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Application for PID algorithm in the digital design of power
By: Hanyu Lu; Huajun Wang; Xiaolong Yang; Wenbo Cheng;
2011 / IEEE / 978-1-4673-1690-3
This item was taken from the IEEE Conference ' Application for PID algorithm in the digital design of power ' Function for the limitations of existing analog power, a PID algorithm based on high-precision digital power design. DSP and FPGA technology to do with digital PID regulator, produced by the digital PID algorithm to control the PWM wave chopper to control the main circuit, thereby replacing the traditional analog PID regulator. Experiments show that: a flexible system structure change, according to system requirements, for a variety of digital PID control variable, the circuit is more simple, more accurate, more versatile.
Field Programmable Gate Arrays
Integrated Circuit Design
Pulse Width Modulation
Digital Pid Control Variable
Digital Pid Algorithm
High-precision Digital Power Design
Digital Pid Regulator
Pwm Wave Chopper Control
Analog Pid Regulator
Flexible System Structure Change
Digital Signal Processing
Digital Signal Processing Chips
Control Engineering Computing