CMPD2005SG TR

Diodes - Rectifiers - Arrays

The CMPD2005SG TR application field and working principle are a type of diodes, rectifiers, and arrays. This type of diode is used to reduce the power losses that commonly occur when electricity passes through multiple rectifiers in a series. The CMPD2005SG TR application field and working principle are also useful to minimize the burden on diode requirements in terms of current handling and heat management. The CMPD2005SG TR application field and working principle are typically used in power management applications where rectification is required.

The CMPD2005SG TR is a rectifier array, which is composed of six series-monitored, low-side Schottky rectifiers connected in parallel. It is designed with a soft-recovery waveform and low noise, which avoids runaway conditions or EMI issues. Each rectifier of the CMPD2005SG TR array is monitored into two channels (control and reset), allowing the total power drawn from the array to be maintained within reasonable levels.

The CMPD2005SG TR rectifier array works by using a two-terminal reverse recovery saver circuit. This circuit monitors and controls the switching current of each of the rectifiers, allowing for a much lower power loss and improved efficiency. The circuit works by sensing the voltage drop across the active region of the rectifier and comparing it to a reference voltage. If the voltage drop across the active region is too high, then the circuit will force the rectifier to reset, stopping the multiplication of current losses due to conduction across the active region.

When a load is connected to the CMPD2005SG TR rectifier array, it will first pass through the monitoring circuit and then through the diodes. The CMPD2005SG TR rectifier array is designed with a soft recovery waveform, which reduces any power losses or noise when a load is connected. This reduces the burden on the diode requirements in terms of current handling and heat management.

In order to reduce the burden further, the CMPD2005SG TR rectifier array is designed with monitored channels (control and reset). This helps to maintain the total power drawn from the rectifier array at levels which do not exceed the maximum power point, maintaining power efficiency and reducing heat buildup.

The combination of the monitored two-terminal reverse recovery saver circuit, low current drain and low noise emission, make the CMPD2005SG TR rectifier array an ideal choice for power management in applications such as automotive and industrial. It is also a good option for use in applications with very high power loads, due to its ability to handle high current levels without excessive heat production.