ECX-L23CM-32.768 Crystals, Oscillators, Resonators

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Oscillators, by definition, are electronic circuits or mechanical systems that produce periodic signals in a mathematical form. Electronic oscillators, in particular, are used in many applications, from powering radio transmitters and receivers to acting as clock signals for digital systems. One particular oscillator type, the ECX-L23CM-32.768, is a common choice for those who need a precise, reliable sample rate. This article will describe its application field and working principle.

Application Field

The ECX-L23CM-32.768 is especially suited for applications that require high frequency accuracy. One example is in applications that require precise time measurement like watches and other timepieces. For most consumer products, the ECX-L23CM-32.768 has been proven to reliably maintain a quartz crystal oscillation frequency of 32.768 kHz, which is more than enough to guarantee an adequate level of accuracy. Furthermore, the device is also useful in other time-sensitive applications such as synchronizing clocks in digital systems, radio communications, etc.

The ECX-L23CM-32.768 has also proven to be a reliable supplier for Long Term Evolution (LTE) communications systems. For example, the market-leading Ericsson EPC-700 model has a highly accurate LTE clock module based on the ECX-L23CM-32.768. This clock module is essential in ensuring that the system is in-sync with the network and that voice and data transmissions are accurately received and transmitted.

Working Principle

The working principle behind the ECX-L23CM-32.768 is relatively simple. It consists of a quartz crystal slab and some additional circuitry which enables the oscillator to maintain a stable 32.768 kHz sample rate. The quartz crystal consists of several layers of alternate quartz and metal atoms, which are electrically connected to each other via wires. When an electric current is passed through the quartz slab, it deforms and the metal atoms vibrate, causing the crystal to emit an oscillating electrical signal.

The ECX-L23CM-32.768 contains circuitry that amplifies the signal from the quartz crystal and then feeds it back to the quartz crystal. This feedback loop causes the quartz crystal oscillations to remain stable and constant even if environmental conditions change. Furthermore, additional circuitry in the device can be tuned to enable further frequency adjustment if needed. The use of such a quartz oscillator ensures accuracy and reliability that is essential for precision timekeeping.

Conclusion

The ECX-L23CM-32.768 is a reliable, precise oscillator commonly used in many consumer and professional applications. Its quartz crystal oscillator is ideal for consuming fewer power while maintaining a precise sample rate of 32.768 kHz for high accuracy. In addition, it is well-suited for time-sensitive applications such as providing precise timekeeping or synchronizing clocks in digital systems, radio communications, LTE clocks, etc. We can conclude that the ECX-L23CM-32.768 is an invaluable device for many applications that need a reliable, precision oscillator.

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