XLL736A00.000000I Datasheet/PDFThe XLL736A00.000000I oscillator is a type of electronic component that produces a periodic, oscillating signal. It is often used to generate a signal for the purpose of frequency control and timing in electronic systems, and can provide an accurate reference signal for controlling frequency and time measurements. The XLL736A00.000000I oscillator is a clock crystal oscillator, and it is used in many applications that require precise timing and signal control.
The XLL736A00.000000I oscillator typically consists of a quartz crystal and associated electronic circuitry enclosed within a hermetically sealed header. The crystal itself is comprised of quartz that has been either cut or driven into thin sheets of a piezoelectric material. When an electrical signal is applied to the quartz crystal, it produces mechanical vibrations at a fixed frequency that is dependent on the size and shape of the crystal and the type of material used. This signal is then passed through the amplifying electronic circuitry to produce a stable signal at a frequency that is determined by the crystal.
The XLL736A00.000000I oscillator is used in many applications including radio transmission and reception, television broadcast, and troubleshooting of electronic circuit boards. It is also used in the control of clocks in computers, and in electronic musical instruments. It can also be used to control frequency synthesizers, and to provide a precise time standard for syncing multiple systems. Its flexibility and accuracy make it the oscillator of choice for many applications in which accurate timing over a broad range of frequencies is required.
The XLL736A00.000000I oscillator is a cost-effective solution for any application in which precise timing over a wide and reliable frequency range is needed. Its hermetically sealed header and quartz crystal ensure a reliable and accurate signal even in harsh environments. By connecting it to a frequency synthesizer, a wide range of frequency outputs can be achieved, and its flexible design also allows it to be used in a variety of circuit boards. Its reliable frequency control and its ability to provide a precise signal for controlling frequency and time measurements make it a valuable component for enhancing and improving a system’s performance.