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Oscillators

Oscillators are the devices that convert direct current (DC) into a periodic alternating current (AC). Oscillators are used to provide the AC signals needed to drive electro-mechanical systems and to produce or measure time-varying quantities such as pressure, temperature, speed, position, voltage or current. They can also be used to control the timing and duration of various electronic operations.

SIT8008BI-13-18S-24.000000G

SIT8008BI-13-18S-24.000000G is an oscillator that features Off State Current IQ ≤ 0.5µA and 14 Lead TO-208AC. It has a frequency of 24.000000 MHz and a frequency stability of ±20 ppm over its operating temperature range. The oscillator has a low phase noise floor and a fast start-up time. It is also characterized by high output levels and operates over a wide supply voltage range.

Application Field

The SIT8008BI-13-18S-24.000000G oscillator is primarily used in audio, wireless communications, industrial, consumer and automotive applications. It is suitable for precision timing and clock generation applications such as spread spectrum communications, Bluetooth Low Energy, WiFi, DECT, wireless data links, video and audio streaming, and other wireless applications. It is also ideal for use in battery powered consumer electronics, factory automation and process control, healthcare, test and measurement, security and surveillance, and other smart device applications.

Working Principle

The SIT8008BI-13-18S-24.000000G oscillator works by converting a DC input voltage to a periodic AC output signal. It uses an active component, typically a transistor, to create a stable voltage source and an amplifier to drive the output signal. The frequency of the AC output signal is determined by the physical properties of the active component and the amplifier, as well as the configuration of the components. The circuit is configured to resonate at the desired frequency. Resonance is essentially an energy transfer process between two components that occurs at the same frequency. The AC signal produced by the circuit is then filtered and amplified to amplify the output signal.

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