SG-8002CA 16.5888M-PHCL2

Oscillators are fundamental components in electronic systems. They generate a steady frequency that often drives other elements of the system to synchronize with their output. The SG-8002CA 16.5888M-PHCL2 oscillator is an example of a component that provides these beneficial features.

The SG-8002CA 16.5888M-PHCL2 is a quartz coil oscillator. This type of oscillator uses a piezoelectric quartz crystal as the active element. The quartz crystal vibrates at a characteristic frequency determined by its physical characteristics. This frequency, and the number of cycles the crystal vibrates, are determined by the oscillator\'s design.

The SG-8002CA 16.5888M-PHCL2 is specifically designed to uniquely provide a frequency of 16.5888 MHz. As such, it can be used in various applications, including radio and microwave systems, clocks, and timing circuits. It can also provide a reference frequency for frequency synthesis and multiplexing, as well as data transmission or reception. Additionally, the SG-8002CA 16.5888M-PHCL2 can be used in frequency-hopping spread spectrum communication systems.

In addition to providing a unique frequency, the SG-8002CA 16.5888M-PHCL2 offers a high frequency stability, which helps maintain system synchronization. It also exhibits a low phase noise level and a low jitter level, which contributes to its reliable performance in timing circuits. The oscillator also boasts an integrated capacitor that provides a stable voltage compensation over the operating temperature range.

The SG-8002CA 16.5888M-PHCL2 oscillator offers several advantages over other types of oscillators. Its frequency is adjustable through the integrated capacitive trimmer, and it requires no external components or components, making it simple to use. It also takes up minimal space, making it suitable for compact designs.

Overall, the SG-8002CA 16.5888M-PHCL2 oscillator is a high-performance component providing a unique frequency. It offers a wide range of applications, including radio and microwave systems, clocks and timing circuits, frequency synthesis, and data transmission. It offers a high frequency stability, low phase noise and low jitter performance, and an integrated capacitive trimmer for adjustable frequency settings. As a result, it is a great choice for any system that requires a reliable, high-performance oscillator.