74AVC9112GTX

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The 74AVC9112GTX is a part of NXP Semiconductors’ Advanced Clock Technology (ACT) product family. The package of this type of integrated circuit (IC) contains a clock buffer, multiplexer, and voltage regulator with TTL/LVCMOS outputs. With this combination, a wide range of applications that require both analog and digital technology are able to be powered, such as high-speed control systems, instrumentation, and communication applications. This IC is particularly suitable for use with the more cost-efficient FPGAs and CPLDs.

The 74AVC9112GTX is designed to provide a low noise, low jitter, low power, highly reliable clock architecture for applications operating in the 10s MHz to 160s MHz range. At the same time, the IC is also the first device from NXP to provide a single-wire input capability for clock synchronization. This feature allows the user to set a clock signal into the device, which will then be accurately divided to provide an output signal that meets the user’s specifications. In addition to its low power consumption of approximately 8 mA, its extremely small size, and its cost-effectiveness all contribute to its appeal.

When it comes to its working principle, the 74AVC9112GTX operates much like any other digital clock buffer. In essence, the clock signal is supplied to an inverting buffer, which then passes it through to a frequency divider where the signal is appropriately divided depending on the desired frequency. These outputs can then be passed through a selectable multiplexer, from where the signal can be used directly or fed through further switching and filtering stages before being further divided. This signal can then be used by internal circuitry or as an output to another device.

The 74AVC9112GTX is primarily used in microcomputer applications, such as embedded systems, embedded Real-Time Operating Systems (RTOS), and FPGA-based projects. This device is also used in applications that require fast and reliable data conversion, such as in industrial control systems, high-speed data transfer devices, and RADAR systems. It can be used to precisely control the speed of various motors and pumps and is also used in GPS systems, Wi-Fi systems, satellite receivers, video processing systems, and digital video recorders (DVRs).

The 74AVC9112GTX is a very reliable and efficient clock buffer, suitable for a wide range of applications. Its ease of use, low power consumption, and cost-efficiency make it an appealing choice for designers and engineers to use in their projects. With its various configuration options, the 74AVC9112GTX is an excellent choice for users looking for a reliable solution.

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