513CCA000962AAGR

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Pin configurable/selectable oscillators are among the most popular oscillator technologies in the market and thus this article will discuss what the 513CCA000962AAGR oscillator is and its application field and working principle.

The 513CCA000962AAGR oscillator is a CMOS-based frequency-agile oscillator designed for applications ranging from 5MHz to 200MHz. It has a wide range of configurability options and can operate on either a 6.5 to 7.5V DC supply voltage, making this oscillator a go-to choice of the most cost-sensitive applications. This oscillator is also ideal for high-performance designs with its low jitter capabilities and tight frequency tolerances of ±2KHz to ±30MHz.

The 513CCA000962AAGR also features two input pins that provide configuration and frequency selection for the user. The 1st pin, “P1”, is a 6-bit binary coded input for frequency selection. This input pin is configured by applying a logic 0 or 1 to its corresponding bit in the 6-bit code. The 2nd pin, “P2” is a 3-bit binary coded input for the oscillator’s configuration. This pin enables the user to select the function of an output (such as enabling an internal voltage regulator, setting an output to open-drain, etc.).

The result of the combination between P1 and P2 pins is an output frequency and a range of other options depending on the values set. By entering a different combination to the P1 and P2 pins, the 513CCA000962AAGR can provide different frequencies and configurations, making it an extremely versatile oscillator. Additionally, this oscillator has an enable output pin, which can be used to enable/disable the device.

The 513CCA000962AAGR has a lot of features that make it suitable for a variety of applications. Its low power, low jitter, and wide frequency range make it suitable for a range of mobile and wireless applications, such as mobile handsets, Raspberry Pi applications, and Bluetooth modems. Its ability to provide different frequencies and configurations also makes it well-suited for military and aerospace applications. This oscillator is able to provide highly accurate frequencies for these types of applications.

The 513CCA000962AAGR oscillator is able to output a high-precision frequency depending on the values set on its P1 and P2 pins. In order to understand its working principle, we need to look at the circuit of the oscillator. The oscillator comprises of various components, such as resistors, capacitors, and transistors, that work together to generate the frequency output. The resistance and capacitance of these components are what determines the frequency. The 513CCA000962AAGR oscillator uses inverter logic to switch between logic levels, thus generating a square wave frequency output.

To summarize, the 513CCA000962AAGR pin configurable/selectable oscillator is a highly configurable and versatile device that can provide a wide range of frequencies and configurations for a range of applications. Its features make it well-suited for mobile and wireless, military and aerospace applications, as well as many other applications. This article has discussed the application field and working principle of the 513CCA000962AAGR and hopefully provided a better understanding of this oscillator.

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