Fairchild Semiconductor
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Fairchild Semiconductor is a leading global supplier of power analog, power discrete, and optoelectronic components that optimize system power. Recognized as The Power Franchise®, Fairchild Semiconductor offers the industry’s broadest portfolio of components for today’s leading electronic applications in the computing, communications, consumer, industrial, and automotive segments.
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Fairchild Semiconductor Part Search
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Fairchild Semiconductor FXM2IC102 Voltage Translator
Fairchild Semiconductor´s FXM2IC102 I2C interface voltage translator provides bi-directional interface between any two levels from 1.65V to 5.5V. The device accommodates standard-mode and fast-mode I2C bus devices, provides non-preferential power-up of either Vcc, and features auto-sense capability that allows either port to sense an input signal and transfer it as an output signal to the other port.
Fairchild Semiconductor SGP400 PWM Controller
Fairchild Semiconductor´s SGP400 low-power, green-mode PWM controller enhances the performance of low-power flyback converters by minimizing standby power consumption and low typical start-up and operating currents. This Fairchild device uses a green-mode function to provide off-time modulation that linearly decreases the switching frequency under light-load and zero-load conditions. The SGP400 uses the supply voltage for feedback compensation to regulate the output voltage without requiring a conventional TL431 and a photo-coupler. The PWM controller´s typical start-up current is 8µA and the typical operating current is as low as 3.6mA.
Fairchild Semiconductor Field Stop Trench IGBTs
Fairchild Semconductor´s FGA20N120FTD and FGA15N120FTD 1200V field stop trench IGBTs maximize efficiency by limiting conduction and switching losses. The devices include a built-in fast-recovery diode (FRD)
optimized for zero voltage switching technology and high avalanche
capability for extended opteraitonal life. The devices' field stop
structure and advanced Trench gate cell design enable tight parameter
distribution for reduced performance variation.