511ACA24M0000BAGR Crystals, Oscillators, Resonators

The 511ACA24M0000BAGR oscillator is a high-performance, low-cost device used for a range of applications, including precision clock and timing signals, frequency sources for microprocessor and ASIC designs, railway network synchronization, and industrial communications networks. This oscillator is built around a quartz-based crystal with a frequency tuning range from 10 to 150 MHz. It features a tight frequency stability of up to ±0.5 ppm, excellent long-term stability, and good phase-noise performance.

The 511ACA24M0000BAGR oscillator uses an internal voltage-controlled oscillator (VCO) and an internal 2-pole 2-phase filter to generate a stable timing signal. The VCO generates a signal that is fed into the filter, which removes any unwanted harmonics and produces a square or sine wave. This output is then amplified and sent to the output lead. The device is calibrated using a special set of frequencies, both in-circuit and in the laboratory, to produce a tightly tuned oscillator. This is done using a special trimming technique, where the oscillator is tuned to its highest frequency, then adjusted within a very small range in order to achieve the desired accuracy.

In addition, the 511ACA24M0000BAGR oscillator also features a simple interface that allows its operating parameters to be easily adjusted. These include the tuning range, the frequency stability, the power supply voltage, and the output gain. This makes it suitable for a wide range of applications, as its internal settings can be precisely adjusted to create exactly the desired performance.

The 511ACA24M0000BAGR oscillator is a robust device, designed for operation over a wide temperature range. It is also highly reliable and has a very long life expectancy, with minimal maintenance required. In terms of cost, the device is highly competitive, making it a great choice for applications where stability and accuracy are essential.

Overall, the 511ACA24M0000BAGR oscillator is a versatile, high-quality device that is suitable for a variety of precise timing-dependent applications. Thanks to its advanced features, robust construction, and affordability, the device is a popular choice for professionals who require reliable and accurate performance.