AT17LV002-10BJI

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FPGAs are an integral part of modern electronics and are used across many different industries. AT17LV002-10BJI Configuration PROMs for FPGAs form a crucial part of these systems, providing the means for loading and storing configuration files, which can be used to change the behaviour and operations of the system over time. In this article, we will discuss the application field and working principle of the AT17LV002-10BJI Configuration PROMs for FPGAs.

AT17LV002-10BJI Configuration PROMs for FPGAs are a high-density, nonvolatile reprogrammable memory that is used to store configuration data for FPGAs and other digital systems. The AT17LV002-10BJI is optimized for use in low-power, ultra low-cost applications, making them a popular choice for many projects. They are available in two memory sizes – 128Kbit and 512Kbit, providing the flexibility to choose the right size for the project. The AT17LV002-10BJI also has a built-in power management circuit, saving power consumption compared to other PROM designs.

The AT17LV002-10BJI Configuration PROMs for FPGAs are used in a range of applications, including Industrial Automation, Wearable Electronics, Battery Powered Products, Automotive Electronics, Medical Devices and IoT Applications. For example, in industrial automation, the FPGA can be configured to perform operations such as logic, security, process control and communication. Wearable electronics can be used for health and fitness tracking, location tracking and personalized user experience. Battery powered products can benefit from the device’s low-power consumption, making them ideal for use in small, battery powered applications. The AT17LV002-10BJI can also be used in automotive electronics, enabling automakers to provide features such as navigation, diagnostics and other features. Medical devices benefit from the device’s high-density memory. Finally, IoT applications can leverage the low-power consumption of the AT17LV002-10BJI to create highly optimized connections to the Cloud.

The working principle of AT17LV002-10BJI Configuration PROMs for FPGAs is based on the EPROM (Erasable Programmable Read-Only Memory) technology. In this form of memory, the data is stored in an isolated, floating-gate field. In order to program the memory, a charge is applied to the gate to create an accumulation region via Fowler-Nordheim tunneling. When the charge dissipates, the memory’s cell will return to its original state and the data will be retained. To erase the memory, the floating-gate structure must first be discharged by applying a high voltage to the gate before the cell is returned to its original state.

In order to read the data stored in the AT17LV002-10BJI, the chip includes a pin that can measure the current flowing through the cell. The chip can then convert this voltage into a digital signal that can be read by a microcontroller or processor. In addition, the chip is equipped with an input/output pin that can be used to connect the memory to other components in the system.

The AT17LV002-10BJI is a versatile nonvolatile memory that provides a reliable, power-efficient solution for storing operational data in a wide range of applications. It is also a relatively low-cost memory device, making it suitable for use in cost-sensitive projects. It also has a built-in power management circuit, making it suitable for use in battery-powered products. In addition, the device is available in two memory sizes, allowing for flexibility in terms of memory requirements.

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