Key facts
- Manuals
- 68
- Models
- 2
- Last added
- 2012-08-07
MCC models by category
Latest MCC manuals
MCC FST16020 THRU FST160100 handbook
FST16020 THRU FST160100 160 Amp Rectifier 20 to 100 Volts is a Schottky diode produced by MCC. The product features a wide operating temperature range, a maximum recurrent peak reverse voltage of 20V, a maximum RMS voltage of 14V, and a maximum DC blocking voltage of 20V.
MCC FST10020 THRU FST100100 handbook
FST10020 THRU FST100100 100 Amp Rectifier 20 to 100 Volts is a Schottky diode produced by MCC. Its features are wide operating temperature range, high peak reverse voltage, high maximum DC blocking voltage, high average current, high peak current, low maximum instantaneous forward voltage, low maximum DC reverse current, and small typical junction capacitance.
MCC 1N4001 THRU 1N4007 handbook
This document describes the features of the 1N4001 to 1N4007 series rectifiers, including low current leakage, metallurgically bonded construction, and low cost. The dimensions and maximum ratings of the products are provided. Additionally, the document lists the electrical characteristics of the products, such as average forward current, peak forward surge current, maximum instantaneous forward voltage, maximum DC reverse current at rated DC blocking voltage, and typical junction capacitance.
MCC 1N4001GP THRU 1N4007GP handbook
1N4001GP 50V 1A Glass Passivated Rectifier DO-41 datasheet, includes product features, dimensions, maximum ratings, electrical characteristics and more.
MCC MBR1520CT THRU MBR15100CT handbook
MBR1520CT THRU MBR15100CT is a 15 Amp Schottky barrier rectifier with a voltage range of 20 to 100 volts. This product features a metal of silicon rectifier, majority conduction, guard ring for transient protection, low forward voltage drop, high current capability, high efficiency, and low power loss.
MCC MBR1520 THRU MBR15100 handbook
Features of 15 Amp Schottky Diodes
MCC MBR1080CT THRU MBR1010CT handbook
This document mainly introduces the features and characteristics of MBR10100CT / MBR1080CT series Schottky diodes, including maximum rated operating temperature, maximum recurrent peak reverse voltage, maximum AC voltage, maximum DC blocking voltage, etc.
MCC MBR1020 THRU MBR10100 handbook
MBR1020 THRU MBR10100 is a 10 Amp Schottky barrier rectifier with features including low power loss, high efficiency, high surge capacity, and high current capability.
MCC MBR10150CT handbook
MBR10150CT is a 10A high-voltage Schottky diode from MCC, which features high junction temperature capability, low leakage current, good forward voltage drop and transient response characteristics.
MCC MBR0520 THRU MBR05100 handbook
This datasheet lists the dimensions, features, maximum ratings, electrical characteristics of MBR0520 THRU MBR05100 0.5 Amp Schottky Rectifier 20 to 100 Volts.
MCC HD01 THRU HD10 handbook
The MCC HD01 THRU HD10 0.8 Amp Single Phase Glass Passivated Bridge Rectifier 100 to 1000 Volts is a surface mount rectifier from MCC Semiconductor with a maximum voltage rating of 1000V.
MCC 2N7002DW handbook
MCC MUR1505 THRU MUR1560 handbook(1)
This document describes the features and characteristics of the MUR1505 to MUR1560 series 15 Amp Super Fast Glass Passivated Rectifiers, including operating temperature range, maximum recurrent peak reverse voltage, maximum RMS voltage, maximum DC blocking voltage, average forward current, peak forward surge current, maximum forward voltage drop per element, and maximum DC reverse current.
MCC MUR1505 THRU MUR1560 datasheet(1)
This document describes the features and characteristics of the MUR105 to MUR1100 series 1 Amp super fast recovery rectifiers, including high surge capability, low forward voltage drop, high current capability, and super fast switching speed. It also lists the maximum recurrent peak reverse voltage, maximum RMS voltage, and maximum DC blocking voltage for different models.
MCC MUR1010CT THRU MUR1020CT handbook
MUR1010CT MUR1020CT 10 Amp Super Fast Glass Passivated Rectifier is a diode released by Microsemi. It features high efficiency, low reverse leakage current and high surge capacity.
