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HVPAK™ Programmable Mixed-Signal Matrix with Operating Voltage up to 26.4V and up to 3A Current per Output

The HVPAK combines mixed-signal logic and high-voltage H-/Half-bridge functionality in a tiny 2mm x 3mm QFN package. One-time programmable (OTP) non-volatile memory (NVM) stores user-defined solutions in the form of interconnections of internal logic, I/O pins, and macrocells.

Get your motor running with HVPAK!

The HVPAK advanced PWM macrocells provide the ability to drive multiple motors with different PWM frequencies and duty cycles. Low idle current consumption in combination with a compact size further extends the field of possible applications. This highly versatile device allows a wide variety of mixed-signal functions to be designed alongside high-voltage capabilities within a tiny and thermally-efficient IC.

Savings

Replace multiple ICs:
motor driver + logic + comparator + voltage monitor + etc.

Safety

Add more hardware protection to increase system reliability

Flexibility

Create a custom motor driving solution or add more functionality into one IC

Application Optimization

Use HVPAK as a standalone load driver or integrate motor control functionality


Image
HVPAK motor types illustrative diagram showcasing DC motor, stepper motor and solenoid.

DC Motors

  • Constant voltage mode
  • Constant current mode
  • Custom current sensing
  • Custom fault monitor
  • PWM soft start

Stepper Motor

  • Full-, half-, microstep mode
  • Configurable current limit
  • Configurable fault monitor
  • Sleep mode

Solenoids

  • No need for external diode for relay coil
  • Multi-drivers
  • Zero-crossing detection

 

View our HVPAK Application Notes

Product Selector: HVPAK

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Type Title Date
Certificate PDF 197 KB
Brochure PDF 4.42 MB 日本語 , 简体中文
Brochure PDF 24.50 MB 日本語
White Paper PDF 1.18 MB
Brochure PDF 1.08 MB
White Paper PDF 327 KB
Reducing the power consumption of integrated circuits is critical for sustainability and device efficiency. This paper details common power-saving techniques for microcontrollers and highlights Renesas' GreenPAK ICs as an optimized solution. By using features like low-power standby modes, selectable clocks, and dynamic power control for peripherals, GreenPAK devices significantly reduce current draw, making them ideal for portable, battery-powered applications and a more sustainable future.
Brochure PDF 247 KB
Brochure PDF 205 KB
Brochure PDF 200 KB
Brochure PDF 174 KB
Brochure PDF 199 KB
Brochure PDF 180 KB
Brochure PDF 197 KB
Brochure PDF 221 KB
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