TC-7.3728MBD-T

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Oscillators are components capable of producing a cyclic waveform. They offer the capability to turn an otherwise static device into something that constantly moves and changes shape. TC-7.3728MBD-T oscillators are such devices used for precision timing applications where accuracy and reliability are of the utmost importance. This guide covers the basics of the application field and working principle of the TC-7.3728MBD-T.

Application Field:

The TC-7.3728MBD-T is designed specifically for high precision timing applications such as frequency synthesizers, machine control, servo circuitry, PWM motor control, data synchronization, and phase-sensitive signal processing. It is a stable, low jitter source for digital timing and synchronization functions with a precise output frequency range of 0.5 to 200 MHz. The TC-7.3728MBD-T also provides solutions to minimize clock oscillator network complexity and footprint requirements.

The TC-7.3728MBD-T uses either a -40°C to +85°C temperature range or -55°C to +125°C temperature range, dependant on the user\'s needs. It comes with HC-49 package type, which makes it more reliable for applications with a limited operating space. The device also features a low phase jitter of typically 0.3 ps rms in a 12 kHz to 20 MHz band, making it suitable for applications requiring high stability of the clock generation.

Working Principle:

The TC-7.3728MBD-T oscillator works by generating a square wave signal using a quartz crystal as the resonating element. A circuit containing the quartz crystal is designed to oscillate at whatever frequency the crystal produces. By adding an amplifier and voltage regulator to the oscillator, the signal can be amplified and regulated to provide a clean, stable square-wave output. The frequency of the oscillator is determined by the design of the oscillator circuit schema and the type of quartz crystal used.

The TC-7.3728MBD-T uses both time and temperature compensation to ensure its stability over different temperatures, increasing the accuracy and precision at which the oscillator runs. This means that the oscillator is regulated over wide ranges of temperature to prevent temperature from affecting the precision. Additionally, the device is also internally adjusted to ensure that the frequency and phase remain precise over time.

The HC-49 package is used for the TC-7.3728MBD-T which has a comparatively small form factor and makes it easier to fit into space-constrained applications. This reduces the complexity of the oscillator network and keeps the footprint requirements minimum. With such a design, the TC-7.3728MBD-T also provides low EMI and operates over a wide range of supply voltages, making it ideal for precision timing applications.

Conclusion:

The TC-7.3728MBD-T oscillator is designed for precision timing applications such as frequency synthesizers, machine control, etc. It produces a stable square-wave output signal by using a quartz crystal as the resonating element. The HC-49 package helps reduce the oscillator\'s complexity and footprint requirements while the time and temperature compensation features guarantee stability across wide ranges of temperature. Overall, the TC-7.3728MBD-T makes it ideal for applications where accurate and reliable clock generation is required.

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