9FGL0851BKILF

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Clock/timing applications are often used in industrial, automotive and instrumentation systems. These applications allow the user to accurately measure time and control the speed of processes in an efficient and reliable manner. The 9FGL0851BKILF is a high-performance clock and timing IC specifically designed to meet the requirements of these applications.

The 9FGL0851BKILF is available in a 14-pin, SSOP package and is rated for operation from -40°C to +85°C. It has a maximum frequency of 48MHz and a typical rise/fall time of less than 1.2ns. The chip is designed to run at both low and high frequencies and can be used for the generation of multiple clock signals. It also has a crystal oscillator input for synchronization and a programmable power-on reset.

The 9FGL0851BKILF can be used in variety of applications such as gate and switch control, timer functions, pulse generators, delay functions, PWM generator, oscillator/frequency generator, data conversion, clock generator/synthesiser and signal processing. It is also suitable for use in medical imaging, automotive infotainment, industrial control, IoT and embedded systems.

The 9FGL0851BKILF operates by synthesizing three clock signals within the IC. These three clock signals, referred to as the \'master\' oscillator, the clock input and the output signal, are used in combination to generate the desired clock frequency. The master oscillator is a fixed frequency that is set by an internal resistor or an external crystal. The clock input signal is generated by an external source such as a microcontroller. The output signal is generated by the two other signals through a series of logic and XOR gates. The result is a clock frequency that is a multiple of the master oscillator frequency.

The 9FGL0851BKILF is designed to offer a variety of clock frequencies without the need for external components. The clock rate can be adjusted from 0.5 KHz to 48MHz by adjusting the master oscillator and/or the clock input signal. The chip also features a wide range of power-good and reset signals for reliable system control, as well as ext programmable power-on reset options. Additionally, the chip has five-state logic inputs for easier synchronization and 3.3 to 5.5V operation.

The 9FGL0851BKILF is an ideal choice for high-speed, low-power clock and timing applications. It is a reliable, compact and cost-effective solution for a wide range of industrial, automotive and instrumentation designs. The chip is also simple to use, provides a variety of clock frequencies and is extensively tested for reliability and performance. Overall, the 9FGL0851BKILF is an excellent choice for applications requiring reliable, low-power timing and clock generation.

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