ECX-P23BN-32.768

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Oscillators are electronic components which generate an alternating AC electrical signal through circuitry within the oscillator itself. ECX-P23BN-32.768 is a type of oscillator used for timekeeping and similar applications where stability of frequency and accuracy are required. As technology advances, the advancements of oscillators and their capabilities do as well.

The ECX-P23BN-32.768

The ECX-P23BN-32.768 is a type of quartz crystal oscillator that produces a frequency of 32.768 kHz with ±50ppm accuracy over a range of -20°C to 70°C. This oscillator is a SMD type device with dimensions of 2.5mm X 2.0mm X 0.55mm and a maximum current drain of 10μA, making it low power consumption. The device operates at a voltage less than 5V DC. It has an extremely low temperature coefficient of frequency of only indicated in the datasheet.

Application Field

ECX-P23BN-32.768 oscillators are used for precise timing applications such as real-time clocks, time measurement, chronometers, dial-in clocks, and any other electronic device which requires accurate timing. They are also used in communication systems, including communications satellites, cell phones, and other wireless systems, as well as for generating digital music and sound. In addition, these oscillators are used in automotive, audio, and precision measurements equipment.

Working Principle

ECX-P23BN-32.768 oscillators utilize the principle of quartz resonance to generate their signal. A quartz crystal is a piezoelectric material which vibrates at a fixed frequency when an alternating electrical current is passed through it. The quartz crystal within the oscillator produces a continuous AC signal with a frequency of 32.768 kHz. This frequency is determined by the size and shape of the quartz crystal as well as the application of any external electrical fields. This AC electrical signal is then used for timing, precision measurements, and other devices which require an accurate frequency.

Conclusion

ECX-P23BN-32.768 oscillators are commonly used for precise timing applications. The quartz crystal within the oscillator vibrates at a fixed frequency when an alternating electrical current is passed through it. The frequency of the signal produced depends on the shape and size of the quartz crystal as well as the application of any external electrical fields. These oscillators can be used for timekeeping, communications systems, precision measurements, audio, automotive, and other exacting applications.

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