ALD110914SAL

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The ALD110914SAL is a high-performance low-power logic array family of complementary metal-oxide-semiconductor (CMOS) devices, particularly suitable for medium and high speed digital logic application. This series of CMOS FETs is unique in that they provide a wide range of functions compared to traditional circuits, including regular combinational and sequential logic, bus interfaces, memory devices, and so forth. They are also known as “Array Logic Devices” (ALD) due to their ability to incorporate multiple logic functions within one package. It is designed for logic applications requiring medium-high density and medium-high performance. It is intended for new or upgraded systems running moderately complex software applications. The ALD110914SAL family has three elements; a four-stage logic array, flip-flops, and a multiplexer/demultiplexer. Each element can be used together or independently as required. This makes the ALD110914SAL an ideal logic solution for projects with limited space, yet needing a versatile logic circuit.

The ALD110914SAL logic array is capable of implementing 94 functions in a single device. In the logic array, the signal levels are shifted in stages, with the levels shifted opposite each other. This process is referred to as a “cross-coupled” configuration, which helps reduce signal noise due to ground bounce. The ALD110914SAL also features two selectable bus widths, 8 and 16, to accommodate single-bit or multiple-bit processing. This is especially useful for data or address tracking, or for controlling multiplexers.

The ALD110914SAL also features a built-in flip-flop that provides additional storage capability and processing speed. In typical applications, the flip-flop can be used to store data or address bits, or to serve as a latch in a shift register. For applications needing further performance, the flip-flop can be used in conjunction with the logic array to form co-processing blocks, enabling the implementing of more complex instructions.

The ALD110914SAL also includes a multiplexer/demultiplexer to provide fast data processing. This can be used either as a data multiplexer, allowing data to be packetized or de-packetized for transmission, or as a data demultiplexer, allowing multiple data channels to be combined for switching or processing applications. The multiplexer is further enhanced by the ability to select between 8 and 16-bit inputs, allowing data from multiple sources to be combined in an efficient and flexible manner.

The ALD110914SAL is designed for a wide variety of applications, such as control systems, telecommunications data processing, control engineering applications, bus systems, and digital systems that require high-density and high-speed operation. The ALD110914SAL’s enhanced performance and versatility makes it a viable alternative over traditional logic circuits. Furthermore, the open source nature of the ALD110914SAL makes it ideal for use in new or upgraded systems as well, allowing users to quickly and easily integrate the logic array into existing applications.

The ALD110914SAL is a high-performance low-power logic array that provides the flexibility and performance needed for today’s complex digital applications. Its unique combination of logic array, flip-flop, and multiplexer makes the ALD110914SAL a powerful and cost-effective alternative over traditional logic circuits. Its open source nature and plug-and-play ability further make it an attractive choice for projects requiring medium-high density and medium-high performance as well as for advanced designs needing extra logic functions.

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