532AA000281DG

Pin Configurable/Selectable Oscillators are available in a variety of frequencies, providing several configurations and features to easily meet customer needs. The 532AA000281DG is a great example of the latest generation of pin configurable/selectable oscillators and represents the state of the art in frequency control technologies.

This particular oscillator is designed for applications requiring an extremely low-powered and compact solution, particularly in space and/or temperature sensitive systems. It has a low profile design and a wide operating temperature range of -40°C to +100°C, making it ideal for any environmental conditions.

The 532AA000281DG utilizes a ceramic inductor-capacitor (LC) circuit for frequency stability, allowing for unprecedented accuracy and reliability. This LC circuit is extremely efficient and highly stable over a wide temperature range. It also ensures that frequency selected will remain accurate no matter what the temperature or environment is like.

In addition, this oscillator features a unique pin selectable architecture, allowing for easy and convenient assembly of the device in tight spaces. This pin selectable architecture also enables the user to configure the device without the need for external components.

The 532AA000281DG also boasts an impressive 5.0V DC supply voltage, which can be powered down to 1.8V. This is ideal for applications requiring low power consumption, as it allows the oscillator to operate at the most efficient operating voltage.

Due to its robust construction and excellent reliability, the 532AA000281DG is ideal for use in many demanding applications, such as PC and server components, automotive and medical equipment, and consumer electronics. In addition, it is also suitable for various microprocessor-based systems and applications, such as embedded systems or digital signal processing.

Overall, the 532AA000281DG is an excellent choice for those seeking an efficient and reliable pin configurable/selectable oscillator. Its low profile design, wide operating temperature range, and unique pin selectable architecture make it an ideal solution for many applications.