416F384X3CTR

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Crystals are used in various electronic applications like oscillators, clocks, medical imaging, and aerospace. The 416F384X3CTR is one such crystal oscillator developed by Vectron International. This crystal oscillator offers an extremely reliable frequency over a wide temperature range with reduced jitter. It is often used in applications that require high signal integrity and reliable performance.

The 416F384X3CTR crystal oscillator operates frequency from 100 MHz to 250 MHz. It features a typical 200 ohms series resistance and 0.8 pF or 2.5 pF equivalent parallel capacitance. It has a working temperature range of -20 to +70°C. It is constructed in a 4-pin ceramic package with a lead (Pb)-free finish. The product is compliant to RoHS and WEEE.

The 416F384X3CTR crystal oscillator utilizes the piezoelectric effect to generate a stable frequency. It is a passive component which oscillates or vibrates at a resonant frequency dependent on the size and shape of the crystal that it is made from. The 416F384X3CTR crystal oscillator has a quartz crystal element that is cut and shaped to produce a precise frequency. It achieves this precision by utilizing a vibrating quartz crystal sandwiched between two pairs of electrodes to control the crystal\'s frequency. The crystal oscillator oscillates an electrical signal at a specific pre-determined frequency.

The 416F384X3CTR crystal oscillator is a cost-effective solution for applications such as Ethernet switches, transceivers, digital video systems, medical electronics and automotive electronics. This oscillator also works well in military, avionics and communication applications. It is designed to function in harsh operating conditions where performance and reliability are essential. It can operate in temperatures ranging from -20°C to +70°C.

The 416F384X3CTR crystal oscillator is an effective solution when precise and reliable frequency is required. It is designed to provide consistent performance across a wide range of temperatures, power levels and environmental conditions. Its ability to provide consistent and reliable frequency makes it suitable for applications that require high signal integrity and stable performance.

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