What is special about ASEMI's Schottky diode MBR20200FCT? Let's take a look at this Schottky diode of ASEMI that is suitable for all kinds of switching power supplies, inverters and other circuits.

MBR20200FCT is one of the representative models of ASEMI brand MBR series Schottky diode products. It belongs to the semiconductor rectification series of 20A current field. The reverse withstand voltage is 200V withstand voltage, which can prevent high voltage breakdown very well. It is very popular for customers who are resistant to high voltage, and other parameters are very impressive. The forward voltage Vf is 0.87V maximum, the current Ifs is 150A, and the operating temperature range is -40°C to +150°C. The TO-220 is used plastic package, reverse recovery current, Irrm: 10UA.  Let's talk about its operating temperature range, and package from these parameters,

MBR20200FCT can withstand temperatures up to 150 ° C, because chips have high Impact resistance, stable electrical performance, and good dependence. The MBR20200FCT uses a organization anatomical measurement to obtain a built-in 102Mil large-scale rectifier chip, which ensures that its parameters are stable and prevents thermal breakdown during circuit operation.

The TO-220 plastic seal used by the MBR20200FCT is better. We usually say that the plastic seal or the full plastic seal means that the MBR20200FCT Schottky diode internal frame, chip, soldering piece and other circuits are  enclosed and sealed from the outside world. The material used is epoxy resin. This high-quality epoxy material has very good heat resistance, oxidation resistance and insulation. We know that the downstream application areas of MBR20200FCT are mostly high-frequency rectification of power supply, so the safety requirements are relatively high, and MBR20200FCT needs to have good insulation to avoid circuit short-circuit and other faults. In this way, it can effectively prevent the internal circuit from coming into contact with the outside world by using the all-plastic package to protect the circuit.