27C010

lntel's 27C010 is a 5V only, 1,048,576-bit, erasable programmable read only memory, organized. as 129,536 words of 8 bits. It is pin compatible with lower density DIP EPROMs (JEDEC) and provides for simple upgrades to 8 Mbits in the future in both- DIP and PLCC. The 27C010 represents state-of-the-art 1 micron CHMOS manufacturing technology while providing unequaled performance. Its 120ns speed (tACC) offers no-wait-state operation with high performance CPUs in applications ranging from numerical control to office automation to telecommunications. lntel offers two DIP profile options to meet your prototyping and production needs. The windowed ceramic DIP (CERDIP) package provides erasability and reprogrammability for prototyping and early production. Once the design is in full production, the plastic DIP (PDIP) one-time programmable part provides a lower cost altemative that is well adapted for auto insertion. In addition to the JEDEC 32-pin DIP package, lntel also offers a 32-lead PLCC version of the 27C010. This one-time-programmable surface mount device is ideal where board space consumption is a major concem or where surface mount manufacturing technology is being implemented across an entire production line. The 27C010 is equally at home in both a or CMOS environment. It programs as fast as 15 seconds using Intel'sindustry leading Quick-Pulse Programming algorithm.

The features of 27C010 are JEDEC approved EPRQM pinouts(32-Pin DIP, 32-Pin PLCC, simple upgrade from lower), complete upgrade capatalllty to higher densities, fast programming( quick-pulse programmingTM algorithm; programmlng time as fast as 15 seconds), high-performance (120ns, ±10% VCC; 30mA ICC active), surface mount packaging available(smallest 1 mbit footprint in SMT).

The absolute maximum ratings of 27C010 are operating temperature 0 to 70 , temperature under bias - 10 to 80, storage temperature -65 to 125, voltage on any pin (except Ag, Vcc and Vpp) with Respect to GND - 0.6V to 6.5V, voltage on Ag with respect to GND - 0.6V to 13.0V, Vpp program voltage with respect to GND -0.6V to 14V, Vcc supply voltage with Respect to GND -0.6V to 7.0V.