ASCO1-12.288MHZ-LB-T3

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Oscillators are the most widely used electronic components in a variety of modern systems for timing, clocking, pumping, organizing, phase-entrainment, synchronization and other functions. The most popular oscillators on the market are analog and digital oscillators, both of which are widely used in many types of digital systems. Analog oscillators are true sine wave oscillators and are used for pressure, temperature, current, voltage, and other typecontrols. Digital oscillators are digital pulse waveform oscillators that are used in digital communication systems, microprocessors, and other digital circuits. The ASCO1-12.288MHZ-LB-T3 oscillator is a high-performance temperature compensated oscillator from the Analog & Digital Technologies’ ASCO product family.

The ASCO1-12.288MHZ-LB-T3 oscillator is a low jitter, low phase-noise temperature-compensated oscillator (TCXO). It is available in a wide range of frequencies, from 0.1 to 80.0MHz. The oscillator can operate over a temperature range of -40°C to +85°C and is packaged in a small size profile. It features an output resistor, which is necessary for temperature compensation. Other features include 16 MHz external reference input, selectable multiplication factor, and low frequency stability.

The ASCO1-12.288MHZ-LB-T3 oscillator is typically used in applications such as telecommunications, navigation, and industrial equipment. The oscillator is ideal for applications requiring a low phase noise, low jitter, and low frequency stability. It is designed to be used in the signal path of base station radio systems, direct sequence spread spectrum (DSSS) receivers, 802.11g and Wi-Fi solutions, GSM and CDMA. The oscillator can also be used for phase-lock-loop (PLL) reference signaling, clock management devices, time-domain multiplexing (TDM) systems, and for military applications.

The working principle of the ASCO1-12.288MHZ-LB-T3 oscillator is based on a quartz crystal oscillator. The quartz oscillator is placed in a transducer block along with a series of pickups that are used to detect the crystal oscillations. The transducer block filters and amplifies the oscillations and then sends them to an output resistor. The output resistor, also known as the load inverter, is responsible for performing the temperature compensation process. The oscillator then takes the oscillations from the load inverter and the output frequency is then determined by the load inverter and the crystal frequency.

The ASCO1-12.288MHZ-LB-T3 oscillator is an excellent complement to any analog and digital system that requires a high-performance, temperature-compensated oscillator. It provides low-jitter, low-phase-noise and low-frequency stability for applications such as telecommunications, navigation, and industrial equipment. The oscillator offers a wide range of operating frequencies, 16MHz external reference input, and selectable multiplication factor as well as a small size profile and temperature range of -40°C to +85°C.

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