New CMSSH-3E Series Schottky Diodes Improves Standard Specifications
Central Semiconductor Corp. announces the introduction of the CMSSH-3E series of Enhanced Specification Fast Switching Schottky diodes available in four device configurations. All devices in this new series feature an improved standard maximum rated peak repetitive reverse voltage of 40V and a maximum rated continuous forward current of 200mA . <more>
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New, CMFBR-6F, Tiny Bridge Rectifier ...
Central Semiconductor Corp. announces the release of the CMFBR-6F tiny bridge rectifier. This new device consists of a monolithic, fast switching chip with four, 60 volt, 140mA high speed, low leakage switching diodes.... <more>
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New, CMPD2005S, Dual 350V, In Series Switching Diode...
Central Semiconductor Corp. announces the introduction of the CMPD2005S dual 350 volt switching diodes with an in-series configuration. This new surface mount device includes two individual diodes with a maximum per diode rated peak repetitive reverse voltage of 350V and the maximum rated peak repetitive reverse current of 200 mA. <more>
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New, PICOmini™ Schottky Diodes in the SOT-563...
Central Semiconductor Corp. announces the introduction of the CMLSH-4 and CMLSH-4DO PICOmini™ surface mount Schottky diodes. These new diodes are rated at 40V (max) peak repetitive reverse voltage with a peak repetitive reverse current of 350 mA (max) and low forward voltage drop of 0.42V (max) per device. <more>
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Enhanced, ULTRAmini™ Schottky Diode in the SOD-523...
Central Semiconductor Corp. announces the introduction of the CMOSH-4E Enhanced ULTRAmini™ surface mount Schottky diode. This new device features an improved standard maximum rated peak repetitive reverse voltage of 40V instead of 30V and maximum rated continuous forward current of 200 mA instead of 100mA. <more>
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Dual, PICOmini™ High Voltage Diodes in SOT-563...
Central Semiconductor Corp. announces the introduction of the CMLD2004 Series of PICOmini™ surface mount high voltage diodes. These new dual diode devices are rated at 300V (max) peak repetitive reverse voltage with a peak repetitive reverse current of 200 mA (max) per device. In addition to the high voltage specification, the CMLD2004 Series devices all exhibit a respectable trr of 50nS (max). <more>
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Triple, Dual, Dual Opposing & Dual Pair ULTRAmini™ Diodes in SOT-363... Central Semiconductor Corp. announces the release of several new ULTRAmini™ diodes designed to provide a wide range of device configuration options to meet designers' ever changing requirements. Central™ now manufactures: Triple, Dual, Dual Opposing and Dual Pair diode configuration. <more>
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CZT2680 High Voltage and High Speed NPN Switching Transistor...
Central Semiconductor Corp. announces the release of the new CZT2680 250 Volt, 1.5 Amp High Speed Switching NPN Transistor. This new addition to the POWER223™ family of power transistors combines both high voltage and high speed switching characteristics in a low profile SOT-223 surface mount package. <more>
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CMEDA-6i High Switching Speed Quad Diode Array...
Central Semiconductor Corp. announces the release of the CMEDA-6i Quad Diode Array. This new device consists of a monolithic chip with four, 60V, 250mA isolated high speed switching diodes in an eight lead SOT-28 surface mount package. <more>
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CMLDM7002A, the Smallest DUAL DMOS FET...
Central Semiconductor Corp. announces the release of the CMLDM7002A, Dual N-Channel Enhancement-mode DMOS FET. This new PICOmini™ device is the smallest Dual DMOS FET and provides improved specifications when compared to the industry standard 2N7002 device type. <more>
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Smallest Surface Mount 5 Amp Schottky Rectifier...
Central Semiconductor Corp.announces the release of the CZSH5-40, the smallest surface mount 5 Amp Power Schottky Rectifier packaged in the small signal SOT-223 case. <more>
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Enhanced Specification Family of Discrete Semiconductors...
Central Semiconductor Corp. announces the release of a new series of discrete semiconductor devices with enhanced performance specifications. The Enhanced Specification series devices have improved electrical specifications compared to many popular standard devices that have remained unchanged for over 25 years. <more>
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