500SEBD-ACH

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Programmable oscillators are becoming increasingly popular in the electronics industry, due to their flexibility and the ability to have one device serve multiple purposes. The 500 Series East Bend-ACH (500SEBD-ACH) application field and working principle is a key example of how to take advantage of programmable oscillators to tailor and customize an electronic device to a specific application.

The 500SEBD-ACH application field is a programmable oscillator specifically designed to provide excellent performance in mixed signal designs and precision timing applications in a space-saving industry-standard pinout. It offers features like low jitter and industry-leading current consumption which make it a popular choice for signal integrity engineers, who have the need for a reliable timing device in their designs. The 500SEBD-ACH also offers users a range of customizations, including voltage and current variants, different temperature stability and maximum frequency options, so it can be tailored precisely to their needs.

The working principle of the 500SEBD-ACH revolves around precision timing and signal integrity, which is achieved by utilizing its on-chip digital pulse-width modulation (PWM) output. This allows the device to output high-resolution frequencies of up to 200MHz, and switch between up to 12 pre-programmed frequencies with sub-nanosecond response times. Additionally, the 500SEBD-ACH features a flexible, unique frequency generation scheme which allows signals unlocked to the frequency selection inputs to be recognized and interpreted as instruction words. This enables the user to achieve even greater customization of the device, and much better signal integrity and accuracy.

In conclusion, the 500SEBD-ACH application field and working principle make it a very popular choice in the electronics industry. Its flexibility and ability to be tailored exactly to the needs of its users provide excellent performance and accuracy in mixed signal designs, as well as precision timing applications. Furthermore, its unique frequency generation scheme allows a high degree of customization, making it perfect for engineers with the need for a reliable and accurate timing device.

The specific data is subject to PDF, and the above content is for reference