Industrial

This document introduces the features and characteristics of PE4261 SP4T RF UltraCMOS™ Flip Chip Switch.

This article introduces a 6mm × 6mm DC / DC controller for high current DCR sensing applications. The controller features temperature sensing and remote output voltage sensing, making it suitable for high current applications with input voltages up to 38V and output voltages up to 12.5V.

PE2245B PECL Series is 10.00 MHz - 170.00 MHz standard specifications, including overall frequency stability, operating temperature range, supply voltage (Vcc), output waveform, output load, enable/disable option (E/D) (as applicable).

Introduces a technology that harvests ambient mechanical, thermal or electromagnetic energy from the sensor’s local environment, eliminating the need for batteries in wireless sensors

This article introduces a Virtual Remote Sensing™ (VRS™) technology for improving load regulation at the end of long wiring runs by addressing voltage drops.

This document describes the features and characteristics of the LT2940 power monitor, which can measure the power of a supply or load. It has a high-side current sense range of 4V to 80V, supports full 4-quadrant operation, has a bandwidth of 500kHz, and is suitable for 48V telecom power and intermediate bus voltages in the 5V to 24V range.

The LTC3856 is a versatile and feature-rich single-output 2-phase synchronous buck controller with on-chip drivers, remote output voltage sensing, inductor DCR temperature compensation, Stage Shedding™ mode and active voltage positioning (AVP).

The document introduces the PDT range of products, which are compact fiber pigtailed devices designed for wide operating temperature, low cost applications such as fiber in the loop. The products have low leakage and high responsivity performance with excellent reliability. They are suitable for applications such as instrumentation, O-E converters, single and multimode fiber communications systems, data communications receivers, and FDDI.

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.

A method for fast time division duplex (TDD) transmission using an upconverting mixer with a high side switch is described.

The document introduces the PDT range of products, including a variety of compact fiber pigtailed devices designed for wide operating temperature, low-cost applications such as fiber in the loop. The planar InGaAs photodiodes are manufactured using MOVPE growth technology and provide low leakage and high responsivity performance with excellent reliability. The product features a compact package and high reliability planar InGaAs PIN photodiode, suitable for applications such as instrumentation, O-E converters, single and multimode fiber communications systems, data communications receivers, and FDDI.

Introduces how to design the driving circuit of low noise, low distortion, 16-bit, 1Msps SAR ADC.

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.

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.

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.