530AA168M750DGR

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Oscillators are electronic circuits that generate a periodic and repetitive signal with a given frequency or range of frequencies. One such oscillator is the 530AA168M750DGR. This oscillator is suitable for use in both commercial and military applications.

The 530AA168M750DGR oscillator offers a wide range of frequencies from 16 kHz to 750 MHz. This high frequency range makes it suitable for many applications, such as frequency hopping networks, communication systems, and medical applications. It has a very low jitter rating of less than 160 ps RMS. This allows for high quality signals and reliable communication, even in difficult environments. The oscillator has a good linearity and is temperature-compensated for extremely high accuracy.

The 530AA168M750DGR oscillator has an extremely low power consumption of just 1.5 uW. This makes it suitable for battery powered applications, such as cell phones and medical devices. Its low power consumption also reduces the need for additional cooling mechanisms, leading to enhanced reliability.

The oscillator features a wide, 8-bit programmable divider range. This makes it possible to achieve a wide range of frequencies, and also to generate more complex frequencies for more specialised applications. The 530AA168M750DGR oscillator also has a 16-bit pulse width adjuster, which allows for precise pulse control. This makes it well-suited for applications that require high accuracy.

The 530AA168M750DGR oscillator has a low noise and is very reliable. Its temperature and shock stability makes it suitable for use in harsh environments, and its frequency stability makes it a good choice for mission-critical applications. The oscillator can be configured to operate with a supply voltage of 2.3 to 5.5V, and it comes in a variety of packages.

The 530AA168M750DGR oscillator is a highly versatile and reliable device. Its wide range of frequencies, low power consumption, and wide array of programmable features make it suitable for a variety of applications, ranging from military and medical applications to frequency hopping networks. It is also reliable and accurate, and its low power consumption ensures it is suitable for battery powered applications.

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