ECOC-2522-20.000-5HS

Oscillators are electronic devices that generate repeating signals, or oscillations. ECOC-2522-20.000-5HS is a type of oscillator used primarily in the telecommunications industry. It has been designed to provide a reliable and stable signal for wireless communication applications where high frequency stability is a necessity. In this article, we will discuss the application field and working principle of ECOC-2522-20.000-5HS.

ECOC-2522-20.000-5HS is intended to be used for timing control, synchronization and/or clocking functions in cellular systems including GSM and 3G networks. It is also designed to be used in a variety of WiMAX, Wi-Fi and ultra-wideband applications. The device can generate an output frequency from 10MHz to 200MHz and is capable of ±25ppb frequency stability over the range of 1ms to 20Hz. It also supports a wide operating temperature range from -40°C to +105°C.

ECOC-2522-20.000-5HS is built with an advanced PLL loop control circuit based on a quartz oscillator. It utilizes comprehensive technical solutions for voltage/current compensation and temperature compensation. These features enable the device to achieve a high level of phase noise and excellent PLL loop characteristics. The voltage and current compensation function also ensures compatibility with a range of frequencies between 10 to 200MHz.

The device is composed of a quartz oscillator, a Voltage Controlled Oscillator (VCO), and a Phase Locked Loop (PLL) frequency synthesizer circuit. The quartz oscillator acts as a reference signal, while the VCO is used to adjust the output frequency. The PLL circuit locks the output frequency to the master quartz oscillator frequency, thus providing a stable output signal. The PLL circuit is also used to control the frequency drift and minimize variations in the output signal.

ECOC-2522-20.000-5HS is designed to provide a reliable signal in wireless communication applications requiring high frequency stability. The advanced PLL control circuit and comprehensive frequency compensation features make it an ideal choice for GSM, Wi-Fi, 3G, and WiMAX applications. The device meets both quality and frequency stability requirements for a wide range of wireless applications.