UC2714

• Product Introduction

The purpose of these two families for high-speed driving is to provide complementary switch-driven waveforms. Synchronous rectification circuits and active clamping/reset circuits commonly used in complementary switching configurations provide zero-voltage switching. To facilitate soft-switch switching, these drivers are available on a separate programmable delay output waveform between the two. The delay pin also features true zero voltage detection, allowing the application to be started immediately when the corresponding switch is switched to zero voltage. These devices require a PWM-type input operation that can interface with commonly used PWM controllers.

In the UC1714 series, the auxiliary output allows the driver to pour a P-channel MOSFET.

characteristic

• Single Input (PWM and TTL Compatible)
• High current power FET driver, 1.0A Source/2A library
• Auxiliary output FET driver, 0.5A Source/1A library
• The time lag is independent of 50 ns and can be programmed to 500 ns of power and auxiliary output
• Time delay or true zero voltage operation is configured independently for each output
• The switching frequency is 1MHz
• Typical propagation delay of 50ns
• ENBL pin activates sleep mode 220uA
• The output power is active low in sleep mode
• Synchronous rectification drive