AT28C010-12UM/883 Overview

As far as memory types are concerned, Non-Volatile is considered to be its memory type. You can get memory ics in a Tray case. In the case of 30-BCPGA, it is embedded within the case. The chip has an 1Mb 128K x 8 memory. EEPROM-format memory is used in this device, which is a mainstream design. The device's extended operating temperature range of -55°C~125°C TC makes it ideal for many demanding applications. With 4.5V~5.5V as the supply voltage, it is capable of handling memory ics. The recommended mounting type for memory ics is Through Hole. It is planted on the chip with 30 terminations. The part supports at least 1 functions to ensure a comprehensive working process. In order to function properly, this ic memory chip should be powered by a voltage of 5V. As the base part number for the device, AT28C010 is frequently used to select similar items. This memory device is enclosed in a 30-pin package. A voltage of 5V is noted as the operating supply voltage for this memory. In this chip, Through Hole mounting is used, a straightforward, high-efficiency mounting method. There is a nominal supply current rating of 80mA for this memory component. This chip features all the merits of a conventional chip, but it also features AUTOMATIC WRITE; DATA RETENTION: 10 YEARS to improve system performance. When it comes to power supplies, this memory chip only requires 5V . The programming voltage required for certain nonvolatile memory arrays is 5V. Using this memory chip, you will be able to process data at a speed of 120GHz times per second.

AT28C010-12UM/883 Features

Package / Case: 30-BCPGA
30 Pins
Operating Supply Voltage:5V
Additional Feature:AUTOMATIC WRITE; DATA RETENTION: 10 YEARS
Freguency at 120GHz
120GHz terminals

AT28C010-12UM/883 Applications

There are a lot of Microchip Technology AT28C010-12UM/883 Memory applications.

• mainframes
• personal digital assistants
• cell phones
• networking
• Cache memory
• supercomputers
• workstations,
• servers
• embedded logic
• nonvolatile BIOS memory