switch is described.
linear DESIGN FEATURES LTJournal-V20N2-05-di-LTC2393-16-Guy_Hoover service manual
Introduces how to design the driving circuit of low noise, low distortion, 16-bit, 1Msps SAR ADC.
linear DESIGN FEATURES LTJournal-V20N2-06-di-LT3070-Kelly_Consoer service manual
This article introduces a new type of linear regulator that uses parallel operation to provide clean, efficient, high-current point-of-load power for FPGA and server backplanes. This regulator has a fast transient response, low output voltage noise, and low output voltage drop.
linear DESIGN FEATURES LTJournal-V20N2-07-di-LTM9003-Todd_Nelson service manual
This article introduces a DPD (digital power detector) based RF front-end design method which can effectively suppress the noise and interference of the DPD loop, improve the dynamic range of the RF front-end, and reduce the cost.
LINEAR LTC3890 Manual
This document introduces the LTC3890 high-performance synchronous buck DC/DC controller, which can provide two output voltages ranging from 0.8V to 24V from an input voltage of 4V to 60V, and has high conversion efficiency and low static current. The device uses an integrated N-channel MOSFET driver and a current mode architecture to operate at a phase-lockable fixed frequency from 50kHz to 900kHz. The device has 99% duty cycle capability for low voltage dropout applications, adjustable soft-start or voltage tracking, and selectable continuous, pulse-skipping or Burst Mode operation, with a static current of only 50µA. These features, combined with the shortest on-time of just 95ns, make this controller an ideal choice for high step-down ratio applications.
LINEAR LTC3108 Manual
This document introduces an ultralow voltage energy harvester that uses a thermoelectric generator to power battery-free wireless sensors.
linear DESIGN FEATURES LTJournal-V20N3-02-df-LTM4611-Jason_Sekanina service manual
The LTM4611 is a POL µModule DC/DC converter that operates from inputs as low as 1.5V, delivering up to 15A output, without an auxiliary bias supply.
LINEAR LTC2938 Manual
The document describes the LTC2938 and LTC2939 power monitors, which can monitor 4 or 6 power supplies, with a maximum voltage of 12V and a minimum voltage of 1.2V. The monitor has ±1.5% accuracy and watchdog timers.
LINEAR LT3741 Manual
This document mainly introduces the characteristics of LT3741 power management chip. This chip is a synchronous buck DC/DC controller designed to regulate output currents up to 20A and output voltages up to 34V, with a current regulation accuracy of ±6% and a voltage accuracy of ±1.5%.
LINEAR LTC3675 Manual
The LTC3675 is a 4mm × 7mm IC that integrates seven regulated outputs and a dual-string LED driver.
linear DESIGN FEATURES LTJournal-V20N3-06-df-LTC3625-Jim_Drew service manual
LINEAR LTC4071_LTC3588 Manual
A robust energy harvesting system using the LTC3588-1 and LTC4071 is presented that can continuously run a 12.4mA, 1% duty cycle sensor/transmitter without grid power.
linear DESIGN FEATURES LTJournal-V20N3-08-df-LTC554x-Tom Schiltz service manual
The LTC554x series of passive mixers achieve the lowest noise figure with high linearity. The series offers excellent performance and is widely used in wireless infrastructure designs.
LINEAR LT3579 Manual
Introduced the LT3579 and LT3581, which are high power monolithic switching regulators. They are integrated with 6A, 42V or 3.3A, 42V power switches, built-in fault protection and operation up to 2.5MHz