532EA000367DGR

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The 532EA000367DGR is a high stability and performance Pin Configurable/Selectable Crystal Oscillator. It is designed to provide low jitter and low age parameters. This oscillator is suitable for high and cost-sensitive electronic applications.

The 532EA000367DGR utilizes a high end crystal with an accurate cut and very close tolerance. The package is small and compact, making it suitable for high-density applications. It features a wide operating temperature range from -40°C to +85°C.

The 532EA000367DGR features two or four outputs depending on the particular model. It also features programmable logic functions, which can be programmed with the in-house programming software. The 532EA000367DGR is also equipped with a self-test capability to ensure proper operation of the oscillator.

The 532EA000367DGR is available in various frequency ranges, including 1.25 MHz to 160 MHz, depending on the number of outputs. It is also offered with different output signal formats, including HCMOS, LVPECL, PECL, LVDS, and Sine Wave.

The 532EA000367DGR utilizes a standard quartz crystal element and complementary MOS transistor technology. The oscillator provides greatly improved stability and reliability in comparison to typical crystal oscillator designs. The 532EA000367DGR also features an integrated low pass filter.

The 532EA000367DGR offers low jitter and low age parameters, making it ideal for communication, storage, and precision test equipment, as well as telecom, aerospace, automotive and medical applications. Its pin configurability/selectability makes it highly tuneable, as it can be adjusted to any arbitrary frequency within the desired specifications.

The actual working principle of the 532EA000367DGR is based upon the principle of electromagnetic oscillation. When an electric current is passed through a quartz crystal, it creates an electromagnetic field, and this field fluctuates. When the electrical field which is being generated becomes greater than the mechanical resistance of the crystal, an oscillation is created. This oscillation can be controlled by varying the resistance and capacitance of the crystal. This oscillation is then converted to an AC current and is then filtered and amplified in order to obtain the desired frequency.

The 532EA000367DGR is a highly reliable pin configurable/selectable crystal oscillator that can be used in a wide range of applications. It features low jitter and low age parameters and can be programmed with the in-house programming software. Its wide frequency range and programmable logic functions make it highly suitable for precision test equipment, storage, communication, and other sensitive electronic applications.

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