MHCHXM has successively launched the following Schottky series products with specific performance, which can be used in motor speed regulation and wind power auxiliary power boards, communication power supplies, AC/DC, DC/DC power supplies, LED power supplies, solar bypass diodes, etc.

Ultra low forward Schottky series ● Ultra low forward voltage drop, low high-temperature leakage, compared to conventional Schottky, more suitable for high current and low-power applications, and more in line with the energy specifications of end customers.

Low forward, high junction temperature Schottky series (175 degrees) ● Low forward voltage drop, extremely low reverse leakage current, and leakage at 125 degrees Celsius below 500uA.

● Compared to conventional low forward Schottky switches, the low forward and high junction temperature Schottky series have smaller switching losses, higher temperature resistance, stronger load-bearing capacity, and higher quality reliability.

Flat high junction temperature Schottky (175 degrees) ● Extremely low reverse leakage and stable high temperature state.

● Compared to conventional Schottky diodes, the planar high junction temperature Schottky series has higher voltage resistance, stronger load-bearing capacity, and higher quality reliability.

High power Schottky series ● Jiangsu MHCHXM is committed to the development and production of high-power Schottky products, which have the advantages of low leakage, strong reliability, and high forward surge.

In response to the higher performance requirements of clients for fast recovery products, MHCHXM has launched a series of ultra fast soft recovery products:

● Has extremely short recovery time (< 25ns, typical value is 17ns), soft recovery characteristics, and a junction temperature of 175 degrees.
● Greatly reduce switch losses, reverse spikes, and EMI interference, improve power density, reduce size and weight, and achieve higher quality reliability.
● Control the stability of TRR, with lower TRR and better consistency at high temperatures.