516CAA000260BAGR

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Pin Configurable/Selectable Oscillators are designed to provide flexible and reliable frequency control to electronic systems and components. The 516CAA000260BAGR Oscillator is a prime example of this type of device, and its application range and working principle are discussed here.

The 516CAA000260BAGR Oscillator is commonly used in transportation and industrial control systems, clock synchronization equipment and digital televisions. It features an adjustable frequency range of 8MHz to 200MHz, allowing for great flexibility when choosing an optimum frequency for the task at hand. And it has an max frequency stability of 0.5MHz, and a temperature range operating from -30°C to + 85°C, making it ideal for a range of different environmental conditions.

The 516CAA000260BAGR Oscillator is based on the principle of digital frequency-selectable devices, known as the VCXO systems. These systems enable the device to be programmed by setting the pins that control its frequency. This pin configuration allows up to eight distinct operating frequencies to be chosen, ranging from 8MHz to 200 MHz. The device also has a pin configuration that enables the user to adjust the frequency range of the device to adapt to the specific application needs.

The 516CAA000260BAGR Oscillator is a highly efficient device and requires very little energy to function, its power consumption rating is only 6mA. This makes the device ideal for use with low-power electronic systems, such as those found in mobile phones, computers and medical devices. Additionally, the device has a high reliability rating, with a MTBF (mean time between failures) of over 500,000 hours.

In summary, the 516CAA000260BAGR Oscillator is an ideal choice for a wide variety of applications that require a reliable and adjustable oscillator. It offers an adjustable frequency range of 8MHz to 200MHz and requires very little energy to function, making it an efficient option. The pin configuration makes it highly programmable and enables eight different operating frequencies to be chosen. It is a popular choice for transportation and industrial control systems, clock synchronization equipment, and digital televisions, primarily due to its high reliability and efficiency.

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