16Bits ADC 8CH Synchronization AD7606 DATA Acquisition Module 200Ksps

Product Features Using high-precision 16-bit ADC chip AD7606 8 analog inputs. 1M ohm impedance. [No negative supply, no front-end analog amplifier can be connected directly to the sensor output] The input range is positive and negative 5V, plus or minus 10V. Through IO control. Resolution 16. 200ksps the maximum sampling frequency sampling rate. Supports eight sampling settings file (can effectively reduce jitter) ? ? product description Tip: To facilitate your choice, the PCB board analog input front pin (2x8 / 2.54mm pitch) is not soldered by default. We will give away 2x8 double needles and eight jumpers, at your discretion, soldered, welded or dropped. 1, using AD7606 high-precision 16-bit ADC chip 2,8 analog inputs. 1M ohm impedance. [No negative supply, no front-end analog amplifier can be directly connected to the sensor output] 3, input range plus or minus 5V, plus or minus 10V. Through IO control. 4, resolution of 16. 5, the maximum sampling frequency of 200ksps sampling rate. Supports eight sampling settings file (can effectively reduce jitter) 6, built-in benchmark 7, a single 5V power supply 8, SPI interface or 16-bit bus interface. The interface IO level can be 5V or 3.3V. The factory default for our AD7606 module is the 8080 parallel interface. If SPI interface mode, you need to modify the R1 R2 resistor configuration. Parallel mode jumper: R1 floating (not attached), R2 10K resistive paste SPI interface mode jumper: R1 paste 10K resistance, R2 floating (not attached) The AD7606s configuration is very simple, it does not have internal registers. Range and oversampling parameters are controlled via external IO. Pulse rate The sampling rate is controlled by the microcontroller or DSP. The AD7606 must use a single 5V supply. The V7 pin controls the level communication interface between the AD7606 and the microcontroller. That VIO power supply must be connected to the microcontroller can be 3.3V can also be 5V.