Microchip Technology EV71S00A MIC21LV32 Evaluation Board
Microchip Technology EV71S00A MIC21LV32 Evaluation Board facilitates an extensive evaluation of the features and performance of the MIC21LV32 capabilities. The MIC21LV32 is a constant on-time, dual-phase synchronous buck controller featuring a unique adaptive on-time control architecture with stackable features up to eight phases.
The Microchip EV71S00A MIC21LV32 Evaluation Board is based on a buck topology and provides an adjustable output voltage between 0.6V and 28V, with a maximum current of 80A when supplied with 4.5V to 36V input voltage. Nevertheless, the board is tuned and optimized for 12V input (±20%) and 0.82V/80A output.
Features
- Input voltage range from 4.5V to 36V
- Adjustable output from 0.6V to 28V
- Adaptive constant on-time control
- High Delta-V operation
- Any Capacitor™ stable
- 0.6V Internal reference with ±1% accuracy
- Operates in CCM, stackable for multiphase operation up to eight phases
- Ripple injection from the third node which allows greater than 50% duty cycles
- Hyperlight load and phase shedding
- Automatic phase shedding with user settable thresholds or externally controlled phase shedding for the slave
- Accurate current balancing between phases
- Accurate phasing between phases which are always 180o out of phase
- 100KHZ to 800KHZ switching Frequency per phase
- High Voltage Internal 5V LDO for single-supply operation
- Secondary LDO to improve system efficiency
- Supports start-up to pre-bias output
- Remote sense amplifier for tight output regulation
- Supports Adaptive voltage positioning (AVP) or Droop
- Precision Enable function for low standby current
- External programmable soft start to reduce inrush current
- Programmable current limit and hiccup short circuit protection
Kit Contents
- MIC21LV32 Evaluation board PCB
- Important information sheet
- China RoHS declaration
Associated Products
Microchip Technology MIC21LV32 & MIC21LV33 Advanced COT PWM Controllers
Provides a unique adaptive Hyper Speed Control® architecture supports ultrafast transient response.
Additional Resources
Front Overview
Back Overview
Connection Diagram
Published: 2022-04-20
| Updated: 2022-04-26