UCC37321

• Product Introduction

At high speeds, the UCC37321/2 family provides a ride on the industry standard pin 9 peaks. These drivers can drive the maximum current requirements of the MOSFET to the extreme of the system due to the high dV/dt conversion of Miller. This eliminates additional external circuitry and substitutes multiple components to reduce space, reducing design complexity and assembly costs. Two standard logic options are available, inverted (UCC37321) and in-phase (UCC37322).

Utilizing their own design to minimize pass-through current, these outputs can provide high gate drive current, where most Miller needs switching transitions in MOSFETs in plateau areas. The unique hybrid output stage and MOSFET parallel bipolar transistor (TrueDrive) allow for efficient current delivery at low supply voltages.

UCC37321 characteristics

• Additive enable of industry-standard pin-output functions
• The high-peak ± 9 current drives Miller to use TrueDrive capabilities in high-altitude areas
• Efficient constant current procurement uses a unique bipolar type and CMOS output stage
• The power supply of the TTL/CMOS compatible input voltage is independent
• The typical rise and fall time of 20 nanoseconds is 10-NF load
• The typical propagation delay time is 25 ns as the input falls and rises 35 ns of input
• 4 - V to 15 V supply voltage
• PowerPAD™ can be packaged between thermally enhanced MSOP 4.7°C/W-type racehorse
• Rated from -40°C to 105°C
• Lead-free finish (NiPdAU) SOIC-8 and PDIP-8 packages
• apply
  • Switching power supply
  • DC/DC converter
  • motor controller
  • Class D switching amplifiers
  • Line driver
  • Pulse transformer driver