Through-hole SICR5650, SICR6650 and SICR10650 Series of 650-V silicon carbide (SiC) Power Schottky Rectifiers provides low total conduction losses and stable switching over temperature extremes. The single-diode SICR5650 and SICR6650 Schottky rectifiers support average rectified currents of 5 A and 6 A respectively, whereas the common cathode, dual-center-tapped SICR 10650 parts are provided with rectified […]
smcdiodesolutions
650V SiC Schottky rectifiers handle energy sensitive, high frequency applications
SMC Diode Solutions announced the comprehensive through-hole SICR5650, SICR6650 and SICR10650 Series of 650V silicon carbide (SiC) Power Schottky Rectifiers. The high-voltage series boast state-of-the industry silicon carbide technology, which provides very low total conduction losses and very stables switching characteristics over temperature extremes. The single diode SICR5650 and SICR6650 Schottky rectifiers support average rectified currents […]
High-voltage rectifier diodes come in low-profile packages
SMC Diode Solutions today announced the availability a general-purpose high voltage SMD rectifier in low-profile (DO-214AA) size format. The SD560B uniquely combines a compact footprint and 2.5mm profile with an average rectified output current (IO) rating of 5A continuous and a reverse voltage (VRRM) rating of 600V. The component additionally provides a robust forward surge rating […]
Multi-line Steering Diode Array for EOS Protection
The SRV05-4Ais a low capacitance steering diode array with an integrated high energy TVS (Transient Voltage Suppressor). The device can protect up to four high speed data interface lines and one VBus IC power rail from the harmful threats of electrical over-stress (EoS). Features • Low capacitance of 1.50pF typical I/O to ground • Protection […]
Trench MOS Energy Efficient Schottky Rectifiers
The ST2045C, STB2045C, STF2045C and STD2045C is a family of energy efficient, common cathode, Trench MOS Schottky rectifiers available in industry standard TO-220AB, D2PAK, ITO-220AB and DPAK packages. The devices have extremely low total conduction losses made possible by ultralow forward voltage and low reverse leakage current. The high forward current rating and common cathode […]