HG-2150CA 2.0480M-SVC

Oscillators

The HG-2150CA 2.0480M-SVC oscillator is an application specific integrated circuit (ASIC) that is designed for timekeeping. It is widely used in computers, watches, medical equipment, industrial automation, telecommunications, and other fields. The device provides high precision timing and frequency control.

The HG-2150CA 2.0480M-SVC oscillator is an integrated circuit comprised of a high frequency reference oscillator, frequency dividers, and a programmable frequency divider. The device works by converting a base frequency signal from a reference oscillator into a series of evenly spaced output frequencies. The frequency output is then divided by the programmable frequency divider to get the desired frequency output.

The device has a frequency stability of up to ±50 ppm and a temperature stability of up to ±2.5 ppm over the -40°C to +85°C temperature range. It consumes low power with excellent overall performance. It also features output voltage levels of 1.8V, 3.3V, and 5V, suitable for most of the applications.

The HG-2150CA 2.0480M-SVC oscillator is typically used in a variety of applications. Its main use is for generating accurate timing pulses for microprocessors in consumer and industrial electronics. It is also used in a variety of radio frequency (RF) applications such as pulse modulation, frequency synthesis, and time domain multiplexing. The device is also used in telecommunications as a timing reference for phase-locked loop systems, providing frequency and time synchronization.

Other applications include generation of clock signals in industrial automation systems, clocks for CRT monitors, lighting systems, and memory systems. The device is also used in highly sensitive medical applications such as ultrasound imaging and magnetic resonance imaging (MRI).

In conclusion, the HG-2150CA 2.0480M-SVC oscillator is an application specific integrated circuit that provides excellent performance in various timing and frequency related applications. Its low power consumption, wide temperature range, high frequency stability, and wide output voltage levels make it an ideal choice for many applications.