AUDIO AMPLIFIER 2.65W CLASS-D AUDIO POWER AMPLIFIER

DESCRIPTION The A2323 is TDD suppression, super low EMI, single channel, class-D audio power amplifier. The A2323 designed with the dedicated EEE (Enhanced Emission Elimination) technology, reducing great EMI jamming in full frequency span range, relative to 60cm audio cable, with more than 20dB

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AUDIO AMPLIFIER 2.65W CLASS-D AUDIO POWER AMPLIFIER

DESCRIPTION The A2323 is TDD suppression, super low EMI, single channel, class-D audio power amplifier. The A2323 designed with the dedicated EEE (Enhanced Emission Elimination) technology, reducing great EMI jamming in full frequency span range, relative to 60cm audio cable, with more than 20dB

AUDIO AMPLIFIER 2.65W CLASS-D AUDIO POWER AMPLIFIER

DESCRIPTION The A2323 is TDD suppression, super low EMI, single channel, class-D audio power amplifier. The A2323 designed with the dedicated EEE (Enhanced Emission Elimination) technology, reducing great EMI jamming in full frequency span range, relative to 60cm audio cable, with more than 20dB

Triple/Dual-Mode CDMA LNA/Mixers

General Description The MAX2323/MAX2325 are low-noise amplifier (LNA) plus mixer ICs optimized for code-division multiple-access (CDMA) applications in both cellular and PCS bands. The MAX2323 addresses dual-band, triple-mode CDMA applications by providing switched signal paths for cellular FM, c

Silicon NPN Transistor Quad, Amplifier

Silicon NPN Transistor Quad, Amplifier

3V GENERAL PURPOSE AMPLIFIER

Product Description The RF2323 is a general purpose, low-cost silicon amplifier designed for operation from a 3V supply. The circuit configuration with resistive feedback allows for broadband cascadable amplification. Capacitive compensation extends the bandwidth of the amplifier and input stage

3V GENERAL PURPOSE AMPLIFIER

Product Description The RF2323 is a general purpose, low-cost silicon amplifier designed for operation from a 3V supply. The circuit configuration with resistive feedback allows for broadband cascadable amplification. Capacitive compensation extends the bandwidth of the amplifier and input stage

SENSITIVE GATE TRIACs 2.5 AMPERES RMS 200 thru 600 VOLTS

. . . designed primarily for ac power switching. The gate sensitivity of these triacs permits the use of economical transistorized or integrated circuit control circuits, and it enhances their use in low-power phase control and load-switching applications. • Very High Gate Sensitivity • Low On-S