SN74ACT1071DR Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SN74ACT1071DR is a quad programmable logic device designed to allow logic designs to be tailored to meet the specific needs of a particular application. It provides the flexibility of configurable logic circuits while still providing the speed, determinism and low power consumption associated with dedicated logic. This makes it ideal for use in a wide range of specialist applications including event-counting, monitoring, tracking and control.

The device is based on a standard array of programmable logic cells, which are interconnected by an integrated wiring to provide configurable internal signal paths. The device also includes several dedicated logic blocks and memory elements for dedicated logic. These elements, in conjunction with user-loaded configurable logic, allow the device to be programmed to perform a wide range of specialized functions. The device also incorporates power supply sequencing, temperature and clock monitoring, and other features designed to provide reliable operation in both industrial and automotive environments.

Specifications of the SN74ACT1071DR cover a variety of topics. These include operating temperature range, power dissipation, active and flash cell support, programmable IO drive strengths, clamping diodes, programming and protection, and user configurable bus loading. There are also manufacturer’s guidelines for board layout and system design.

The SN74ACT1071DR is based on the popular Lattice PLD architecture and uses an advanced programmable logic cell design. This cell design allows the device to adapt to different logic functions, including arithmetic functions and state machines, which can be used to implement more complex logic designs than those traditionally implemented with traditional PLDs. The device also provides a number of non-standard IO capabilities, including Bi-directional programmable bus drivers and special output ports, as well as input and output registers.

Using the SN74ACT1071DR, complex logic can be designed in a very efficient manner on a single device. This enables implementation of large logic designs without consuming additional chip area on a system board. The device is also very flexible in that its functionality can be adapted to a wide range of applications. Programmable logic can also be used to integrate system peripherals, including LCDs, keypads and USB interfaces, enabling system-level features without taking up board space.

SN74ACT1071DR also offers a range of programming options beyond the basic PLD. The device is capable of being programmed as a state machine, a self-healing chain, or a multi-threaded pipeline. It is also possible to implement random logic functions, such as random number generation, as well as arithmetic functions, including adders and multipliers. Due to its programmable nature, it is suitable for use in many types of systems, including those that require high logic density, fast logic functions and custom I/O requirements.

In terms of its working principle, the SN74ACT1071DR uses an array of programmable logic cells to create a logic circuit that can be reprogrammed as needed. Each cell has an associated programmable output line, which can be used to create a variety of logic functions. Each cell is also connected to an input register, which contains the input signals from the other cells in the device. The logic functions can be configured by programming the input logic values as needed.

In conclusion, the SN74ACT1071DR provides an efficient and flexible solution for designing and implementing complex programmable logic in a variety of applications. Its versatile feature set and cost effectiveness make it suitable for use in a variety of scenarios, from industrial applications to automotive monitoring and control systems. With its wide range of programming options, it can be used to implement efficient logic designs with high logic density, combined with relatively low power consumption.

The specific data is subject to PDF, and the above content is for reference