8N3SV76AC-0148CDI

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The 8N3SV76AC-0148CDI is a programmable timer and oscillator manufactured by Supertex. It is a dual timer and oscillator device, capable of generating two independent outputs. It operates from 2.7V to 5.5V and has a low power consumption of 2.2mA max. The device features a wide range of configurable options, including an auto-reload feature, digital calibration, and cycle timing.

The 8N3SV76AC-0148CDI programmable timer and oscillator is designed for applications such as waveform generators, frequency dividers, PWM controllers and audio coding systems, where accurate and reliable timing is critical. It is also suitable for product development and test systems, where ease of use and flexibility is more important than accuracy.

The working principle of this programmable timer and oscillator is based on the combination of analog and digital circuits. The analog part of the device is the oscillator and the timers, which at the time of power on, are initialized and are ready to generate signals. The digital part of the device is the Internal Control Unit (ICU), which includes several registers and counters, which allow the user to configure and control the timers and oscillator through I/O pins.

For the production of signals, the 8N3SV76AC-0148CDI programmable timer and oscillator uses two different types of oscillators, the RC oscillator and the crystal oscillator. The RC oscillator is used to create a stable output waveform. The crystal oscillator is used to generate a more accurate frequency. The crystal oscillator can be adjusted through digital tuning, allowing for precise control over the output waveform.

The 8N3SV76AC-0148CDI programmable timer and oscillator can be used with a wide range of applications. Its low power operation makes it ideal for applications where power savings are desired. Its ease of use and versatile options make it possible to quickly adjust the output waveform for any specific application. Its high accuracy and stability make it well suited for precision instrumentation and communication systems.

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