TA-14.7456MCD-T

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Oscillators are electronic circuits that produce a periodic, oscillating signal. They are usually designed for specific frequency and output energy at that frequency. Oscillators vary in complexity from simple RC circuits to complex digital circuits.

The TA-14.7456MCD-T is a crystal oscillator which generate stable, accurate timing signals at a given frequency. It is designed for applications that require tight frequency control and has a frequency stability of + / – 25 ppm (parts per million). The oscillator works by using a quartz crystal oscillator connected to two pins on the output stage, and driving it with a suitable voltage source. The quartz crystal oscillates at its resonant frequency with the current passing through it.

The main application of the TA-14.7456MCD-T is found in digital and RF circuits where precise timing is critical. It is commonly used in low-power consumer electronics, automotive electronics, medical instruments, and communications equipment such as GSM, CDMA, and other cellular standards. It can also be used to control the frequency of electrical motors, stepper motors, and other electrical drives.

The working principle of the TA-14.7456MCD-T oscillator is relatively straightforward. A quartz crystal is connected to the two pins on the output stage via a buffer amplifier. When a voltage is applied to the crystal, it begins to oscillate at its resonant frequency. This oscillating signal is then connected to the load, which will convert the periodic signal into an appropriate form.

The frequency of the oscillator can be adjusted by changing the load on the two output pins. This can be done by adding or removing capacitance or inductance. In addition, the oscillator’s frequency and stability can be affected by environmental factors such as temperature and pressure. This is why oscillators are often adjusted to compensate for these external factors.

The TA-14.7456MCD-T is a reliable and cost-effective oscillator for a wide range of applications. It is easy to set up and configure, and its stability ensures that it produces accurate timing signals at the required frequency. This makes it an excellent choice for low-power consumer electronics, automotive electronics, medical instruments, and communications equipment.

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