2.6W Stereo Audio Power Amplifiers and DirectDrive Headphone Amplifiers

General Description The MAX9750/MAX9751/MAX9755 combine a stereo, 2.6W audio power amplifier and stereo DirectDrive 110mW headphone amplifier in a single device. The headphone amplifier uses Maxim’s patented DirectDrive architecture that produces a ground-referenced output from a single supply,

2.6W Stereo Audio Power Amplifiers and DirectDrive Headphone Amplifiers

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2.6W Stereo Audio Power Amplifiers and DirectDrive Headphone Amplifiers

General Description The MAX9750/MAX9751/MAX9755 combine a stereo, 2.6W audio power amplifier and stereo DirectDrive 110mW headphone amplifier in a single device. The headphone amplifier uses Maxim’s patented DirectDrive architecture that produces a ground-referenced output from a single supply,

2.6W Stereo Audio Power Amplifiers and DirectDrive Headphone Amplifiers

General Description The MAX9750/MAX9751/MAX9755 combine a stereo, 2.6W audio power amplifier and stereo DirectDrive 110mW headphone amplifier in a single device. The headphone amplifier uses Maxim’s patented DirectDrive architecture that produces a ground-referenced output from a single supply,

12-Bit, 300 MSPS High-Speed TxDACD/A Converter

GENERAL DESCRIPTION The AD9753 is a dual, muxed port, ultrahigh speed, singlechannel, 12-bit CMOS DAC. It integrates a high quality 12-bit TxDAC+ core, a voltage reference, and digital interface circuitry into a small 48-lead LQFP package. The AD9753 offers exceptional ac and dc performance while

High voltage controller for CRT displays

The BA9755S is an LSI chip with a chopper voltage controller designed to control the anode voltage of multiscan monitors and other CRTs. There are two internal high-precision power supplies, each with an output voltage precision of ±1. Using a high-precision voltage detection resistor makes it pos

High voltage controller for CRT displays

The BA9755S is an LSI chip with a chopper voltage controller designed to control the anode voltage of multiscan monitors and other CRTs. There are two internal high-precision power supplies, each with an output voltage precision of ±1. Using a high-precision voltage detection resistor makes it pos