EG-2101CA 143.0000M-PCHL0 Crystals, Oscillators, Resonators

EG-2101CA 143.0000M-PCHL0 oscillators are precision frequency control devices that are designed to maintain a constant frequency and are widely used in the communication and signal processing industries. The EG-2101CA 143.0000M-PCHL0 is an example of a highly accurate and reliable precision oscillator. It is specially designed for broadcast, navigation and other communication applications.

The EG-2101CA 143.0000M-PCHL0 oscillator is a voltage-controlled crystal oscillator (VCXO) and consists of two main parts. The first part is the quartz crystal, which is composed of an active piezoelectric medium (typically quartz) and a passive circuit. The crystal stores and generates energy that is then regulated by the second part, the frequency control circuit. The frequency control circuit is composed of an active amplifier that controls the voltage supplied to the quartz crystal to keep the oscillation frequency at the desired level.

The EG-2101CA 143.0000M-PCHL0 oscillator has a frequency range of 143.0000MHz and a phase noise of -100dBc/Hz. The phase noise is a measure of the distortion of a signal caused by random fluctuations in frequency or phase. It is an important measure of the quality of the oscillator, as it influences the transmission quality of a signal. The high phase noise of the EG-2101CA 143.0000M-PCHL0 makes it ideal for use in communication and signal processing applications.

In addition to its high phase noise, the EG-2101CA 143.0000M-PCHL0 oscillator features a wide range of features that make it suitable for use in a number of demanding applications. It has a high degree of temperature stability, making it suitable for high-precision applications in which temperature stability is important. It also has a built-in protection circuit, which ensures that the oscillator is protected from unintentional short-term outages.

The EG-2101CA 143.0000M-PCHL0 oscillator is a reliable and accurate frequency control device that is perfect for a variety of demanding applications. Its wide range of features make it suitable for use in broadcast, navigation, and other communication applications. Its high phase noise and wide range of features make it ideal for use in applications that require precision and accuracy.