MCC-SEMI
Diodes, transistors and circuit protection
About the manufacturer
Micro Commercial Components (MCC) is a US-based discrete-semiconductor manufacturer with its own design, manufacturing and testing capabilities. The company focuses on diodes, rectifiers, MOSFETs, transistors and circuit-protection devices in a broad selection of surface-mount and through-hole packages. Its development combines established silicon technologies with power devices for industrial electronics, automotive systems and energy conversion.
The main technical solutions associated with MCC-SEMI include rectifier and Schottky diodes, Zener and TVS diodes and MOSFET transistors. Discrete components provide rectification, transient protection, and signal or power switching. Families differ in recovery speed, forward voltage, conduction losses and thermal behavior. A broad choice of SMD packages supports integration into compact PCB designs.
Selection should compare reverse or blocking voltage, continuous and surge current, thermal properties and package. For protection parts, pulse ratings, parasitic capacitance and the requirements of the protected interface also matter.
Applications
MCC-SEMI solutions are relevant to applications where component characteristics must be matched to the final equipment:
- switch-mode power supplies
- rectifier circuits
- surge protection
- load switching
- industrial electronics
- portable equipment
MCC-SEMI products available from Maritex
The Maritex catalogue range listed under MCC-SEMI focuses on the following product groups: rectifier and Schottky diodes; Zener and TVS diodes; MOSFET transistors. Individual models may differ in electrical specifications, mechanical construction and integration requirements.
Available product groups include:
- rectifier and Schottky diodes
- Zener and TVS diodes
- MOSFET transistors
- bridge rectifiers
Selection should compare reverse or blocking voltage, continuous and surge current, thermal properties and package. For protection parts, pulse ratings, parasitic capacitance and the requirements of the protected interface also matter. The exact variant should always be selected using its full part number and model-specific documentation.
