TAECPCSANF-20.480000

The TAECPCSANF-20.480000 (hereafter referred to as TAEC) is an oscillator designed to produce precise and stable frequency output. It is a highly advanced, low-cost solution for any precision frequency needs. It is categorised as an oscillator and is used in a variety of applications including precision timing, frequency division, frequency synthesis, phase locked loops, digital radio and more.

The TAEC is based on a sine wave oscillator topology, which fuses precision analog and digital components together providing unparalleled accuracy and stability. The quartz-based oscillator facilitates precision at very low harmonic distortion and low noise. It operates at a frequency range of 10 kHz to 25MHz and has a temperature stability as low as 25 ppm. The oscillator is designed to be self-powered using an external sine wave source, allowing for connections to both digital and analog circuits. Additionally, the oscillator provides amplitude and frequency modulation capabilities, PLL features, and a number of output formats.

The TAEC’s working principle revolves around the concept of an oscillating electrical circuit. Internally, the oscillator is composed of a frequency determining element (FDE) and an amplifier stage. The FDE is the heart of the oscillator and consists of quartz crystals, capacitors, inductors, and resistors, which work together to determine the frequency the oscillator will generate. This frequency is then amplified by the amplifier stage and subsequently supplied to the output terminals as a sine wave.

The TAEC is able to produce a highly accurate and stable output. This output stability is achieved by controlling the feedback loop between the amplifier and the FDE. A small error signal is passed from the amplifier through a feedback system, allowing the frequency to be locked against a reference oscillator or a fixed frequency. This feedback process provides a very precise and stable output signal.

The TAEC is widely used in a variety of applications due to its accuracy, stability, and low cost. Applications include frequency division, whereby multiple frequencies are generated such as audio, radio, and cellular frequencies. Additionally, the oscillator is used in precision timing applications, phase locked loops, frequency synthesis, and digital radio transmission.

In conclusion, the TAECPCSANF-20.480000 is an oscillator designed to produce stable and accurate outputs. It is suitable for a variety of applications including frequency division, timing, phase locked loops, digital radio, and frequency synthesis. The oscillator utilizes a sine wave oscillator topology, which incorporates precision analog and digital components working together to generate a precise frequency. It also features temperature stability of 25 ppm, frequency range of 10 kHz to 25MHz, and low noise. This oscillator is the perfect solution for any precision frequency needs and provides unparalleled accuracy and stability at a low cost.