Datasheet4U Logo Datasheet4U.com

MIC26603-ZA - Synchronous DC-to-DC Buck Regulator

Description

The Micrel MIC26603-ZA is a constant-frequency, synchronous buck regulator featuring a unique adaptive ON-time control architecture.

The MIC26603-ZA operates over an input supply range of 4.5V to 28V and provides a regulated output of up to 6A of output current.

Features

  • to ensure protection of the IC during fault conditions. These include undervoltage lockout to ens.

📥 Download Datasheet

Datasheet Details

Part number MIC26603-ZA
Manufacturer Micrel Semiconductor
File Size 1.30 MB
Description Synchronous DC-to-DC Buck Regulator
Datasheet download datasheet MIC26603-ZA Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
MIC2601 1.2A - 1.2MHz/2MHz Wide Input Range Integrated Switch Boost Regulator MICREL
MIC2602 1.2A - 1.2MHz/2MHz Wide Input Range Integrated Switch Boost Regulator MICREL
MIC2619 1.2MHz PWM Boost Converter MICREL
MIC26950 12A Hyper Speed Control Synchronous DC-DC Buck Regulator MICREL
MIC2003 Fixed and Adjustable Current Limiting Power Distribution Switches Microchip

Other Datasheets by Micrel Semiconductor

Part Number Description
MIC26603 Synchronous DC/DC Buck Regulator
MIC2660 IttyBitty Charge Pump
MIC26600 7A Hyper Speed ControlTM Synchronous DC-DC Buck Regulator
MIC26601 6A Hyper Speed Control Synchronous DC/DC Buck Regulator
MIC2605 0.5A 1.2MHz / 2MHz Wide Input Range Boost Regulator

Full PDF Text Transcription

Click to expand full text
MIC26603-ZA 28V, 6A Hyper Speed Control Synchronous DC-to-DC Buck Regulator SuperSwitcher™ II General Description The Micrel MIC26603-ZA is a constant-frequency, synchronous buck regulator featuring a unique adaptive ON-time control architecture. The MIC26603-ZA operates over an input supply range of 4.5V to 28V and provides a regulated output of up to 6A of output current. The output voltage is adjustable down to 0.6V with a guaranteed accuracy of ±1%, and the device operates at a switching frequency of 600kHz. Micrel’s Hyper Speed Control architecture allows for ultra-fast transient response while reducing the output capacitance and also makes (High VIN)/(Low VOUT) operation possible.
Published: |