510EAB-BAAG

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Programmable oscillators are a versatile tool for controlling the output frequency of an oscillator. The 510EAB-BAAG is a programmable oscillator that is designed to provide flexibility, precision and accuracy in order to generate stable and repeatable frequencies. This programmable oscillator is used in a variety of applications, including frequency synthesis and Clock & Data jitter measurement. In this article, the application field and working principle of the 510EAB-BAAG programmable oscillator is discussed.

Application Field

The 510EAB-BAAG programmable oscillator is an ideal choice for frequency synthesis as it can precisely guide clock and data synthesis systems. This is especially important in a variety of communication systems, such as hard disk drives, mobile phones and satellite receivers, that demand stable and precise frequency signals to ensure they operate at optimal levels. This oscillator is also widely used in various industries like automotive, inkjet printers, and medical to control the frequency of electronics devices.

The 510EAB-BAAG is also used in aerospace and military applications where the need for precise frequency signals is even greater. This oscillator can provide a signal with a frequency ranging from 5KHz to 700MHz and its highly accurate signal generation allows for expert timing control, aiding in high accuracy navigation and targeting applications. Additionally, the 510EAB-BAAG is also able to perform equally well in high temperature environments while still maintaining precision and accuracy.

Working Principle

The 510EAB-BAAG programmable oscillator works by producing signals to control the frequency of minute electronic circuits. It does this by utilizing crystal oscillators to convert a low-frequency signal into a high-frequency signal. This signal is then combined with a logic control circuit and Reference (REFER) clock into the Logic Control Unit (LCU). The LCU can then be used to fine-tune the signal, allowing for precision control of the frequency.

The LCU will also contain a frequency control shift register which is used to generate a set of frequency dividers. These dividers are then used to generate the desired frequency output. To generate an output frequency of 700 MHz, a 24.5Mhz crystal oscillator is used, combined with a logic control circuit, multiple frequency dividers and a reference (REFER) clock input.

In essence, the 510EAB-BAAG is a versatile tool for controlling varying frequency signals, making it a superb choice for many applications. It makes use of the logic control circuit to control the output waveforms and has the capability for storing multiple waveforms for quick, easy adjustment.

Conclusion

The 510EAB-BAAG programmable oscillator is a versatile, precise and accurate oscillator designed for use in a wide variety of applications. Its ability to generate stable frequency signals and its versatility have made it popular among many industries, including aerospace and telecommunications. Furthermore, its precision and accuracy make it an ideal choice for frequency synthesis.

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