Fairchild Semiconductor FDMF6707C Extra-Small High-Performance High-Frequency DrMOS Module Datasheet

The FDMF6707C is an extra-small, high-performance, high-frequency DrMOS module that features an ultra-compact 6x6mm PQFN package that saves 72% of the space compared to conventional discrete solutions, fully optimized system efficiency, clean switching waveforms with minimal ringing, and high-current handling of 50A


Fairchild Semiconductor FDMF6707C Extra-Small High-Performance High-Frequency DrMOS Module Datasheet - cover page
Brand
Fairchild
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
18
File format
PDF
File size
1.5 MB
Published
12 July, 2012
Updated
30 September, 2023
MD5 checksum
CE3B9769887DE1313BF57B9E728AA926

About this manual

The FDMF6707C is an extra-small, high-performance, high-frequency DrMOS module from Fairchild Semiconductor. It integrates a driver IC, two power MOSFETs, and a bootstrap Schottky diode into a 6x6mm PQFN package. The device is optimized for high-current, high-frequency synchronous buck DC-DC applications, such as those found in gaming motherboards, blade servers, and desktop computers. Key features include over 93% peak efficiency, clean switching waveforms with minimal ringing due to PowerTrench technology, and a thermal warning flag for over-temperature conditions.

What's inside

  • Benefits
  • Features
  • Description
  • Applications
  • Ordering Information
  • Typical Application Circuit
  • DrMOS Block Diagram
  • Pin Configuration
  • Absolute Maximum Ratings
  • Electrical Characteristics

Specifications

Package Type40-Lead, Clipbond PQFN
Package Dimensions6.0mm x 6.0mm
Peak EfficiencyOver 93%
Switching FrequencyUp to 1MHz
Ambient Temperature Range-40 to +125 °C
Output Current (1MHz)45 A

Frequently asked questions

What is the package size of the FDMF6707C?

The FDMF6707C is available in a 6.0mm x 6.0mm PQFN package.

Does the FDMF6707C have a thermal warning function?

Yes, it incorporates a thermal warning flag (THWN#) that indicates potential over-temperature situations by pulling the output LOW when the temperature exceeds the trip limit.

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