ASVMX-156.250MHZ-3BNR-T

Oscillators are essential elements for almost every electrical system, providing an electrical signal for synchronization, clocking, and other applications that require precise timing. Typically, an oscillator is a device consisting of an electronic circuit that produces a repetitive signal waveform. The ASVMX-156.250MHZ-3BNR-T is one such oscillator used in many types of electronic systems.

The ASVMX-156.250MHZ-3BNR-T is a Crystal Clock Oscillator that uses a quartz crystal cut in a specific diameter and shape to accurately produce a certain frequency of oscillation. It is specifically designed to generate a signal at 156.250MHz, with a stability rate of ±20ppm, within a temperature range of -20°C to +70°C. Supporting frequencies from 1Hz to 400MHz, the ASVMX-156.250MHZ-3BNR-T also offers a wide variety of output types, such as CMOS, LVPECL, LVDS, and HCSL. The deices are offered in both leaded and surface mount package options.

The ASVMX-156.250MHZ-3BNR-T is quite popular among many fields. From telecommunications to medical equipment, to consumer electronics, the device can be found used for many applications. In telecommunication systems, the ASVMX-156.250MHZ-3BNR-T is used as the timing source for the system, providing the clock signal for transporting digitally encoded information signals. The device can also be used as a timebase generator in medical devices, providing an accurate clock reference for timing events and other processes. Additionally, the ASVMX-156.250MHZ-3BNR-T is also used as a timing source in consumer electronics. From TVs and video game consoles to MP3 players and mobile phones, ASVMX-156.250MHZ-3BNR-T provides the clock signal needed to synchronize events and ensure a smooth user experience.

The working principle behind ASVMX-156.250MHZ-3BNR-T is fairly straightforward. Inside the chip, a quartz crystal cut to a specific diameter and shape is connected to two metal electrodes. This crystal is known as the resonator and functions as a filter for unwanted signals. When the crystal is energized, it vibrates at its natural frequency of oscillation. The frequency is determined by the size of the crystal and can be accurate within a few parts per million. This vibration creates a periodic electrical signal in both the electrodes. This signal is then amplified and sent out of the chip as the output.

In conclusion, the ASVMX-156.250MHZ-3BNR-T is a reliable and widely used Crystal Clock Oscillator that offers accurate timing in a variety of applications. With its wide range of support frequencies and output types, it can be used to provide the precise timing and synchronization required in telecommunications, medical systems, and consumer electronics.