EG-2101CA 155.5200M-PCHB

Oscillators are used to produce periodic signals in various electrical circuits. The EG-2101CA 155.5200M-PCHB oscillator is a voltage-controlled crystal oscillator (VCXO) that is designed for use in wired and wireless communication systems. The EG-2101CA 155.5200M-PCHB is specially designed for the ultra-low phase noise applications, and features a wide frequency range from 6.0MHz to 120MHz, and a wide pull range. This makes it ideal for frequency agile applications such as land mobile radio systems.

The main components of the EG-2101CA 155.5200M-PCHB oscillator are a quartz crystal, an oscillator circuit and a voltage-controlled attenuator. The crystal is used to create a stable frequency, and the oscillator circuit is used to maintain the frequency. The signal is then amplified and filtered before it is sent to the output. The voltage-controlled attenuator is used to adjust the frequency of the signal by changing the signal amplitude. With this, the frequency of the output can be adjusted in a range of about 600ppm (parts per million).

The EG-2101CA 155.5200M-PCHB oscillator is commonly used in applications such as cellular base transceiver systems (BTS), digital audio/video broadcasting (DVB), satellite communications (SATCOM), radar systems, and digital radio systems. It is also used in industrial, automotive, and medical devices. In addition, it is used in applications that require low phase noise operation such as instrumentation, avionics, and WiMAX (IEEE 802.16e) systems.

The EG-2101CA 155.5200M-PCHB oscillator has a wide pull range for better frequency control performance. This allows operators to set higher and lower limits for the frequency within a certain tolerance. The crystal used in the oscillator is also designed for relatively low phase noise, making it suitable for applications where low phase noise is critical. With its wide frequency range, it can be used to transmit narrowband signals, as well as wideband signals.

The EG-2101CA 155.5200M-PCHB oscillator is an ideal choice for use in applications that require high frequency stability, low phase noise, wide pull range and wide frequency range. It can be used in many different types of communication systems, and is well suited for use in land mobile radio systems. It is also suitable for use in both wired and wireless communication systems, making it versatile and highly reliable.