AT17LV010-10JC

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AT17LV010-10JC is a Serial Configuration PROMs (Programmable Read-Only Memory) offered by Microchip Technology, Inc. It\'s a high density, low-power memory solution ideal for applications such as FPGA design and microcontroller-based designs. It is based on the popular AT17LV010-10 series, which operates on 1.8V to 3.3V on the single 5V Vcc supply.

The AT17LV010-10JC is a 16-bit (1K x 16) Serial Configuration PROMs. It is designed for use with FPGAs, such as those from Actel, Altera, and Xilinx, in order to configure the FPGA designs. When supplied with appropriate signals from the FPGA, the PROM stores the data that configures the FPGA. The PROM can be programmed relatively easily with a computer, so that changes can be made to the configuration data stored in the PROM as required. This allows for the efficient development, change and upgrade of FPGA designs over time.

AT17LV010-10JC also offers an internal oscillator, which significantly simplifies and reduces the number of the external pins required for configuration timing. This internal oscillator, in addition to its wide operating temperature range and small footprint, makes the AT17LV010-10JC an attractive option for FPGA configuration.

In order to work, the Serial Configuration PROMs (AT17LV010-10JC) must be programmed via a regular 5V serial transmission protocol. This protocol is very simple, as it only requires 5 pins, including a clock pin and a data pin. The clock pin is used to synchronize the writing of the data to the PROM, while the data pin is used to transmit the configuration data from the device the PROM is connected to, to the PROM.

Once programmed, the AT17LV010-10JC can be used to configure the FPGA. This is done by supplying the PROM with the necessary power from the FPGA, and then applying the necessary signals from the FPGA to the PROM. These signals will be used to request the configuration data stored in the PROM, and the PROM will then send the data back to the FPGA.

The AT17LV010-10JC also features a high speed serial transmission rate of up to 6.25Mb/s, which makes it well-suited for FPGA configurations. In addition, the device also offers an impressive 0.45 µs configuration time, making it an ideal choice for FPGA designs requiring faster configuration speeds.

In conclusion, the AT17LV010-10JC Serial Configuration PROMs offer an ideal memory solution for FPGA designs. It provides an easy to use solution for FPGA configuration, with an internal oscillator for timing, a wide temperature range, and a small footprint. In addition, it has a fast serial transmission rate, low-power operation and a fast configuration time, making the AT17LV010-10JC an ideal choice for those designing with FPGAs.

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