353LB3C192R

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Oscillators have been widely used in modern electronic applications, either as the timebase reference in digital systems, as active components in CW transmitters, in switching circuitry, or as Tone decoders and active filters. By providing a stable timing reference for complex analog and digital systems, they are an invaluable tool in design engineers’ tool box. The accuracy and stability of these oscillators are critical and depend on their design, construction and availability of components.

The 353LB3C192R oscillator is used in commercial, military and civil applications for products primarily requiring higher accuracy or tolerance, central clocking availability, and PLL operation. This crystal oscillator is perfect for radio transmitter and receiver applications within UHF, VHF, and HF radio band. Provided with the right components, this oscillator can be easily used in engineers’ design and development projects. It is highly reliable and features a robust design, making it well suited for test and measurement applications.

The 353LB3C192R is a type of quartz oscillator and works by the application of the piezoelectric effect. When a quartz crystal is physically stressed by an external force, a voltage is generated. The frequency of the frequency provides precision timing references and is used in many applications. Also, the crystal oscillator is temperature-stabilized, meaning that heat generated inside the oscillator is dissipated quickly and with minimal temperature variation.

The 353LB3C192R oscillator comprises four main components: a quartz crystal element in the form of a wafer or thin film, a micro-mechanical resonator (MEMs), a pair of electrodes, and a substrate. The quartz crystal element consists of two thin surfaces, one of which is deformable. The MEMs resonator provides extended frequency range with excellent stability. The pair of electrodes which act as transducers create a electrical connection between the quartz element and the substrate. The substrate provides mechanical support for the components.

The working principle of the 353LB3C192R is simple. When alternating current (AC) is supplied to the electrodes, a harmonic vibration is generated over the quartz element. This vibration creates mechanical movement which in turn creates an electric field, causing an electromotive force (EMF) to be generated in the electrodes. This EMF is then applied to the substrate to provide an oscillatory voltage across its two terminals. The frequency of the oscillator is determined by the mass and mechanical characteristics of the crystal. It is also influenced by the electro-mechanical coupling properties of the MEMs resonator.

The 353LB3C192R has several advantages compared to other oscillators like the RC oscillators and PLL oscillators. Firstly, it is stable and offers excellent accuracy of frequency. Second, it is resistant to environmental conditions like EMI, temperature variations or shock and vibration. Third, it is extremely low power consuming and its efficiency is second to none. Finally, it has a wide tuning range and is easy to use for interference-free operation.

Overall, the 353LB3C192R quartz oscillator is a reliable, precise, and efficient timing device that is ideal for applications requiring exceptional accuracy or tolerance. Its simple working principle and robust design make it suitable for a broad range of applications including radio transmitter and receiver applications, test and measurement operations, and switchingcircuitry, among others.

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