TMDSHVBLPFCKIT
HV Bridgeless PFC Developer's Kit
TMDSHVBLPFCKIT
Overview
CAUTION: This equipment operates at high voltages and currents which can result in hazardous electrical shock. Please make sure you understand and follow all necessary safety precautions prior to purchasing and operating.
TMDSHVBLPFCKIT is a DIMM100 controlCARD based motherboard evaluation module which uses Piccolo F28035. The bridgeless power factor correction kit is intended for designers working on high power AC to DC rectification systems. This kit features full digital control of PFC power stage, and supports 95-260Vrms (AC) input, with a 400VDC / 300W output. Complete documentation of the kit includes schematics and user’s guide, as well as software packages for current control loops, voltage control loops, over-voltage protection, soft-start and inrush current limiting.
Features
Hardware Features
- Input Voltage (AC Line): 95V (Min) to 240V (Max), 47~63Hz
- 400Vdc Output
- 300 Watts Output Power
- Full Load efficiency greater than 93%
- Power factor at 50% or greater load – 0.98 (Min)
- PWM frequency 200kHz
- Hardware Files are in controlSUITE at development_kits\BLPFC_v1.0
Software Features
- Free download of Code Composer Studio IDE
- Free download of controlSUITE for device drivers and example projects
Get Started
- Follow the Quick Start Guide included in the kit
- Or included in controlSUITE at C:\ti\controlSUITE\development_kits\BLPFC_v1.0
- HV Bridgeless PFC Motherboard
- Piccolo F28035 Isolated controlCARD
- Software CD
C2000 real-time microcontrollers
Order & start development
TMDSHVBLPFCKIT – HV Bridgeless PFC Developers Kit
Technical documentation
Type | Title | Date | |
---|---|---|---|
More literature | TMDSHVBLPFCKIT EU Declaration of Conformity (DoC) | Jan. 02, 2019 | |
White paper | Implementing peak current mode control of a switch-mode power supply | Jun. 22, 2012 |
Related design resources
Hardware development
DAUGHTER CARD
Software development
DRIVER OR LIBRARY
Support & training
TI E2E™ forums with technical support from TI engineers
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