ZONRI AD2S1210 16Bit Rotary Encoder RDC Module Resolver Module Supports Quadrature Signal Output

ZONRI AD2S1210 16Bit Rotary Encoder RDC Module Resolver Module Supports Quadrature Signal Output

Features:
* Complete AD2S1210 resolver acquisition module
* On-board SEPIC converter supports 2.7-8VDC wide voltage input
* 16Bit/electrical angle, support SPI serial interface and parallel interface, and support quadrature encoded signal output
* Magneto-resistive resolvers and split resolvers are supported
* Flexible configuration of excitation source frequency and amplitude
* Reference programs are provided

Package Included:
* AD2S1210 module x 1
* 2.54 2X11 pin header x 1
* 2.54 1X10 pin header x 1
* 2.54 1X11 pin header x 1

FAQ:
Q: How do I use an oscilloscope to measure an excitation signal?
A: EXC+/EXC- can be measured using a differential probe. With a conventional probe, use the two channels of a 2CH oscilloscope to test EXC+ and EXC- separately, and then subtract the two channels using the "math function" of the oscilloscope.

Q: What's the size of the excitation signal?
A: For RDC, it usually works well in a wide range of frequencies and amplitudes, and the appropriate amplitude and frequency of excitation source can achieve good noise performance and low power consumption. The default excitation amplitude for the AD2S1210 module is 6.4Vpp. To adjust the amplitude, you need to change the hardware parameters, please refer to the schematic diagram of the AD2S1210 module.