534AB000026DGR

Pin Configurable/Selectable Oscillators are oscillators commonly used in a variety of applications where there is a need for a certain frequency, stability, accuracy, and dynamic response. The 534AB000026DGR is an example of a pin configurable, selectable oscillator, a type of oscillator which features a wide range of frequency options, adjustable frequency and low jitter.

The 534AB000026DGR has a wide range of operating temperatures, from -40℃ to +125℃, making it an ideal choice for use in a variety of regulated and harsh environments. It is also extremely accurately calibrated and can be programmed to a frequency range of 1.25kHz to 125MHz with a stability of up to 2% over the range of 12.5kHz to 125MHz.

The 534AB000026DGR is designed for short-term applications, where the frequency needs to be constantly adjusted and the system must be able to respond quickly. This makes it ideal for systems where a system response time is critical. For longer-term applications, it is recommended to use an oscillator with a higher resolution and stability.

The 534AB000026DGR uses a number of different technologies and composite technologies in order to achieve its stability and wide frequency range. The frequency stability is based on a combination of an analog phase-locked loop and a crystal or synthetic oscillator. The Phase-locked loop is used to lock the frequency of the oscillator to that of the reference crystal oscillator and maintain a high frequency accuracy over a long period of time.

The 534AB000026DGR also employs a range of high-performance components to ensure optimal performance. The components are designed to provide adjustable voltage control to ensure that the output is kept within the specified range and is tightly regulated. A built-in temperature compensation circuit also helps to keep the frequency of the output stable and within the specified range.

The 534AB000026DGR is a versatile and reliable oscillator, ideal for a variety of applications. Its wide frequency range, adjustable frequency, and low jitter make it perfect for systems where frequency accuracy and dynamism are essential. With its short response time and excellent temperature stability, it makes it an excellent choice for use in a range of regulated and harsh environments.