Industrial

The RM100HA-XXF is a high speed recovery diode module produced by Mitsubishi Electric. Its rated DC current is 100A, its rated reverse peak voltage is 600/1000/1200V, and its reverse recovery time is 0.8μs. The diode module has an insulated structure and can be used in free maintenance switching power supplies, inverters, welding machines and other high frequency switching circuits.

This datasheet provides detailed information on the RM150DZ/CZ/UZ-M,-H,-24,-2H high power general use insulated type diode module.

RM100D2Z-40 is a Mitsubishi high-voltage medium-power general-purpose insulated type diode module with an average forward current rating of 100A and a reverse peak voltage rating of 2000V.

RM100DZ/CZ-M,-H is a high power general use insulated type diode module produced by Mitsubishi Electric. Rated average forward current is 100A and rated repetitive peak reverse voltage is 400/800V.

This document introduces the main characteristics of the L6917 power supply controller, including 2-phase operation, synchronous rectifier control, ultra-fast load transient response, integrated high current gate driver, TTL-compatible 5-bit programmable output compliant with VRM 9.0, 0.8% internal reference accuracy, 10% active current sharing accuracy, digital 2048 step soft-start, overvoltage protection, overcurrent protection, 300 kHz internal oscillator, oscillator externally adjustable up to 1MHz, power good output and inhibit function, remote sense buffer, etc.

This document describes the features and characteristics of the MITSUBISHI fast recovery diode module RM100CA/C1A-XXF, produced in February 1999. It is suitable for high-speed switching and insulated applications, primarily used for free wheeling and welding machines. The module features include: DC current of 100A, repetitive peak reverse voltage of 600/800/1000/1200V, reverse recovery time of 0.8µs, insulated design, and UL recognition.

The RM10 - RM10Z silicon rectifier diodes have high current capability, high surge current capability, high reliability, low reverse current and low forward voltage drop.

HS2AA through HS2MA are 1.5-amp high efficient surface mount rectifiers. These components feature a glass passivated junction chip, are suitable for surface mount applications, feature low forward voltage drop, a low profile package, built-in stain relief, are ideal for automatic placement, have fast switching for high efficiency, and high temperature soldering capabilities of 260℃/10 seconds at terminals. They are made of plastic material that carries Underwriters Laboratory Classification 94V-O.

The document introduces the HS2A to HS2M series of high-efficiency surface mount rectifiers, with a voltage range of 50 to 1000 volts and a current of 2.0 amperes. The product features include a glass passivated junction chip, low forward voltage drop, low profile package, built-in strain relief for automatic placement, fast switching for high efficiency, and high-temperature soldering capability.

The document describes a power supply controller specifically designed to provide high-performance DC/DC conversion for high-current microprocessors. The device implements a dual-phase step-down controller with a 180° phase-shift between each phase. A precise 5-bit digital-to-analog converter (DAC) allows adjusting the output voltage from 1.100V to 1.850V with 25mV binary steps. The high-precision internal reference ensures the selected output voltage to be within ±0.8%. The high peak current gate drive affords fast switching to the external power MOS, providing low switching losses. The device ensures fast protection against load overcurrent and load over/undervoltage. An internal crowbar is provided, turning on the low side MOSFET's RdsON or a sense resistor for overcurrent protection.

The document describes a high-performance DC/DC converter designed for high current microprocessors. The device implements a dual-phase step-down controller with a 180° phase-shift between each phase. A precise 5-bit digital to analog converter (DAC) allows adjusting the output voltage from 1.100V to 1.850V with 25mV binary steps. The high precision internal reference assures the selected output voltage to be within ±0.8%. The high peak current gate drive affords to have fast switching to the external power MOS providing low switching losses. The device ensures fast protection against load over current and load over/under voltage. An internal crowbar is provided for overvoltage protection.

This document describes a power supply integrated circuit (IC) called L6911E. The IC features an operating supply voltage from 5V to 12V buses, up to 1.3A gate current capability, a TTL-compatible 5-bit programmable output compliant with VRM 8.5 (providing output voltage from 1.050V to 1.825V with 0.025V binary steps), voltage mode PWM control, excellent output accuracy (+/-1%) over line and temperature variations, very fast load transient response, power good output voltage, overvoltage protection and monitor, overcurrent protection realized using the upper MOSFET's RdsON, 200kHz internal oscillator, externally adjustable oscillator from 50kHz to 1MHz, and soft start and inhibit functions. The IC is suitable for power supply applications for advanced microprocessor cores and distributed power supply.

The product is a high-performance DC-DC converter that can provide power for high current microprocessors. It has a 5-bit digital to analog converter (DAC) that allows adjusting the output voltage from 1.30V to 2.05V with 50mV binary steps and from 2.10V to 3.50V with 100mV binary steps. The high precision internal reference assures the selected output voltage to be within ±1%. The high peak current gate drive affords to have fast switching to the external power mos providing low switching losses. The device assures a fast protection against load overcurrent and load overvoltage. An external SCR is triggered to crowbar the input supply in case of hard over-voltage. An internal crowbar is also used to protect the output voltage.

L6911C is a step-down converter chip introduced by STMicroelectronics. The chip supports a supply voltage of 5V to 12V, a maximum drive current of 1.3A, and an output voltage that can be adjusted through a 5-bit programmable voltage. The output accuracy is ±1%. The chip also supports soft start and inhibit functions and can be widely used in advanced microprocessor core, distributed power supply and high power DC-DC regulators.