AT17C128-10PC

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 AT17C128-10PC is a 128-bit configuration prom used with Field Programmable Gate Arrays (FPGA). Its long name originates from its maker, Atmel Corporation, a major player in the semiconductor industry.

It consists of a single 64-pin dual in-line package that includes 128KB of memory and has an x16 width. The 10PC suffix designates the combined 8-bit x 16-bit architecture. This means that the chip can read data from 16 pins in an x16 configuration. Other suffixes designating different architectures include the 9PC and 11PC.

The device\'s memory organization is organized using the 16-pin x16 configuration. The data portion of the device is arranged in a 6-megabit (128KB x 16) block of memory. The address portion consists of a 12-bit register for a total of 4,096 bytes (128 x 32). Since the chip stores only one bit per memory address, the total number of bits stored on the device is 128KB (16 pins x 8 bits each, for a total of 128,000 bits).

The AT17C128-10PC is targeted towards FPGA designers and engineers who require their designs to have a large amount of configuration data. By using the device in FPGAs, designers can spend less time testing and debugging their designs, allowing them to focus more resources on the actual design process. The chip promises high-speed data transfers, a wide temperature range, and is particularly suited for use in harsh environments.

The AT17C128-10PC has a wide range of uses, with applications in virtually any industry requiring FPGAs. Its usage includes embedded military systems, telecom applications, medical equipment, industrial control, and many others. It can also be used for prototyping and testing purposes.

The device can operate over a wide voltage range of 4.2V to 3.6V and draws no current from the system it is integrated in. It is designed in such a way that it can store any type of configuration data, including input and output signals, configuration settings, and logic data. Data can be both read from, and written to, the device’s 16-bit x16 architecture.

When configuring the AT17C128-10PC for a particular FPGA, it is important to determine the type of data that needs to be stored in the device’s memory. This information will ultimately dictate the type of address and data signals required to program the device. The device can be programmed in one of three different modes: the Read-Only-Memory (ROM) mode, the Programmable (PROG) mode, and the Configuration-Ready (CR) mode.

In the ROM mode, only read operations are allowed and the configuration data is stored in the device permanently. In the PROGRAM or PRG mode, the device can be programmed on-the-fly through configuration data. In the Configuration Ready (CR) mode, the device can store multiple configurations in the memory for future use when needed. This allows designers to reuse the same code, or store different configurations of the same code for different uses. By using this mode, FPGA designers can rapidly test designs without having to reprogram the FPGA each time.

In summary, the AT17C128-10PC is an ideal memory solution for configuring FPGAs. It is designed with a fast transfer rate and is suitable for hard environments. It can store a wide range of configuration data and offers different programming modes depending on the requirements of the application. Its use can save time and resources during the development of FPGA designs, thus reducing overall costs.

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