8N4QV01FG-1142CDI8

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Programmable timers and oscillators have become a popular choice for intervening in the timing of certain devices within a system, thereby achieving a higher level of accuracy and reliability. 8N4QV01FG-1142CDI8 is a patented clock solution programmable between 5 and 30MHz and designed to meet requirements where sophisticated timing logic is needed. With an enhanced feature set, it is designed to minimize power consumption while providing high levels of reliability, performance and flexibility to match the requirements of a broad range of applications in the industrial, consumer, communications and computing markets.

8N4QV01FG-1142CDI8 works based on a two-stage, variable frequency, dual-phase clocking mechanism. By tuning the reference frequency of the crystal oscillator, the programmable frequency can be set quite precisely while consuming only a small amount of power. The user can adjust the frequency from 5 MHz to 30 MHz in steps of 0.5 MHz, which can be critical in some applications where a precise frequency is needed for certain timing-logic operations.

The main application field for 8N4QV01FG-1142CDI8 is in in industrial applications, where precise time and timepieces are important for success. This chip can be used in gas and water metering, to precisely track the amount of water or gas in a particular area or environment. As the chip is able to accurately track the frequency and time, this device can be used in a variety of materials handling systems which require accurate timing and monitoring. For example, it can accurately track the number of pumps, heaters, and other elements within a system which rely on precise timing and accuracy.

In the consumer market, 8N4QV01FG-1142CDI8 can be used to ensure precise timekeeping, for example for clocks, watches, and alarm systems. With its ability to accurately measure the frequency of a signal, this device can also be used in RF timing applications such as cellular phone handsets, Wi-Fi access points and internet access points. The chip can also be useful in portable medical devices where precise timing and accuracy are always critical to the functioning of the device.

In the communication market, 8N4QV01FG-1142CDI8 can be used in radio transmission and reception devices, where a precise frequency and timing are essential. It is also useful in remote control prototypes and RF protocols, as well as in the design of GPS receivers, where the precise frequency must be measured accurately to obtain the correct position.

Finally, in the computing market, 8N4QV01FG-1142CDI8 can be used to precisely control the frequency of CPU and GPU clock cycles, as well as control memory buses and data transfer times. With its superior timing and accuracy, this device can be used for general-purpose computing applications such as for programming of embedded systems.

In summary, 8N4QV01FG-1142CDI8 is a patented clock solution programmable between 5 and 30MHz. Its two-stage, variable frequency, dual-phase clocking mechanism enables it to consume a very small amount of power and adjust the frequency to the exact required amount in steps of 0.5 MHz. It has a wide application area in various industries such as industrial, consumer, communications, and computing. It is designed to minimize power consumption while providing a high level of reliability, performance, and flexibility.

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