ECX-H27CM-14.7456

Oscillators

An oscillator is an electronic device that produces an electrical signal at a specific frequency, such as an AC voltage, typically used for communication, timing, and control. Oscillators come in many different types, each with their own specific applications. ECX-H27CM-14.7456 is one such type of oscillator.

ECX-H27CM-14.7456 Application Field

The ECX-H27CM-14.7456 is a compact, low-power, low-current circuit designed for use with applications such as smartphones, portable medical equipment, IoT devices, and other embedded applications. This type of oscillator is specifically designed to offer the best low-power, low-voltage performance in a compact form factor. Its electromagnetic compatibility (EMC) ensures that it will be able to run efficiently without interference from other devices in the same application.

ECX-H27CM-14.7456 Working Principle

The ECX-H27CM-14.7456 utilizes a standard Quartz Crystal Resonator to generate a high-precision signal. The resonance frequency of the crystal oscillator is determined by its dimensions and how it is cut, producing an exceptionally consistent output frequency. The oscillator itself is comprised of an oscillator circuit that includes an amplifier and a feedback loop. This circuit oscillates with the crystal, amplifying the signal from the crystal and creating a precise, stable output frequency. This output is then used to time other circuits in the application and provide synchronization.

The frequency of the oscillator is also adjustable for specific applications, allowing it to be tuned to the exact frequency needed. The low-power characteristics of the ECX-H27CM-14.7456 make it well-suited for applications such as smartphone and medical devices. This type of oscillator also provides excellent temperature stability to ensure a consistent output over a range of temperatures.

Conclusion

The ECX-H27CM-14.7456 oscillator is a low-power, low-current circuit designed for use in applications such as smartphones, medical devices, and IoT devices. This oscillator utilizes a standard quartz crystal resonator to generate a high-precision signal with exceptional consistency. It provides excellent temperature stability, and its frequency is adjustable for specific applications.