848004AGILFT

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848004AGILFT is an advanced clock generator, phase-locked loop (PLL), frequency synthesizer designed to operate in a myriad of applications. Its flexible architecture and embedded features allow designers to build systems that require accurate, repeatable and deriving signals over a wide frequency range. This article will discuss the application fields and tell about the working principles of 848004AGILFT.

Application Fields

848004AGILFT are extremely versatile and used in a wide range of applications, from communication networks and integrated circuit testing to digital signal processors and mobile devices. 848004AGILFT offer an efficient combination of high power, low jitter and low noise, making them a viable solution for clock and frequency synthesis in both analog and digital systems. Examples of its application include:

• 5G Cellular Mobile Networks – 848004AGILFT is designed to be the ideal choice for communication networks, specifically those using fifth-generation (5G) cellular technology. 848004AGILFT can generate timing and frequencies accurately, allowing 5G networks to operate without any disruption.
• Consumer Electronics Devices and Mobile Applications – 848004AGILFT can provide accurate signal derivation over a wide frequency range, making them ideal for consumer electronics such as smartphones, tablets and other portable devices. They can be used to power up and maintain signal stability in real-time.
• Industrial Automation – 848004AGILFT are used in industrial automation applications, specifically when timing and frequency accuracy is critical. 848004AGILFT can deliver precise signal derivation for any type of industrial machine regardless of size, load or operating conditions.
• Integrated Circuit Testing and Measurement – When testing and measuring semiconductors, 848004AGILFT offer exceptional accuracy, allowing engineers to accurately measure and tune the performance of the device. 848004AGILFT offer low jitter, low noise, and low power consumption levels, essential factors when dealing with high-precision measurement applications.
• High-Performance Computing – 848004AGILFT can offer an efficient combination of timing and frequency performance for high-performance computing applications. 848004AGILFT are widely used in the automotive, aerospace, and military industries, where precise signal derivation accuracy is required.

Working Principle

The 848004AGILFT generates high-precision clock signals over a wide range of frequencies, from 50 Hz to 8 MHz. The clock generator is capable of delivering jitter-free signals with less than 10ps of wide-band jitter and 500fs of cycle-to-cycle jitter. Its low-noise operation, wide frequency range and low power consumption make it a highly efficient clock generator.

The 848004AGILFT communicates with their controllers using a serial communication interface and supports multiple services, including selecting an operating frequency, setting output levels and configuring the phase and delay on a given output. Its flexible architecture is able to generate clock and frequency signals independently, allowing them to be used in different purposes.

The 848004AGILFT feature an integrated voltage-controlled oscillator (VCO) that provides highly phase-locked loops (PLLs) and frequency synthesizers. The VCO is able to sweep through a wide range of frequencies, from 50 Hz to 8 MHz, allowing customers to generate highly-accurate frequency signals. The PLLs ensure reliable and stable signals that can be used for a variety of applications. In addition, the frequency synthesizers allow for the generation of a wide range of frequencies, from 50 Hz to 8 MHz, and are able to divide down the signals to derive 10 kHz, 100 kHz or 1MHz. This makes the 848004AGILFT a very useful and versatile clock generator.

In summary, 848004AGILFT is an advanced clock generator, phase-locked loop (PLL) and frequency synthesizer designed to work in a wide range of applications. Its flexible architecture, low-noise operation, low power consumption and high-precision signal derivation make it the ideal solution for communication networks, consumer electronics, industrial automation, integrated circuit testing and high-performance computing.

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