515CCA5M00000AAG

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

Oscillators play an important role in electronics circuits, helping generate the signals and electromagnetic radiation for communication technologies. The 515CCA5M00000AAG oscillator is a classic example of the oscillator, characterized by a wide range of applications in a variety of sectors. This article will provide an overview of the 515CCA5M00000AAG oscillator, summing up its application field and working principle.

Application Field of 515CCA5M00000AAG Oscillator

The 515CCA5M00000AAG oscillator is a popular component in the fields of high-precision timing and digital signal processing. It can easily and reliably generate a square-wave signal with a frequency in the range of 15.000 to 15.7 GHz. The 515CCA5M00000AAG is specially engineered with a robust frequency lock mechanism and is equipped with an advanced SMA or CPRG male type connector for easy integration in remote or hard-to-access areas. It is also notable that the 515CCA5M00000AAG can operate in temperature ranges from -30°C to +85°C and is available in several different package sizes, including TO-39, TO-8, and TO-5.

In the automotive electronics industry, the 515CCA5M00000AAG oscillator is often used to regulate and control timing elements in various systems, such as the fuel injection system, engine control system, and transmission system. Other applications include timing adjustment for switching power supplies, radios, navigational systems, medical devices, and optical components. The 515CCA5M00000AAG oscillator can also be used as a key component in radio transmitters, radar systems, and wireless communications modules.

Working Principle of 515CCA5M00000AAG Oscillator

At a fundamental level, a 515CCA5M00000AAG oscillator functions as a two-stage frequency multipler circuit. It consists of a mixer stage followed by a multiplier stage where an initial frequency from a crystal oscillator is multiplied up into the desired frequency.\'\' The mixer stage includes two mixers (local oscillator and reference oscillator) which are connected to each other. The mixer stage also contains an impedance-matching circuit, which helps to shape the frequency signal from the crystal oscillator and filter out undesired frequencies. The multiplier stage then takes the processed signal from the mixer and multiplies its frequency up to the desired frequency.

The 515CCA5M00000AAG oscillator has also incorporated an advanced power feedback circuit to ensure frequency stability and image free performance. This feedback circuit uses the output signal of the oscillator to adjust the multiplication factor, ensuring that the output frequency remains within the expected range. In addition, the 515CCA5M00000AAG oscillator has also incorporated a crystal-lock loop, which uses the feedback signal to actively adjust the oscillator frequency to match the crystal frequency.

Overall, the 515CCA5M00000AAG oscillator is a robust and reliable component, capable of generating a precise square-wave signal with frequency in the range of 15.000 to 15.7 GHz. With its integrated features, the 515CCA5M00000AAG oscillator is suitable for a wide range of applications, from automotive to radio transmitters and medical devices.

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