1PMT5920BT3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 1PMT5920BT3 is a single diode-connected Zener transistor which, when connected as part of a conventional bridge rectifier circuit, is capable of providing adjustable current, voltage and power protection. With its adjustable parameters, this device is ideal for applications that require exact precision in current, voltage and power settings. This device also features a low EMI (electromagnetic interference) level, making it suitable for use in high-EMI applications.

The basic working principle of the 1PMT5920BT3 is based on the Zeners ability to control the current in a rectifier circuit. When connected between two branches of a bridge rectifier, the device creates a single diode-connected Zener diode at one of the branches which serves to limit the voltage at that branch. This action creates a DC voltage across the Zener diode which is determined by a current-limiting resistor connected to the same side of the bridge where the device is attached. The voltage setting must be configured in order to achieve optimal performance.

The device\'s adjustable current setting is employed in order to guarantee a constant current while the system is in operation. This ensures that the compensating voltage is maintained at a predetermined level, regardless of the flow current in the circuit. This action not only protects the system from short circuits, but also prevents malfunctioning from occurring due to excessively low or high voltages.

The adjustable voltage setting is employed for the purpose of regulating the output voltage at a no-load condition. This is necessary to make sure that the system does not encounter shutdowns due to an excessive voltage output caused by an increase in the no-load current. The adjustable power setting enables the system to maintain the power output at its rated value, regardless of the load condition.

The 1PMT5920BT3 is widely used in a variety of applications, such as industrial, medical and automotive. With its adjustable parameters and low EMI level, this device is highly suitable for high-power applications which require exact precision in current, voltage and power settings.

The specific data is subject to PDF, and the above content is for reference