EG-2002CA 100.0000M-DCZL0

Oscillators are devices used to produce an ultra-stable signal through frequency-dependent circuitry. They are usually electro-mechanical or semiconductor-based and used to produce a continuous and regular signal of predetermined frequency. Oscillators can be found in virtually every area of technology and engineering, from communication to computers to radar systems, and EG-2002CA 100.0000M-DCZL0 is a type of such oscillator.

EG-2002CA 100.0000M-DCZL0 is a 100.0000 MHz crystal oscillator with a low-cost SMD package and a low phase noise. This type of oscillator is ideal for low-power applications such as base stations, mobile phones, and wireless LAN networks. It is used to provide accurate time and frequency measurements that are insensitive to environmental and temperature stresses.

The EG-2002CA 100.0000M-DCZL0 can be found in a variety of devices, including cellular base stations, mobile handsets, home and small business routers, and even in medical imaging systems. It is a relatively low-power oscillator, with its frequency rated at 100.0000 MHz and its phase noise rated at 39.63dBc/Hz. This makes it ideal for applications where low power consumption and high accuracy are key requirements.

The working principle of an oscillator is based on its ability to maintain an output of a specific frequency within certain limits. This is done by using a feedback loop that feeds a portion of the output back into the input. The frequency of the output is then determined by the characteristics of the feedback loop, such as Q-factor and gain. In the case of EG-2002CA 100.0000M-DCZL0, the oscillator is designed to maintain a steady output frequency of 100.0000 MHz, with a high tolerance to temperature and environmental factors.

The EG-2002CA 100.0000M-DCZL0 is an ideal oscillator for low-power applications that require an accurate, low-noise signal. Its low phase noise at 39.63dBc/Hz means that it maintains a steady signal and produces intuitive results, making it a reliable choice for applications where accuracy is essential. This type of oscillator is widely used in the field of wireless communication, due to its low cost and excellent characteristics.