20 pin input connector fromFPGA Trainer board
6 output lines (PWM lines generated by VHDL program) are
terminated at screw type connector to interface with various power
modules.
This module is designed for power electronics mosfet chopper /
inverter applications. By adding more number of this module we can
built single phase or three phase applications
One number of IRF840 MOSFET with snubber circuit and heat sink provided for power circuit One number of IR2110 driver IC used as driver with opto isolation One 2 pin Screw type phoenix connector for MOSFET terminals Drain & source and another 2 pin connector for PWM input from FPGA controller.
#PWM input : 0-5V/0-3V level
#Power input : 0-24V DC @ 2amp
This module is designed for power electronics IGBT chopper /
inverter applications. By adding more number of this module we can
built single phase or three phase applications.
One number of IRGBC20S IGBT with snubber circuit & heat sink provided for power circuit One number of IR2110 driver IC used for IGBT driver with opto isolation. One 2 Screw type phoenix driver IC used for IGBT terminals Cathode & Emitter and another 2 pin connector for PWM input from FPGA Controller. PWM input : 0-5V/0-3V level Power input: 0-24V DC @ 2 Amp
This module is designed for power
electronics SCR converter / chopper applications. By adding more
number of this module we can built single phase or three phase
applications
One number of TYN612 SCR with snubber circuit & heat sink provided for power circuit One number of pulse amplifier circuit with pulse transformer provided for SCR pulse isolation One 2 pin Screw type phoenix connector for SCR terminals Anode & cathode and another 2 pin connector for SCR pulse input from FPGA Controller. One number of step down transformer with ZCD circuit provided for supply synchronization and terminated at screw type terminals PWM input : 0-5 V/0-3V level Power input : 0-24V AC/DC @ 1A
This module is designed for power
electronics TRAIC regulator applications. By adding more number of
this module we can built single phase or three phase applications.
One number of BTA12 TRIAC with snubber circuit with heat sink provided for power circuit One number of pulse amplifier circuit with pulse tranformer provided for TRIAC pulse isolation One 2 pin Screw type phoenix connector for TRIAC terminals MT1 & MT2 and another 2 pin connector for SCR pulse input from FPGA controller. One number of step down transformer with ZCD circuit provided for supply synchronization and terminated at screw type terminals to FPGA controller. PWM input : 0-5V/0-3V level Power input: 0-24V AC,1 Amp
One number of fixed resistor provided for R- load One number of inductor provided for L-load. One number of 24VDC,1amp supply provided for power circuit input. One number of 24V AC,1 Amp provided for power circuit input One number of +15V DC supply provided for control card Necessary connector provided for supply and load output Fuse provided for protection
vii. Power Electronics Application Software (VPE-SOFT 100F)[TOC]
The application program are written in VHDL language using
XILINX-ISE foundation software or EMBEDDED-C (EDK). Sample
programmes provided for the following experiments.
Single phase SCR AC Voltage regulator with
R-RL load Single phase triac AC voltage regulator with
R-RL load Single phase half-fully controlled converter with R, RL load IGBT/MOSFET based Single/Two/Four quadrant chopper with R, RL load IGBT/MOSFET based single phase sine PWM inverter with RL load MOSFET based fly-back converter MOSFET based buck converter MOSFET based boost converter MOSFET based buck-boost converter Open loop speed control of three phase ac induction motor using V/F control
(SPWM) Closed loop speed control of three phase AC induction motor using V/F control
(SPWM)
20 pin input connector fromFPGA Trainer board
