ASCO1-76.800MHZ-EK-T3

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Oscillators are electronic circuits that generate a repeating electronic signal either from an external energy source or from an internal energy source such as a capacitor or inductor. The frequency of the oscillator is determined by the components used. Oscillators are important components in many electronic circuits, such as in radio communication and computing. The ASCO1-76.800MHZ-EK-T3 oscillator is an example of an oscillator and is used to generate a signal at 76.800 MHz.

The ASCO1-76.800MHZ-EK-T3 oscillator is a low-cost solution to low-power operations. It features high stability and reliability with low jitter and phase noise. It is ideal for RF applications such as 802.11 b/g/n/ac Wi-Fi and Bluetooth connectivity. The ASCO1-76.800MHZ-EK-T3 has a wide operating temperature range of -40°C to +85°C and is RoHS compliant. It is designed to automatically detect and adjust to supply voltage fluctuations during operation, ensuring a stable signal.

The ASCO1-76.800MHZ-EK-T3 is a crystal oscillator with a fundamental frequency of 76.800 MHz. The output signal of the oscillator is square wave with a voltage swing of 4V peak to peak (when supplied with 3.3V). The frequency accuracy and phase noise are ±50ppm and -110dBc/Hz @ 100KHz, respectively. They are not affected by environmental factors such as temperature, humidity, pressure, and humidity.

The ASCO1-76.800MHZ-EK-T3 oscillator uses a Pierce oscillator configuration which consists of a non-inverting amplifier, an inverting amplifier, an output buffer stage and a resonator tank. The non-inverting amplifier amplifies the input signal and feeds it into the inverting amplifier. The inverting amplifier then inverts the amplified signal and passes it to the output buffer stage which buffers the signal and sends it to the resonator tank. The resonator tank consists of a crystal and capacitor for precise control of the oscillator frequency. The signal then travels through the tank and eventually to the output.

The ASCO1-76.800MHZ-EK-T3 oscillator is ideal for low-power operations. It is highly reliable and provides low-jitter and low-phase noise signal. It is suitable for a wide range of applications such as Wi-Fi and Bluetooth connectivity, and medical device design.

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