511PAA-BBAG

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 electrical circuits designed to generate a precise, stable frequency signal for a variety of application uses, providing reliable and adjustable clock sources for digital circuits. A common type of programmable oscillator, the 511PAA-BBAG, is a surface mount uP3 single-ended dual-output oscillator, allowing for two perfectly-balanced, coherent output signals that can be used in pulse-width and frequency applications. This paper discusses the application fields and working principles of this device.

The 511PAA-BBAG oscillator operates with a wide range of frequencies, from 0.5MHz to 200MHz, spanning both the high and low frequency ranges, providing a perfect waveform for most digital circuit applications. With its fast start-up time, this oscillator is particularly useful for intermittent clock and pulse applications as it can rapidly switch from one state to another. Additionally, it features low ripple and jitter performance, allowing for clock signals with minimal noise on their output.

The 511PAA-BBAG oscillator is most commonly used in the fields of data storage, serial communication, and satellite applications. Data storage systems often utilize the dual-output, stable frequencies this oscillator provides to maintain predictable access to data, while serial communication systems and satellites rely on the accuracy and flexibility of the 511PAA-BBAG oscillator’s timing signals. In addition, the low ripple and jitter performance also makes this oscillator a perfect choice for high-speed clocking applications such as Echo-Lok™.

The 511PAA-BBAG oscillator is a simple and efficient programmable device. It operates with a single 5 V supply voltage, drawing only 6 mA of current. It also features enough programmability to allow for precision tuning of the resonator output frequency. The dual-mode operation utilizes either a digital or an analog programming interface, both of which can be used to control the oscillator’s output frequencies with a resolution of 0.001%.

The 511PAA-BBAG oscillator’s advanced design also enables it to be programmed with any duty cycle or valid clock rate between its minimum and maximum frequencies. It also features a built-in temperature compensation, ensuring that its output frequency remains highly stable across a wide range of temperatures. Additionally, the oscillator includes a built-in programmable power down mode that can be used to further reduce power consumption. Finally, an integrated trim configuration feature allows the user to easily adjust the frequency by simply toggling a single switch.

In conclusion, the 511PAA-BBAG oscillator is an incredibly versatile, reliable, and efficient programmable oscillator. Its wide range of output frequencies, low ripple, and jitter performance make it the perfect choice for high-speed clock and pulse applications. Its ease of use, combined with programmability and temperature compensation, ensures that it will remain reliable and stable in a variety of conditions. The 511PAA-BBAG is quickly becoming an industry standard, as it is increasingly utilised in data storage, serial communication, and satellite applications.

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