FDS6912

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The FDS6912 is a large-scale, low-power logic array for digital gate control. It is designed for applications requiring high integration, high performance, and low-power solutions. The FDS6912 is an array of logic gates and configurable logic blocks (CLB). It supports various logic families, including field-effect transistors (FETs), MOSFETs, and bipolar transistors (BJTs). The FDS6912 includes an array of forty-eight array ports on its top surface that serve as the primary interface to the application. It also includes four programmable clock pins and sixteen input pins along the outer edge of the chip.

The FDS6912 array supports a wide variety of logic families, including FETs, MOSFETs, and BJTs. It offers multiple operating voltage options and low-power modes. The array uses a logic-block-based structure, which means that the array can be configured to contain up to forty-eight logical blocks. Each block is composed of four logical cells, which can be configured to perform different logic operations. These logical blocks can be combined in various ways to realize different types of logic, such as AND, OR, NAND, NOR, and XOR operations.

The FDS6912 array is designed for low-power applications requiring high speed, high integration, and low power solutions. An array is a matrix of cells, each containing a distinct logic element. The FDS6912 includes a two-dimensional array of configurable logic units, each containing a single logic operation, such as AND, OR, XOR, etc. Cells within the array can be configured to perform various logic operations, such as AND and XOR, or used to create shift registers, counter circuits and state machines. Additionally, the cells can also be used to form memories, accumulators and other data-processing circuits.

The FDS6912 includes a two-level power supply (VDD1 and VDD2), which allows for further power savings. In addition, the array also includes a general-purpose I/O voltage (VIN) and a standby voltage (STBY). The FDS6912 array can be programmed to operate over a wide range of operating voltages and to switch to a low-power sleep mode if desired. The FDS6912 array uses a logic block-based architecture which allows the user to design custom logic functions. The array also includes a multi-bit parallel output feature which allows for a variety of output functions.

The FDS6912 works on the principle of gate and clock control. The basic operation of the FDS6912 is to control the flow of electrical current by switching an array of logic gates on and off in response to a clock signal. The cells within the array are disposed in a regular pattern, and each logic cell contains four logic elements. The FDS6912 supports a wide variety of logic cells and the logic family selection is made with the device. In operation, the cells are grouped into four logic sectors, each sector consisting of an array of cells that can be used to construct a variety of logic functions.

Once the individual cells are grouped into a sector, the FDS6912 array is controlled by a programmable clock. The clock signal can be combined with the logic signal in each logic sector, allowing the user to control the sequence in which the logic gates are enabled and disabled. The blocks within the array use a two-level power supply, and the gates in each sector use independent enable and disable signals. Additionally, the FDS6912 is able to terminate an input signal chain with a specific logic symbol and chain a set of logic terms together.

The FDS6912 is an effective, high-integration, low-power solution for logic gate control and is designed for applications requiring integration, flexibility, and power savings. This logic array offers a wide range of integrated functions and provides a powerful solution for complex logic operations. The array can be used to construct a variety of custom logic functions, memory circuits and data-processing functions. Furthermore,FDS6912 utilizes a two-level power supply, which allows for considerable power savings.

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