STMicroelectronics L6598 High Voltage Resonant Controller Datasheet

The L6598 is a high voltage resonant controller manufactured with BCD OFF LINE technology, capable of ensuring voltage ratings up to 600V. It is perfectly suited for AC/DC Adapters and wherever a Resonant Topology can be beneficial. The device is intended to drive two Power MOS, in the classical Half Bridge Topology. A dedicated Timing Section allows the designer to set Soft Start Time, Soft Start and Minimum Frequency. An Error Amplifier, together with the two Enable inputs, are made available. In addition, the integrated Bootstrap Diode and the Zener Clamping on low voltage supply, reduces to a minimum the external parts needed in the applications.


STMicroelectronics L6598 High Voltage Resonant Controller Datasheet - cover page
Brand
STMicroelectronics
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
16
File format
PDF
File size
116 KB
Published
10 August, 2012
Updated
28 September, 2023
Model
L6598
MD5 checksum
39B4157218BB48DBEE6DBF238FC1B154

About this manual

The L6598 is a high voltage resonant controller manufactured with BCD OFF LINE technology, designed to drive two Power MOSFETs in a classical Half Bridge Topology. It is intended for applications such as AC/DC adapters where a resonant topology is beneficial, offering voltage ratings up to 600V.

What's inside

  • Description
  • Ordering Numbers
  • Block Diagram
  • Pin Connection
  • Thermal Data
  • Absolute Maximum Ratings
  • Recommended Operating Conditions
  • Electrical Characteristics
  • Timing Section
  • Bootstrap Section

Specifications

Supply Voltage10 to Vcl
Floating Supply Voltage618 V
Maximum Switching Frequency400 kHz
Bootstrap Driver On Resistance150 Ω
Low/High Side Output Fall Time40 ns
Dead Time0.2 µs

Frequently asked questions

What is the maximum voltage rating of the L6598?

The device is able to ensure voltage ratings up to 600V.

Does the L6598 include an integrated bootstrap diode?

Yes, it features an integrated Bootstrap Diode to reduce external parts.

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