ASFL1-12.288MHZ-EC-T

Oscillators are circuit devices which use the resonance properties of certain physical structures to achieve periodic output signals. ASFL1-12.288MHZ-EC-T is an oscillator device manufactured by Sony. The microchip uses a temperature-compensated quartz crystal oscillator (CSOX) as the resonator to achieve a frequency stability of 5 ppm over the industrial temperature range of -40°C to +85°C. This oscillator provides a high quality signal for applications requiring precision timing.

The basic working principle of the ASFL1-12.288MHZ-EC-T is based on the resonant frequency of quartz crystal. Quartz is a piezoelectric material which, when subjected to an alternating applied voltage, produces a mechanical vibration at a frequency determined by the natural resonance of the material. This vibration can then be converted into an alternating electrical current of the same frequency. This is the basis of the oscillator circuit.

The ASFL1-12.288MHZ-EC-T is a miniaturized version of the traditional crystal oscillator. It utilizes a variety of circuit components connected in a special way to maintain a high level of accuracy and precision frequency. The crystal itself is housed in a metal cavity which acts as an electrical shield. This helps to isolate the crystal from external noise sources which could adversely affect its output signal.

The ASFL1-12.288MHZ-EC-T oscillator is used in a wide range of applications, from automotive systems to computing equipment. In automotive applications, the device is used in engine control systems and navigation systems. In computing equipment, it is used to maintain system clock stability and regulate on-board processor speeds. The device is also used in broadcasting and data communication systems, as well as in industrial equipment and medical instruments.

The ASFL1-12.288MHZ-EC-T is a valuable tool for engineers and technicians in a variety of industries. It produces a stable and reliable frequency that is highly accurate and precise. It is robust enough to withstand harsh environments and is capable of providing a consistent signal in applications that require it. The device is easy to integrate into existing systems and is ideally suited to a wide range of applications.