534FC000509DGR

534FC000509DGR Application Field and Working Principle

The 534FC000509DGR (FC) is a high-performance, low-cost pin configurable/selectable oscillator that is used across a wide range of applications in consumer, industrial, mobile and secure communications sectors. The FC series of oscillators are provided in a range of package types, including five-pin TSOP, four-pin pro-grade, eight-pin SPG set, eight-pin SOT, eleven-pin SOT, sixteen-pin SOT, twenty-pin SOT, two-seven-pin LGA, two-eight-pin LGA and two-ten-pin LGA package options.

The 534FC000509DGR follows a similar working principle of existing industry standard quartz-crystal based oscillators. It has two electrodes, called a ‘cut’ quartz crystal, and a ‘plate’ that form the oscillator’s dielectric layer. Electrons in the ‘cut’ crystal oscillate between the two electrodes, causing an electrical signal to be generated. This electrical signal is then fed into the oscillator’s circuit and converted into a fixed frequency signal, which is output to the oscillator’s pins. The frequency of the signal can be adjusted by varying the voltage applied to the dielectric layer, and the output signal can be tuned to a particular frequency range.

The 534FC000509DGR is used in a variety of applications within the consumer, industrial, mobile and secure communications sectors. It is suitable for applications such as clock generators, phase-locked-loop circuits, touch screens, automotive, medical and aerospace applications.

The FC provides excellent electrical performance, including low power consumption, high frequency accuracy, low jitter and fast start-up time. In addition, it is available in a wide range of frequencies, including guaranteed operation over a wide temperature range and supply voltage range.

The FC also provides unique features that make it ideal for secure network applications, such as the ability to program a unique frequency for each device and support for authentication protocols.

The 534FC000509DGR is an ideal choice for applications requiring precise frequency control and reliable operation. It is a cost-effective solution for applications where precise frequency control is needed, and its stability and low-power consumption makes it the ideal choice for applications in the security and communications sectors.