AI
The AI (Analog Input) panel allows users to perform analog signal measurements for voltage or current. Through this interface, you can configure acquisition channels, sampling modes, and sampling rates, and view signal waveforms in real-time.
AO
The AO (Analog Output) panel allows users to perform analog signal output control for voltage or current. Through this interface, you can manually set the output values for each channel or update multiple channels simultaneously.
AHRS
The AHRS (Attitude and Heading Reference System) panel allows users to read data from the attitude and heading reference system. Through built-in accelerometers, gyroscopes, and magnetometers, it calculates and displays the device's 3D attitude in real-time.
Counter
The Counter panel allows users to perform pulse signal counting and frequency measurement. You can set the trigger edge and the time interval for frequency measurement to adapt to different signal characteristics.
DI
The DI (Digital Input) panel allows users to read the status of digital input signals. Through this interface, you can monitor the digital signal changes of each port in real-time to confirm the input status of external devices.
DO
The DO (Digital Output) panel allows users to control the status of digital output signals. Through this interface, you can manually toggle the high and low potential outputs of each channel and set the initial power-up state.
DPOT
The DPOT (Digital Potentiometer) panel provides users with control over digital variable resistors, which can be applied to analog circuit parameter adjustment or sensor simulation.
Encoder
The Encoder panel allows users to read position and speed information from quadrature encoders. It is suitable for motor position feedback and rotation speed monitoring.
Function Generator
The Function Generator panel allows users to generate various standard waveform signals through analog output channels.
I2C
The I2C (Inter-Integrated Circuit) panel provides users with I2C protocol testing. You can set the clock rate and perform read, write, and query operations on slave devices.
Matrix
The Matrix (Matrix Switch) panel provides users with control over the connection status of matrices and multiplexers. Through a visual interface, you can set cross-point connections for rows (Row) and columns (Column).
Motion
The Motion (Motion Control) panel provides a complete test environment for axis control functions. You can monitor axis card status in real-time, configure I/O parameters, perform Find Reference (Home), and directly issue motion commands to control motors.
MUX
The MUX (Multiplexer) panel allows users to control the channel switching of multiplexers.
PWM
The PWM (Pulse Width Modulation) panel allows users to generate pulse width modulation signals. You can control the frequency and duty cycle (Duty Cycle) of the digital signal, applicable to applications such as motor control and LED dimming.
Relay
The Relay panel allows users to control the switch status of relays on the device and set the initial power-up state.
SPI
The SPI (Serial Peripheral Interface) panel provides users with SPI serial communication testing. You can set the SPI mode and transmission rate to perform full-duplex communication with peripheral devices.
Servo Drive
The WPC-EDrive-SRV is a single-axis servo motor integrated driver with a network interface. Through the Servo Drive panel, users can intuitively set driver parameters, perform motor auto-tuning procedures, and conduct motion control tests.
Step Drive
The WPC-EDrive-ST is a single-axis stepper motor integrated driver with a network interface. Through the Step Drive panel, you can set the driver current, resolution, perform motion tests, and vibration suppression functions.
Thermo
The Thermo panel is specifically designed for temperature measurement, supporting Thermocouple and RTD (Resistance Temperature Detector) sensors. It provides various sensor type selections and signal filtering functions.
UART
The UART (Universal Asynchronous Receiver/Transmitter) panel provides users with asynchronous serial communication testing. You can set parameters such as baud rate and parity check to perform data transmission and reception.