LCD Driver

Introduction The NT7063B is a LCD driver LSI which is fabricated by low power CMOS technology. Basically this LSI consists of 40 x 2 bit bidirectional shift register, 40 x 2 bit data latch and 40 x 2 bit LCD driver (refer to Fig 1). This LSI can be used segment driver. Function • Dot matri

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Stereo 1.5W Audio Power Amplifier with DC Volume Control

General Description The APA7063 is a monolithic integrated circuit that provides DC volume control, and a stereo bridged audio power amplifiers capable of producing 1.5W(1.2W) into 8Ω with less than 10(1.0) THD+N. APA7063 provides a volume control pin DC_Vol determines the attenuation of output o

Stereo 1.5W Audio Power Amplifier with DC Volume Control

General Description The APA7063 is a monolithic integrated circuit that provides DC volume control, and a stereo bridged audio power amplifiers capable of producing 1.5W(1.2W) into 8Ω with less than 10(1.0) THD+N. APA7063 provides a volume control pin DC_Vol determines the attenuation of output o

Stereo 1.5W Audio Power Amplifier with DC Volume Control

General Description The APA7063 is a monolithic integrated circuit that provides DC volume control, and a stereo bridged audio power amplifiers capable of producing 1.5W(1.2W) into 8Ω with less than 10(1.0) THD+N. APA7063 provides a volume control pin DC_Vol determines the attenuation of output o

Stereo 1.5W Audio Power Amplifier with DC Volume Control

General Description The APA7063 is a monolithic integrated circuit that provides DC volume control, and a stereo bridged audio power amplifiers capable of producing 1.5W(1.2W) into 8Ω with less than 10(1.0) THD+N. APA7063 provides a volume control pin DC_Vol determines the attenuation of output o

Stereo 1.5W Audio Power Amplifier with DC Volume Control

General Description The APA7063 is a monolithic integrated circuit that provides DC volume control, and a stereo bridged audio power amplifiers capable of producing 1.5W(1.2W) into 8Ω with less than 10(1.0) THD+N. APA7063 provides a volume control pin DC_Vol determines the attenuation of output o