TA-24.576MDD-T

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Oscillators can be used in a wide variety of applications. One such oscillator, the TA-24.576MDD-T, is a highly reliable and stable device for generating a frequency output. It is designed for applications requiring a long-term and wide-temperature accuracy, such as telecommunications, instrumentation, and medical applications.

The TA-24.576MDD-T utilizes a 4-pin ceramic package that incorporates a temperature-compensated crystal oscillator (TCXO) and low-jitter clock oscillators. It operates with a 24.576MHz nominal frequency, a 10ppm stability over a temperature range of -40° to +85°C, and a ±3ppm tolerance over the temperature range. The jitter performance is less than 0.3ps peak-to-peak over 100 seconds at any temperature, making this device suitable for use in applications requiring precision timing. The operating voltage is 5V and the power consumption is typically 1.3mA.

The working principle of the TA-24.576MDD-T device is based on an amplifier-tuned resonator (AT-resonator) circuit. It consists of a quartz crystal with an amplifier-tuned series resonator connected to the circuit’s input and output pins. The oscillation frequency is controlled by the external load capacitance and the capacitance of the quartz crystal. The amplifier-tuned resonator is biased by an AC signal, and the frequency of oscillation is tuned to the desired frequency based on the resonator’s characteristics. This type of oscillator is more stable and accurate than other types of quartz crystal oscillators.

The TA-24.576MDD-T oscillator is particularly suitable for use in applications needing precise frequency stability, low jitter, and long-term accuracy. The low power consumption makes it attractive for battery-powered applications. The device is also ideal for applications that require precise timing, such as AV sync, Wi-Fi, digital TV, satellite receivers, and video gaming systems.

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