ECX-L23CM-24.000 Crystals, Oscillators, Resonators

Oscillators are available in many different shapes and sizes and have a variety of applications in the electronics field. The ECX-L23CM-24.000 is one such oscillator that can be used in various applications and offers reliable, stable operation with low power consumption.

The ECX-L23CM-24.000 is an LVCMOS oscillator with an operating frequency of 24.000MHz. It is a small-sized, low-jitter oscillator with a 3.3V operating voltage and a standby current of less than 1mA. It also has low EMI susceptibility, making it perfect for applications that require low emissions.

The ECX-L23CM-24.000 is designed for a variety of applications, including radio communication systems, mobile communication systems, digital signal processing systems, networking systems, industrial automation systems, and medical systems. It is also ideal for use in DVB-T, WBDS, or DAB-S digital TV transmission systems and as a general-purpose clock.

This oscillator works on the LC-tank oscillator principle, where an LC (inductor-capacitor) circuit is used to create an oscillating voltage waveform. The oscillator is made up of an inductor, a capacitor, and a diode. When the inductor and capacitor are connected in series, the LC circuit will produce an oscillating output at the resonant frequency dictated by the values of the elements. This oscillating voltage waveform is then converted to a corresponding output frequency by the diode.

The ECX-L23CM-24.000 also contains a resistor and transistor. These components help adjust the frequency and amplitude of the output and can be used to tailor the overall characteristics of the output signal for specific applications when customizing the oscillator.

The ECX-L23CM-24.000 offers a high-performance and reliable solution for a wide range of applications. It is a feature-rich oscillator that offers low power consumption, low jitter, and low EMI susceptibility. It is ideal for applications that require a dependable oscillator with a wide range of frequency and amplitude characteristics.