9112AM-26LF

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9112AM-26LF Application Field and Working Principle

Even in the age of digitalization, analog electrical components remain essential parts of modern electronic products. Clock/timing components play a huge role in the circuitry of electronic devices and are essential for the proper functioning of processor-based electronic products. Especially Clock Buffers, Drivers and the 9112AM-26LF are an invaluable part of the clock/timing components and the firmware of modern electronic devices.

The 9112AM-26LF, also known as the Octal Clock Driver Buffer, is a device with 8 independent non-inverting buffers and fan-out of 14 low-voltage TTL loads. It functions as a clock/timing component in electronic circuitry, providing an active source of synchronous clocking signals and maintaining clocking integrity within digital systems. The integral internal circuit ground shields the 9112AM-26LF from noise and RF interference, while the exceptional output capability and wide operating voltage range makes it suitable for a variety of different applications.

The 9112AM-26LF is primarily utilized in 3.3V to 5V digital circuit applications. It applies high speed operation and low power consumption to systems that require low oscillation and high frequency clock signals. Its many applications include but are not limited to multi-processor, system-level buffer networks, general logic, VRAMs and DRAMs.

The 9112AM-26LF has a minimum input voltage range from 1.0V up to 6.25V and the maximum range is powered by a single 1.2V to 5.25V. This makes it possible for the device to be used in standard VCC or any non-standard Vcc logic systems without any additional components. The device has an operating frequency of 25MHz, enabling it to latch during the falling edge of the input clock pulse.

The 9112AM-26LF can support a maximum frequency up to 25MHz when the system voltage is between 3.3V and 5V. The internal circuitry of the fluid can drive up to 14 logic loads. The buffer has a power-down feature which is manually activated by the user. When activated, the power of the buffer is cut off, thereby reducing power consumption and power dissipation.

One of the main advantages of the 9112AM-26LF is that it can generate synchronized, low-skew clocking signals in high-speed, mid-range digital systems with only one device. This is possible because of the inherent low-skew outputs of the device, providing random phase shift with no timing variation to allow fast system settling times. Additionally, it is compatible with standard logic and slower logic distribution for fast response to logic signals.

Due to their ability to provide clocking signals that meet high-speed system requirements, Clock Buffers and Drivers, like the 9112AM-26LF, are vital components in the circuit boards of modern electronic devices. They have wide application fields, including high-speed, mid-range digital systems, system-level buffer networks, general logic, DRAMs and SRAMs, allowing them to function as an efficient and reliable source of clock/timing signals.

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