CD4086BM96E4

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CD4086BM96E4 is a highly configurable multi-function logic device from Texas Instruments manufactured using CMOS technology. It was designed to allow maximum flexibility in designing a variety of systems such as CPU’s, microcontrollers, and FPGAs. It is part of the CD4086 family which was designed for low power operation and high speed operation. It is available in both DIP and SOIC packages.

CD4086BM96E4 can be used to build complex logic systems including logic gates, flip flops, multiplexers, encoders and decoders, Boolean latches, and more. It also can be used as a memory-mapped device with self-timed write/read capability. The CD4086BM96E4 is ideal for creating custom digital algorithms, implementing processor functions and peripheral designs.

The CD4086BM96E4 consists of four individual gates, each of which has three independent inputs named A, B, and C. The device also has four outputs, logically numbered OP1 through OP4. Each output can be configured either as logic output or as an addressable port by using the built-in address selection logic. The device can be used with OR gates, NAND gates, XOR gates, NOR gates and inverters. Each gate has two basic operations: enable and reset. The enable operation is activated when all of the inputs (A, B, and C) are high, while the reset operation is activated when any of the inputs are low.

The CD4086BM96E4 working principle is based on the fields of computer science, logic design, and Boolean algebra. It is binary-based, meaning it uses two values represented by 0 and 1. When all inputs are high, the output will be high (1). If any input is low, the output will be low (0). The output is determined by the logic function of the inputs (AND, OR, XOR etc.), as determined by the logic symbol assigned to each gate.

The CD4086BM96E4 has a wide range of applications in the fields of digital communication, instrumentation, control systems, and industrial automation. It has become a popular choice for building a variety of electronic systems, from microcontroller-driven robotics to high-speed FPGA-based networks. It is also used for memory and storage applications, such as random and parity-based memory systems.

The CD4086BM96E4 device is widely used in many areas of science and technology, making it an important component of modern electronics. It offers a wide range of features, configurability, and functionality that makes it a valuable addition to any design.

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