516CAA000109AAG

Pin Configurable/Selectable Oscillators offer a wide range of features and application fields. The 516CAA000109AAG oscillator from CTS Electronic Components, Inc. provides a perfect example. This oscillator is a rugged, low-cost, temperature-resistant device designed for industrial, military and aerospace applications.

The 516CAA000109AAG oscillator\'s properties give it the ability to provide a wide variety of oscillator functions. It is configured to a wide frequency range of 0.8MHz to 250MHz, and it offers input/output voltage settings of 2.5V, 5V, 10V, and 20V. It also includes an adjustable temperature range from -50°C to + 125°C, enabling it to operate under harsh environmental conditions.

The 516CAA000109AAG oscillator has several distinct application fields that range from handheld devices to airborne systems. It is designed for harsh environmental conditions and can be used for extreme temperature settings, vibration, and shock as well as for commercial and industrial applications that include automotive and avionics. This oscillator can also be used for RADAR, communications, navigation and radio systems that operate in high-temperature, high-altitude and high-pressure conditions.

This oscillator is also used in scientific and engineering research. Its wide frequency range makes it ideal for use in laboratory and laboratory computer testing, while its adjustable temperature range and rugged design provide an excellent platform for use in high-precision measurements.

The 516CAA000109AAG oscillator uses a unique and powerful technology to provide its wide range of features and application fields. Its working principle is based on a bistable structure that results in a total frequency dependent upon a dual-state configuration. This dual-state configuration allows for several functionalities, such as frequency selection, frequency range selection, positive and negative output potential, and output enablements.

The 516CAA000109AAG oscillator is an ideal solution for a wide range of applications. Its wide frequency range and adjustable temperature range enable the oscillator to operate efficiently in the harshest of environments, and its rugged design ensures a reliable performance in even the most extreme conditions. Furthermore, its dual-state configuration makes it perfect for providing the highest accuracy in both laboratory and industrial settings.