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Product Overview The MCC44-16io1B is a phase leg Thyristor module designed for line frequency applications. It features planar passivated chips, long-term stability, and a Direct Copper Bonded Al2O3-ceramic pac...
Product Overview The MCMA35P1600TA is a phase leg Thyristor module designed for line frequency applications. It features planar passivated chips, long-term stability, and a Direct Copper Bonded Al2O3-ceramic fo...
Product Overview The MMO74-12io6 is a full-controlled AC controlling thyristor designed for line frequency applications. It features a planar passivated chip for long-term stability and advanced power cycling c...
Product Overview The MCC21-16io8B is a phase leg Thyristor module featuring planar passivated chip, long-term stability, and Direct Copper Bonded Al2O3-ceramic. Its isolated backside and DCB ceramic base plate ...
Product Overview The MCD162-16io1 is a phase leg thyristor/diode module designed for line frequency applications. It features a planar passivated chip, long-term stability, and a Direct Copper Bonded Al2O3-cera...
Product Overview The MCC26-16io1B is a phase leg Thyristor module designed for line frequency applications. It features planar passivated chips, long-term stability, and a Direct Copper Bonded Al2O3-ceramic pac...
Product Overview The MCC94-20io1B is a phase leg Thyristor Module designed for line frequency applications. It features planar passivated chips, long-term stability, and a Direct Copper Bonded Al2O3-ceramic bas...
Product Overview The MCD26-08io1B is a phase leg Thyristor/Diode module designed for line frequency applications. It features planar passivated chips, long-term stability, and a Direct Copper Bonded Al2O3-ceram...
Product Overview The MCD56-18io1B is a phase leg Thyristor/Diode module designed for line frequency applications. It features planar passivated chips, long-term stability, and a Direct Copper Bonded Al2O3-ceram...
Product Overview The MCMA140P1600TA is a phase leg Thyristor module designed for line frequency applications. It features planar passivated chip technology, long-term stability, and a Direct Copper Bonded Al2O3...
Product Overview The MCC200-16io1 is a phase leg Thyristor module featuring planar passivated chips, long-term stability, and a Direct Copper Bonded Al2O3-ceramic construction. Its design includes an isolated b...
Product Overview The MCR8SDG, MCR8SMG, and MCR8SNG are sensitive gate silicon controlled rectifiers designed for half-wave AC control applications. Their sensitive gate allows triggering by microcontrollers and...
... operations. This excitation regulator has simple structure, powerful function, east to use and reliable. SMER excitation regulator is applicable for to the rectifier circuit with 1 to 6 SCR, including singl...
... reliability, realize power and frequency tracking automatically. 3). High energy conversion over 97.5%, energy saving 15%-30% compared with SCR technology. 4). Diode rectifier cause high power factor more t...
... reliability, realize power and frequency tracking automatically. 3). High energy conversion over 97.5%, energy saving 15%-30% compared with SCR technology. 4). Diode rectifier cause high power...
... reliability, realize power and frequency tracking automatically. 3). High energy conversion over 97.5%, energy saving 15%-30% compared with SCR technology. 4). Diode rectifier cause high power factor more t...
...a gate drive interface and signal relay module between the control section and the SCR (Silicon Controlled Rectifier) bridge within motor control and turbine drive systems. Product Feature Gate-pulse connect...
...interface with the ESEL and manage the gate firing of up to six SCRs (Silicon Controlled Rectifiers) on the power bridge. The board plays a pivotal role in regulating the excitation process. One of the prima...
... used for materials or chemical lab to sinter all types of new materials samples under vacuum or other gases condition.It is controlled by high precision SCR ( Silicon Controlled Rectifier) digital controlle...