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Oscillators: TA-76.800MDD-T Application Field and Working Principle

Oscillators are electronic components that produce continual repeatable signals. They offer exceptional levels of accuracy and stability in multiple environments and are found in numerous devices, such as sensors, clocks, radios, and antennas. The TA-76.800MDD-T is a popular oscillator in the TA Series from a leading manufacturer, which offers a wide range of specification options.

Application field

The TA-76.800MDD-T is a low-power, CMOS oscillator with integrated capacitance for the use in high-speed, low-power digital applications. The oscillator lends itself to applications such as oil and gas exploration, navigation, industrial automation, robotics, medical equipment, and GPS. Other uses include RS-232, USB, Bluetooth, cryptography and radio frequency identification (RFID).

Features

The TA-76.800MDD-T operates at a frequency of 76.800MHz and supplies a steady stream of waveforms with tight frequency synchronization. The oscillator offers streamlined compatibility with various clock input receivers, hysteresis amplifiers, crystal vendors, voltage regulators and circuit designs. The TA-76.800MDD-T also offers exceptional timing accuracy, pulse-width stability, low jitter, and noise performance.

The TA-76.800MDD-T provides low voltage operation over temperature tolerances, with adjustable/programmable output levels ranging from 3.3 V to 5.5 V. It features tight SINAD limits and low power consumption in a 5-by-7 mm form factor.

Working principle

The TA-76.800MDD-T is driven using a CMOS integrated circuit. This integrated circuit contains an inverter that is responsible for providing the pulse-shaping characteristics of the output waveform. The oscillator has an internal oscillator circuit, typically a crystal, that generates a frequency of 76.800 MHz. The inverter takes the output of the oscillator circuit and shapes it into a waveform with a given pulse width. This waveform contains no distortion or jitter, and can be programmed for positive or negative polarity.

The TA-76.800MDD-T provides exceptional levels of frequency synchronization and can be connected with other components of the system using its in-circuit programming interface. This interface enables programming of the output state, spread spectrum modulation, and the oscillator’s duty cycle. The oscillator also has a wide operating temperature range and can be used in the harshest of environments.

Conclusion

The TA-76.800MDD-T from a leading manufacturer is an excellent choice for low-power digital applications requiring fast, precise timing. The oscillator offers excellent levels of accuracy and stability while consuming minimal power. It is suitable for numerous applications, including industrial automation, robotics, and medical equipment. The TA-76.800MDD-T has built-in components for easy integration, and an in-circuit programming interface for further customization.

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