IRACS201 Search Results

IRACS201 Datasheets (2)

Part	ECAD Model	Manufacturer	Description	Curated	Type	PDF
IRACS201		International Rectifier	Single Axis Bundled System Accelerator1 System Manual		Original	PDF
IRACS201PBF		International Rectifier	Single Axis Servo Drive Design Platform Accelerator System Manual		Original	PDF

IRACS201 Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
SVPWM Abstract: 1.5KW motor SVPWM fpga ac servo motor encoder AC Motor Servo Schematic IR2137 SPI PWM Microcontroller 1KW motor igbt power 5kw brake rectifier motor Text: January 15, 2003 Rev 2.1 IRACS201 Single Axis Servo Drive Design Platform AcceleratorTM System Manual Features Product Summary Low cost complete AC servo drive design platform Low cost FPGA Spartan2 based closed loop torque and velocity control Current loop bandwidth (-3dB)	Original	PDF	IRACS201 IR2137 IR2175 30V/1 00V/30A IRACS201 IRACO201 SVPWM 1.5KW motor SVPWM fpga ac servo motor encoder AC Motor Servo Schematic SPI PWM Microcontroller 1KW motor igbt power 5kw brake rectifier motor
verilog code power management Abstract: IR2137 IR2171 IRACB201 IRACO201 IRACS201 IRACV201 600v 30a Text: December 20, 2002 Rev 2.0 IRACB201 Accelerator Bundled System with Source Code AcceleratorTM System Manual Features Product Summary Complete bundled system including design platform Current loop bandwidth -3dB and source and object code (IRACS201, IRACO201	Original	PDF	IRACB201 IRACS201, IRACO201 IRACV201) 30V/1 00V/30A 400Hz 40kHz IR2137 IR2171/IR2175 verilog code power management IR2171 IRACB201 IRACO201 IRACS201 IRACV201 600v 30a
SPEED CONTROL OF AC SERVO MOTOR USING FPGA Abstract: ac motor and fpga ac motor servo control circuit diagram DC motor interfacing fpga 3 phase induction motor fpga MICROCONTROLLER pwm code for motor driven ic bldc SPEED CONTROL 5 KW DC MOTOR SPEED CONTROLLER in fpga closed loop control of servo motor in microcontroller verilog code motor Text: Platform Delivers Fast, Flexible AC Servomotor-Control Designs New digital motor-control applications exceed the capabilities of conventional solutions. International Rectifier’s Accelerator platform solves this problem and reduces development time by eliminating programming, coding, debugging, and code maintenance.	Original	PDF

Catalog Datasheet

MFG & Type

PDF

Document Tags

SVPWM

Abstract: 1.5KW motor SVPWM fpga ac servo motor encoder AC Motor Servo Schematic IR2137 SPI PWM Microcontroller 1KW motor igbt power 5kw brake rectifier motor
Text: January 15, 2003 Rev 2.1 IRACS201 Single Axis Servo Drive Design Platform AcceleratorTM System Manual Features Product Summary Low cost complete AC servo drive design platform Low cost FPGA Spartan2 based closed loop torque and velocity control Current loop bandwidth (-3dB)

Original

PDF

IRACS201 IR2137 IR2175 30V/1 00V/30A IRACS201 IRACO201 SVPWM 1.5KW motor SVPWM fpga ac servo motor encoder AC Motor Servo Schematic SPI PWM Microcontroller 1KW motor igbt power 5kw brake rectifier motor

verilog code power management

Abstract: IR2137 IR2171 IRACB201 IRACO201 IRACS201 IRACV201 600v 30a
Text: December 20, 2002 Rev 2.0 IRACB201 Accelerator Bundled System with Source Code AcceleratorTM System Manual Features Product Summary Complete bundled system including design platform Current loop bandwidth -3dB and source and object code (IRACS201, IRACO201

Original

PDF

IRACB201 IRACS201, IRACO201 IRACV201) 30V/1 00V/30A 400Hz 40kHz IR2137 IR2171/IR2175 verilog code power management IR2171 IRACB201 IRACO201 IRACS201 IRACV201 600v 30a

SPEED CONTROL OF AC SERVO MOTOR USING FPGA

Abstract: ac motor and fpga ac motor servo control circuit diagram DC motor interfacing fpga 3 phase induction motor fpga MICROCONTROLLER pwm code for motor driven ic bldc SPEED CONTROL 5 KW DC MOTOR SPEED CONTROLLER in fpga closed loop control of servo motor in microcontroller verilog code motor
Text: Platform Delivers Fast, Flexible AC Servomotor-Control Designs New digital motor-control applications exceed the capabilities of conventional solutions. International Rectifier’s Accelerator platform solves this problem and reduces development time by eliminating programming, coding, debugging, and code maintenance.

Original

PDF