Dual Low-Dropout Regulator with Detector

General Description The RT9002A/B/C is a dual-channel, low noise, and low dropout regulator. The first regulator is capable of sourcing 240mA, while the second regulator can source up to 500mA and includes a voltage detection function. The RT9002A/B/C performance is optimized for CD/DVD-ROM, CD

High Speed 8-Bit Monolithic A/D Converter

GENERAL DESCRIPTION The AD9002 is an 8-bit, high speed, analog-to-digital converter. The AD9002 is fabricated in an advanced bipolar process that allows operation at sampling rates in excess of 150 megasamples/ second. Functionally, the AD9002 is comprised of 256 parallel comparator stages w

High Speed 8-Bit Monolithic A/D Converter

GENERAL DESCRIPTION The AD9002 is an 8-bit, high speed, analog-to-digital converter. The AD9002 is fabricated in an advanced bipolar process that allows operation at sampling rates in excess of 150 megasamples/ second. Functionally, the AD9002 is comprised of 256 parallel comparator stages w

High Speed 8-Bit Monolithic A/D Converter

GENERAL DESCRIPTION The AD9002 is an 8-bit, high speed, analog-to-digital converter. The AD9002 is fabricated in an advanced bipolar process that allows operation at sampling rates in excess of 150 megasamples/ second. Functionally, the AD9002 is comprised of 256 parallel comparator stages w

High Speed 8-Bit Monolithic A/D Converter

GENERAL DESCRIPTION The AD9002 is an 8-bit, high speed, analog-to-digital converter. The AD9002 is fabricated in an advanced bipolar process that allows operation at sampling rates in excess of 150 megasamples/ second. Functionally, the AD9002 is comprised of 256 parallel comparator stages w

RF POWER TRANSISTORS Ldmos Enhanced Technology in Plastic Package

DESCRIPTION The LET9002 is a common source N-Channel, enhancement-mode lateral Field-Effect RF power transistor designed for broadband commercial and industrial applications at frequencies up to 1000 MHz. The LET9002 is designed for high gain and broadband performance operating in common source m