Application areas:
Signal isolation: Through the P+F isolation barrier, the electrical isolation of input and output signals can be achieved to avoid system problems caused by equipment failure or electrical interference.
Signal conversion: It can convert different types of signals, such as current signals, standard voltage signals, digital signals, etc., to ensure that the signal can be transmitted normally between different devices.
Preventing current backflow: Using an isolation barrier can effectively avoid equipment damage or failure caused by current backflow.
Industrial site protection: Suitable for high noise, high current and dangerous environments to ensure the reliability of system operation.
Factors to consider when selecting a P+F isolation barrier:
Signal type: Select a suitable isolation barrier according to the type of signal to be transmitted (such as analog signals, digital signals, current signals, etc.).
Working voltage: Confirm that the working voltage range of the isolation barrier meets the system requirements.
Input and output channels: Consider how many input and output channels are required and select the appropriate number of isolation barrier modules.
Durability and environmental adaptability: For use in industrial environments, select equipment that can adapt to harsh conditions such as high temperature, high humidity, and vibration.
Certification and Compliance: Ensure that products comply with relevant safety and certification standards, especially in special industry applications.