SIT9005ACR2G-25EK

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Programmable oscillators are useful devices that convert a signal of a certain frequency into another signal of a desired frequency. The SIT9005ACR2G-25EK is a programmable oscillator that is configured to allow the user to determine the desired frequency. It is a versatile product, with a wide range of applications and a precise working principle.

The SIT9005ACR2G-25EK is a low-cost, compact, single frequency programmable oscillator that has a crystal substrate. It is capable of operating with input frequencies from 0.1 MHz to 50 MHz and allows the user to choose any frequency from within this range. The SIT9005ACR2G-25EK is designed for use in applications requiring precise frequency accuracy and stability over temperature, voltage, and load. It can be used in a variety of environments, including mobile phones, microcontroller systems, and home automation.

The SIT9005ACR2G-25EK is based on phase locked loop (PLL) technology, which helps to precisely control the output frequency by locking it to the input frequency. It also has a temperature-compensated crystal oscillator (TCXO) that helps to achieve excellent frequency accuracy, stability, and jitter. The low-power requirements combined with the low noise make the SIT9005ACR2G-25EK ideal for battery-operated devices.

The SIT9005ACR2G-25EK is designed for a wide range of applications, from pulse wave generation to digital signal processing. It can be used in low phase noise systems, such as test and measurement equipment, as well as in audio and communications systems. It is also a suitable choice for frequency synthesizers, GPS systems, and motor control applications.

The SIT9005ACR2G-25EK is a reliable, low-cost, small-size programmable oscillator that is popular with engineers and electronics enthusiasts alike. It is capable of providing precise frequency accuracy, temperature stability, and low power requirements. This versatility makes it an excellent choice for a variety of applications, and its working principle provides a clear understanding of how it is able to achieve its precise results.

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