416F26011AKR

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Crystals play a critical role in many different electronic circuits, and the 416F26011AKR is no exception. This crystal is capable of delivering reliable, accurate oscillations with a precision frequency of 10MHz, making it ideal for a range of applications. The 416F26011AKR crystal is widely used in frequency synthesis and timing circuits due to its robust construction and frequency stability over temperature. In this article, we will explore the application field and working principle of the 416F26011AKR crystal.

When selecting a crystal for frequency synthesis, timing circuits or other similar applications, it is important to consider the capability of the crystal. The 416F26011AKR is a reliable and accurate oscillator thanks to its high quality, precision frequency of 10MHz and superb temperature stability. It also offers excellent frequency stability over a wide range of temperatures, making it suitable for use in a range of high precision electronics equipment, such as a frequency synthesizer or an oscilloscope.

In terms of general characteristics, the 416F26011AKR is a robust crystal that is capable of providing high reliability and accuracy. It can be used to provide a stable frequency reference for a range of applications, including radio and TV receivers, spectrum analyzers, frequency synthesizers and timing circuits. Furthermore, it features a low jitter rate and low phase noise, making it suitable for both low-speed and high-speed communication systems.

In addition to its impressive characteristics, the 416F26011AKR also offers several advantages when it comes to usage. Its minimal size means that it is highly space efficient, while its low operating voltage ensures it uses minimal power. It also features a wide load capacitance range of 12p to 47pF, making it easily adaptable for many different applications.

The 416F26011AKR crystal also offers an impressive working principle. It utilises a piezoelectric effect, where the crystal generates mechanical stress when an electric field is applied across it. This causes it to vibrate at a precise frequency determined by the crystals’ geometry, which can be accurately determined and controlled by varying the electric field.

The 416F26011AKR crystal then oscillates at a defined frequency when the alternating electric field is passed through it. To ensure accurate oscillation, the crystal is supplied with a controlling voltage of 3V DC, and the frequency is determined by the value of the load capacitance. The 416F26011AKR is a custom device, designed with the exact frequency and load capacitance values specified by the customer.

The 416F26011AKR crystal is an ideal choice for many different applications, due to its reliable accuracy, precision frequency and superb temperature stability. It is also highly space efficient, utilizes minimal power and features a wide range of load capacitance values. All these features, combined with its impressive working principle, make it an ideal choice for frequency synthesizers, timing circuits and a range of other electronic equipment.

Overall, the 416F26011AKR crystal is a robust and reliable crystal, capable of offering accurate oscillations and stable frequency references for a range of different applications. Thanks to its impressive characteristics and wide range of load capacitance options, it is ideal for use in frequency synthesizers, radio and TV receivers and many other electronic devices. Furthermore, its piezoelectric working principle ensures accurate and precise oscillation, making it a great choice for any application requiring a reliable and accurate frequency reference.

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