AD7606 DATA Acquisition Module 200Ksps 16Bits review

Enojy Boian'review about this AD7606 DATA Acquisition Module 200Ksps 16Bits
Find more product deatails here; and view Boian's project here. 

1) Description
1. using high-precision 16-bit ADC chip AD7606
2. 8 analog inputs. 1M ohm impedance. [No negative supply, there is no front-end analog amplifier 
can be connected directly to the sensor output]
3. the input range of plus or minus 5V, plus or minus 10V. By IO control.
4. Resolution 16.
5. the maximum sampling frequency sampling rate of 200ksps. Supports eight sampling settings file 
(which can effectively reduce the jitter)
6. built-in benchmark
7. a single 5V power supply
8. SPI Interface, or 16-bit bus interface. Interface IO level can be 5V or 3.3V.
    We AD7606 module factory default is 8080 parallel interface.
    If SPI interface mode, you need to modify R1 R2 resistor configuration.
    Parallel Mode Jumper: R1 floating (not stickers), R2 10K resistor paste
    SPI interface mode jumper: R1 stickers 10K resistor, R2 floating (not stickers)
    AD7606 configuration is very simple, it has no internal registers. Range and over-sampling parameters 
are controlled via an external IO.
    Pulse frequency sampling rate provided by the microcontroller or DSP control.
    AD7606 must use a single 5V supply.
    Level communication interface between the AD7606 and SCM controlled by VIO pin. 
That VIO power supply must be connected to the microcontroller can be 3.3V can also be 5V.

2) Boian Review details
The module has configuration resistors for this:

The next step is to start connecting the module to Arduino. Since I will need 16 pins just for the data, and I still need to connect Reset, CS, RD and few others, I decided to use Arduino Mega. I have an Ethernet Shield installed on my Mega for other developments, and testing, so I decided to leave the shield in place for the experiment. Here is the result:

To start measurement, you need to set the Convst A and Convst B to low. 

The 2 signals can be set at different time:

3) Product Images