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ADS8361 Data Acquisition Module 16 Bits Four Fully Differential ADC 500KSPS 4 Channel 5V
Description:
- The AD8361 is a dual channel, 16 bits, 500kSPS, analog to digital (A/D) converter with four fully differential input channels, divided into two pairs, for high-speed synchronous signal acquisition. The input of the sample and hold amplifier is fully differential, and it is differential with the input of the A/D converter. This provides 80 dB excellent common mode rejection at 50 kHz, which is important in high noise environments.
Parameters:
- Model: ADS8361
- Type: Fully differential ADC
- Power supply: 5V
- Static power: 30mA
- Communication protocol: SPI Serial
- Communication Level: 3.3V
- Number of input channels: 4 differential channels
- Reference voltage (VREF): Default internal 2.5V, external input reference of solderable SOT-23 package chip
- Input range (must be met at the same time): 0~5V input to GND voltage, ±VREF (IN+)-(IN-)
- Resolving power: 16 bits
- Chip maximum sampling rate: 500kSPS (total throughput)
- Module provides routines: STM32F103RBT6 (Analog SPI)
- Module features: fully differential
- Application: Varied (motor control, multi axis positioning system, three-phase power supply control)
- Module weight: 20g (for reference)
- PCB size: 50 (L) x 50 (W)mm
- Modular connection: 3.81-8P socket, XH2.54 double row pin
Package Included:
- 1 x ADS8361
Note:
- The module is a low power consumption module, and it is recommended that the power supply should not exceed 5.25V
- Since the module is a high-precision device, it is recommended to use linear power supply to avoid unnecessary interference.
- It is recommended that the input and output signal lines be as short as possible. If they are too long, noise signals may be introduced. Poor contact or poor-quality wire may cause signal attenuation or excessive noise.
- The code delivered is only used by the main control board of our store. The program notes are complete, and the program is not explained. The functions other than the baby's detailed display need to be self-developed.
- If it is necessary to simply test the function of the module, it is recommended to use it with the control board of our shop. After correct wiring, power the control board to achieve signal acquisition and display.
