353TB3A426T

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Oscillators are widely used in various electronic devices, mainly for signal generation, the most typical being time-base circuits and radio-frequency circuits. But oscillators used in different applications vary in nature. The 353TB3A426T oscillator is primarily used for frequency control and temperature compensation in radio transmitters.

The 353TB3A426T oscillator is composed of two main components: a quartz crystal and an LC circuit. The quartz crystal is cut in a specific shape and size to create resonance at a specific frequency. This resonance frequency falls within a range of frequencies that the LC circuit can amplify. Thus the LC circuit amplifies the quartz crystal\'s resonance and a stable output frequency is generated.

This oscillator can generate frequencies from 5kHz to 12kHz and the temperature range is -65°C to 135°C. The frequency response time of this oscillator is in the milliseconds range, very fast on a human scale. The oscillator is optimized for sine-wave operation, and customizable for use in a variety of applications.

The quartz crystal is featured in the 353TB3A426T oscillator for its temperature-stable characteristics, and is housed in a temperature-resistant case. This ensures that the frequency of the oscillator remains constant with varying temperatures, providing excellent accuracy and stability.

The control voltage of the 353TB3A426T oscillator can vary from 0V to 5V, allowing tuning of the frequency of the oscillator to the desired value. The output of the oscillator is a stable and linear sine-wave with a peak amplitude ranging from 0.3V to 5V. This ensures accurate frequency generation and stability.

The 353TB3A426T oscillator is mainly used for frequency control and temperature compensation in radio transmitters. This provides a stable and reliable signal, with no drift or jitter, which is essential for proper operation of the radio. Furthermore, its wide frequency response range ensures precise tuning of the transmitter’s frequency.

The 353TB3A426T oscillator is a precision device that provides outputs that are extremely stable over time, and reliable over a wide range of temperatures. Its fast response time will stay locked in to a selected frequency, and its versatility makes it a great choice for use in radio transmitters.

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