402F16011CKR

Crystals are used in an array of applications, both in commercial and scientific settings. A 402F16011CKR crystal (also known as a crystal oscillator) is a popular crystal in these applications due to its wide range of frequency outputs, stability, and power requirements.

The 402F16011CKR crystal is a miniature, surface-mount quartz oscillator. It is extremely small and versatile, with dimensions of 0.43” x 0.66”, and is suitable for high density footprints and tight PCB layouts, making it a great option for mobile and laptop applications. It operates on a frequency range of 8 MHz to 20 MHz and consumes very low power, making it an excellent choice for low power designs.

The 402F16011CKR crystal is composed of a quartz crystal, an electronic circuit and a package. The quartz crystal works by vibrating at a specific frequency in response to an electrical signal, and is typically enclosed in a metal case. The electronic circuit processes the signal and produces an output depending on the specified frequency, ranging from 8MHz - 20MHz.

The 402F16011CKR crystal can be used in a variety of applications. It is commonly used in consumer electronics such as mobile phones and laptops. It is also used in automotive and industrial settings, and is often used in a variety of motion and positioning systems, as well as to control LEDs and CFLs in grids or digital signage. Its wide range of frequency and low power consumption means it has applications in any environment where accuracy and stability is necessary to the success of the project, making it a versatile choice for any setting.

The 402F16011CKR crystal is an excellent choice for a wide range of projects due to its high stability, accuracy, and low power requirements. Its versatile features make it suitable for any environment that requires accurate, stable frequencies of operation. It also has the added benefit of being extremely small and lightweight, meaning it can be incorporated into tight layouts and densely populated circuits, helping to maximize space and power consumption.