Constant current function module is disabled port junction

The constant current function module is disabled at the port junction, which has 13 terminals. When the module is turned OFF, the constant current ban port also becomes inactive. The constant current function is lost when the module is grounded in the OFF state, leaving only the phase shift control function operational.

The constant current function module is designed to regulate current flow in electronic circuits, ensuring that a consistent current is maintained regardless of variations in load or supply voltage. The module features a 13-terminal port junction, which facilitates connections to various components within the circuit.

When the module is in the OFF state, the constant current ban port is deactivated, meaning it will not allow current to pass through, effectively isolating the module from the circuit. This feature is crucial for applications where safety and power management are priorities, as it prevents unintended current flow that could lead to circuit damage or inefficiency.

In addition to the constant current functionality, the module incorporates a phase shift control feature. This allows for adjustments in the phase of the current waveform, which can be essential in applications such as motor control, where precise timing of the current is necessary for optimal performance. The phase shift control function remains operational even when the constant current function is disabled, providing flexibility in circuit design.

Overall, this module is a versatile component in electronic systems, particularly those requiring precise current regulation and phase control. Its design ensures that it can be safely and effectively integrated into a variety of applications, enhancing the overall functionality and reliability of the circuit.Constant current function module is disabled port junction figure, 13 feet; OFF, constant current ban port. Loss of function when OFF constant current is grounded, the module i s only phase shift control function.