SLG7NT4081V 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 SLG7NT4081V is part of Lattice’s nanoPORETM series of voltage-resistant and power-efficient, non-volatile programmable logic devices. It is especially suited for lower-power conditions such as small and standby applications, and is also well suited for battery-powered and mixed signal environments. It is capable of operating down to 1.8V, so it is ideal for powering low-power systems. For example, it can be used for automotive and industrial applications, medical devices, and consumer products.

The main purpose of the SLG7NT4081V is to provide a wide range of configurable logic functions such as combinational or sequential logic, or even a mixture of both. It is a Field Programmable Gate Array (FPGA), meaning the chip can be configured to perform different logic functions that are specific to the user’s application. It is designed to be used in situations where a custom logic function is required, without the need for additional components and without the cost of deep design changes. The device is programmed using a simple configuration interface, or with an external programming device.

The SLG7NT4081V is well suited for multiple application field due to its simplicity and flexibility. Because of its low power requirement, the device can be used in medical, consumer and industrial applications. Being able to run on voltages as low as 1.8V makes the device suitable for battery powered operations where energy efficiency is paramount. Automotive applications, like navigation systems and automated parking, can typically benefit from the device’s wide range of functions. Other applications where the device can be utilized include wireless communications, testing and measurement, and sensors networks.

In terms of its working principle, the SLG7NT4081V is composed of a Reed-Solomon encoder and an optional 5-bit address counter. The Reed-Solomon encoder is configured with a set of logic which determines which of the user’s input signals will be processed. This code is then sent to the address counter which will generate the required address corresponding to the input. The address generated is then sent to the Look Up Table (LUT) which will output the logic function. The signal produced by the SLG7NT4081V is then output based on this logic function.

The SLG7NT4081V is a versatile, power-efficient and highly configurable Field Programmable Gate Array (FPGA) from Lattice’s nanoPORETM series, suited for low-power applications such as medical, automotive, consumer, and industrial settings. The device is composed of a Reed-Solomon encoder, optional 5-bit address counter and a Look Up Table (LUT), and works by taking inputs from the user’s logic function and running it through the encoder and address counter before outputting the signal from the LUT. The SLG7NT4081V’s low power consumption capabilities, small size, and wide range of applications make it perfect for those who need a custom-designed logic device in a small, low-power environment.

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