510BBB-ABAG

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Programmable oscillators, also known as programmable clock oscillators, are an essential component of many industrial and consumer electronic devices. These types of oscillators are specifically designed to be adjustable, allowing users to fine-tune the device’s frequency or phase performance to the specific requirements of the application. This type of versatility is extremely beneficial when it comes to aiding device stability and increasing the accuracy of system performance measurements.

An example of a commonly known programmable oscillator is the 510BBB-ABAG. The built-in PLL (Phase Lock Loop) technology on this device allows for high reliability control for a wide range of frequencies in both low Voltage (5 V) and high Voltage (12 V) operation. This particular device can also be used in temperatures ranging from -40°C to +80°C despite its small package size of only 8.75 mm x 8.5 mm.

Each unit of the 510BBB-ABAG is integrated with a dual loop, allowing for an impressive frequency range and stability of operation. The programmable frequency range of the dual loop PLL oscillator is from 0.02 MHz to 540 MHz. In addition, the device provides a high degree of accuracy, with a total cycle-to-cycle jitter of only 20 ps.

When it comes to the application field of the 510BBB-ABAG, it is mostly seen in applications such as base stations, radio wireless communication systems, wireless LAN, DVB-T, high-density multi-band, and other high-frequency applications. The device is also often used in evaluation modules in order to quickly evaluate and measure several different parameters.

The working principle of the 510BBB-ABAG is fairly straightforward. As a user, the only needed input is the desired frequency and input voltage, which, when provided to the device, will cause the output frequency of the oscillator to match the input frequency, in the process achieving complete phase locking between the inputs and outputs. This process is known as phase locking and is essential for applications that require high speed and stability.

The 510BBB-ABAG also possess several important features that support its application field. For example, its wide operation temperature range and its low phase noise are both necessary components for many electronic applications. Furthermore, the device provides a high level of power efficiency and is tailored to industrialized markets.

In conclusion, the 510BBB-ABAG is an excellent example of a programmable oscillator, providing users with an impressive range of adjustable frequencies and an impressive phase locking performance. Its application field is wide, covering a wide range of communication and device related applications, while its impressive feature set provides users with an impressive level of accuracy and reliability. The unit is also relatively low power, making it a perfect choice for many high-end industrial applications.

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