USB-3310 Data Acquisition Card USB Data Acquisition Module 16Bit 125KSa/s Sampling 8AI 4AO 4DI 4DO

USB-3310 Data Acquisition Card USB Data Acquisition Module 16Bit 125KSa/s Sampling 8AI 4AO 4DI 4DO

USB-3310 Introduction:
- Resolution: 16-bit
- Sampling rate: 125KSa/s
- Analog Input: 8-ch
- Analog Output: 4-ch
- Counter: 3-ch
- Digital input: 4-ch
- Digital output: 4-ch

Description:
The data acquisition card is based on high-speed USB read-write technology to achieve high-bandwidth data transmission and meet the data acquisition needs of high sampling rate. It has 16-bit vertical resolution and 7 ranges with a maximum of ±24V to meet different applications.

Features:
- Vertical resolution 16bit
- 8CH analog input
- Multi-range input, each channel can independently configure the ranges. ±24V (only in differential mode), ±20V (only in differential mode), ±10V, ±5V, ±2.5V, ±1.25V, ±0.5V
- 3CH counter timer function, can count pulses, measure encoder signal, displacement sensor to realize position measurement function
- 4CH analog output: 16bit vertical resolution, ±10V output range. Analog output maximum sampling rate 100kSa/s per channel, waveform point length 2k/ch
- 4CH high-speed DI/DO: The highest sampling rate is 10MS/s per channel. Flexible trigger selection makes it easy to build a complex debugging system
- Can use 250-ohm 1/10000 sampling resistor for 4-20mA current collection
- Minimum 0.5V range, low noise, easy to deal with small signal test
- Support for Visual Studio, LabVIEW, Matlab, convenient for independent development of automated test systems
- USB2.0 high speed interface
- Used in sensor data acquisition, control system and automation, laboratory research and application
- Higher sampling rate better restore signal
- Simultaneous analog output supports 2000 arbitrary waveform output per channel
- Free data acquisition software. The universal data acquisition software for DAQ-Sensor can complete the basic parameter configuration of the acquisition card without any programming, and quickly start data acquisition tasks. For the data collection of sensor output, there are functions such as sensor labeling and sensor unit conversion in the configuration. The data acquisition results are displayed in real time in the form of waveforms. The data has data storage and playback functions, and the stored data can be converted into csv format to facilitate subsequent data analysis and processing.
- Development support software: support development for LabVIEW and provide a complete development package. Each function of the data acquisition card can directly call the corresponding VI to realize its function. And the open sample acquisition program for LabVIEW will become a quick reference for designing data acquisition applications. Support the development of for VisualStudio and Matlab, provide a function dynamic link library containing all the functions of the card, detailed documentation and sample programs in multiple languages. Support for VisualStudio, LabVIEW, Matlab to facilitate independent development of automated test systems.

10Pin Wiring Terminals:
- Contact material: phosphor bronze/nickel plated
- Square buckle: brass/nickel plated
- Rated voltage/current: 300V/8A

USB Data Cable:
- 1.5M
- Double magnetic rings, strong anti-interference

Parameters:
Analog Input:
- Number of channels: USB-3310: 8 single-ended/4 differential
- ADC type: SAR
- Resolution: 16-bit
- The highest sampling rate: USB-3310: 125kS/s, continuous without interruption, the sum of the channels used
- Timing resolution: 10ns
- Channel synchronization: No
- Range: ±10.24V / ±5.12V / ±2.56V / ±1.28V / ±0.64V
- Input coupling mode: DC
- Input impedance: 500MΩ
- Small signal bandwidth (-3 dB): 450kHz
- Input bias current: 0.7nA
- The highest voltage of analog input: the voltage of each input terminal to ground does not exceed ±12V
- Software FIFO: 2MPts/Ch
- Pre-trigger FIFO: 4096Pts
- AI acquisition mode: continuous acquisition mode and limited number of acquisitions



Analog Output:
- Number of channels: 4
- Resolution: 16-bit
- DNL: ±1LSB
- Maximum update rate: 100kHz/Ch
- Timing resolution: 10ns
- Channel synchronization: yes
- Input range: ±10V
- Output coupling: DC
- Output impedance: 0.1Ω
- Output drive current: 10mA
- Power-on state: within ±50mV
- Hardware FIFO: 2048Pts/Ch
- AO output mode: DC direct output, onboard FIFO waveform periodic output, onboard FIFO waveform trigger N cycles, computer buffered uninterrupted non-repetitive signal
- Output voltage settling time: 4μs
- Edge slope: 9.2V/us

Analog Output Accuracy:
- Range: -10V to 10V
- Gain error (ppm of reading): 30ppm
- Gain temperature coefficient (ppm/℃ of reading): 5/℃
- Offset error (ppm of range): 50ppm
- Offset temperature coefficient (ppm/℃ of range): 5/℃
- Absolute accuracy of full scale (mV): 5mV
- Reference temperature coefficient: 5ppm/℃
- INL error (ppm of range): 120ppm

Digital Input & Output:
- Number of channels: 4 inputs, 4 outputs
- Reference ground: DGND
- Digital input pull-up resistance: 10kΩ
- Digital input voltage: high level: 1.95V~5V; low level: 0V~1.2V
- Digital output voltage: high level: 3.3V; low level: 0V~0.003V
- Digital output power state: low level
- DIN highest sampling rate: 10MS/s per channel
- DOUT highest update rate: 10MS/s per channel
- Timing resolution: 10ns
- Channel synchronization: Yes
- DIN software FIFO: 2MPts/Ch
- DIN pre-trigger FIFO: 2048Pts/Ch
- DOUT hardware FIFO: 2048Pts/Ch
- DIN acquisition mode: continuous acquisition mode and OneShot mode
- DOUT output mode: direct output, onboard FIFO waveform generation periodically, onboard FIFO waveform trigger N cycles, computer buffered uninterrupted non-repetitive signals
- DOUT edge time: rising edge: 6ns; falling edge: 8ns

Counter:
- Number of channels: 3
- Counter resolution: 32-bit
- Reference ground: DGND
- Input interface pull-up resistance: 10kΩ
- Input voltage (Src/Gate/Z): High level: 1.95V~5V; Low level: 0V~1.2V
- Output voltage (Out): High level: 3.3V; Low level: 0 V~0.003V
- Output power state: low level
- Functions: edge counting, frequency measurement, pulse measurement, pulse width measurement, quadrature encoder measurement (X1/X2/X4/reset channel Z), double pulse encoder measurement
- Internal reference clock: 100MHz
- Internal Src can be set step: 10ns
- External Src input maximum: 25MHz
- Reference clock accuracy: 25ppm
- Hardware FIFO: 256Pts/Ch
- Acquisition mode: single point measurement, sampling clock timing acquisition, implicit buffer acquisition

External Trigger:
- Number of external trigger channels: 1 input, 1 output
- Input voltage: high level: 1.95V~5V; low level: 0V~1.2V
- Output voltage: High level: 3.3V; Low level: 0V~0.003V
- Output power state: low level
- Output edge time: rising edge: 6ns; falling edge: 8ns

External Sampling Clock I/O:
- Number of channels: 1 input, 1 output
- Input voltage: high level: 1.95V~5V; low level: 0V~1.2V
- Output voltage: High level: 3.3V; Low level: 0V~0.003V
- Output power state: low level
- Output frequency range: DC ~ 1 MHz
- Output edge time: rising edge: 6ns; falling edge: 8ns

Calibration:
- Recommended warm-up time: no less than 20 minutes
- Recommended calibration interval: 1 year

Bus Interface:
- USB: USB2.0 high speed interface

Power Supply Requirements:
- USB interface power supply: 4.5V~5.5V
- Typical current without load: 400mA
- Maximum load: 600 mA

Physical Characteristics:
- Size: Without connector: 150*96*28mm; With connector: 150*112*28mm
- Weight (g): Without connector: about 185g; With connector: about 230g
- I/O connector: screw terminal
- Screw terminal connection: 16AWG~28AWG
- USB connector: USB Type B

Package Included:
- 1 x Set of Data Acquisition Module