ECX-H23CM-212.500

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Oscillators are key components in most electronic systems as they generate a periodic signal, such as a sine wave, square wave, or another waveform, which is used to resolve timing or frequency related problems. ECX-H23CM-212.500 oscillators offer low jitter and a wide range of frequency stability options.

The ECX-H23CM-212.500 oscillator is a surface mount component available in the HCMOS, LVCMOS, and LVDS logic families and blends performance and reliability with a low profile package. It features a 2-pad, surface mount package that is ideal for high volume applications that require minimal board space. The oscillator is available in multiple frequency ranges, with a frequency stability of +/-25 ppm (Parts Per Million). The typical RMS (Root Mean Square) phase jitter of the oscillator is less than 12 ps (picoseconds).

The key application fields and working principle of an ECX-H23CM-212.500 oscillator include:

Application Field

• High-speed networking
• Wireless communications
• Test and measurement equipment
• Servers and computers

Working Principle

The ECX-H23CM-212.500 oscillator works by combining a quartz crystal resonator with a high-frequency amplifier in a small package. The quartz crystal’s mechanical vibrations act as an electrical energy source for the amplifier. The amplifier then amplifies this energy and sends it back to the quartz crystal to keep it vibrating in a continuous, regular cycle.

The quartz resonator is the most important part of the oscillator, as it defines the output frequency and stability of the oscillator. The resonator is made of quartz crystal, which is cut in a specific size and shape to have a desired resonance frequency. The resonator is then paired with an IC (integrated circuit). The IC is designed to sense the frequency of the quartz resonator and then deliver an electrical output. This output signal is what is amplified and sent back to the quartz resonator.

The ECX-H23CM-212.500 oscillator combines low phase jitter and wide frequency stability with the small profile and low power consumption necessary for many high-speed communications and network applications. This makes the oscillator an ideal choice for use in high-speed systems that require reliable timing and frequency control.

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