Home > Product > Robot control system > RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board

  • RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board
  • RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board
  • RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board
RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board

RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board

RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board 

Product Details Introduction

RENISHAW RPI20-P9-XX M-5225-0521-04 Printed Circuit Board

beginning

RENISHAW RPI20-P9-XX M-5225-0521-04 printed circuit board is a parallel interface board for Renishaw laser interferometer encoder, which can convert sine and cosine analog signals with high precision and provide ultra precision position feedback data.

Support 1Vpp orthogonal differential analog signal input, compatible with RLE laser measurement system

Built in 4096 times high-precision interpolation operation, positioning resolution can reach picometer level

36 bit binary complement parallel data output, complete position values without loss

Single bus compatible with up to 7-axis synchronous acquisition, centralized control of multi axis devices

Input bandwidth up to 6.5MHz, no lag in high-speed motion scene data

Extremely low subdivision error, SDE error controlled within ± 0.5nm

Onboard dip switch, freely switch output resolution parameters

Real time feedback on signal strength, fault reports, and other status information

Industrial grade isolation wiring to resist electromagnetic interference from equipment

Multi layer precision PCB routing ensures impedance stability and integrity of high-frequency signals

Compact standard board size, compatible with VME industrial control rack installation

Support external trigger collection, can synchronize sampling with linked devices

Multiple overvoltage and electrostatic protection, suitable for precision equipment workshop working conditions

Low power chip solution, long-term continuous operation with controllable temperature rise

Standardized terminal slots, no need for complex debugging during disassembly and maintenance

ending

RENISHAW RPI20-P9-XX M-5225-0521-04 printed circuit board has high measurement accuracy and strong multi axis adaptability. It is a core supporting board for laser displacement feedback in precision machine tools and detection equipment.

Product imag

renishaw_vme_rpi20-p9-xx_m-5225-0521-04_1.jpg


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