Trong số này, Flash là các thiết bị tiên tiến nhất và phức tạp. Chiến lược tiếp theo là phát triển mô hình mới này cho phép bao gồm một loạt các điều kiện mô phỏng, làm cho nó rất hấp dẫn các nhà vật lý thiết bị và thiết kế mạch. Từ khóa: nhỏ gọn | Floating Gate Devices Operation and Compact Modeling Paolo Pavan Luca Larcher and Andrea Marmiroli Dipartimento di Ingegneria dell Informazione Università di Modena e Reggio Emilia Via Vignolese 905 41100 Modena Italy Dipartimento di Scienze e Metodi dell Ingegneria Università di Modena e Reggio Emilia Via Fogliani 1 42100 Reggio Emilia Italy STMicroelectronics Central R D Via C. Olivetti 2 20041 Agrate Brianza MI Italy . com ABSTRACT This paper describes a possible approach to Compact Modeling of Floating Gate devices. Floating Gate devices are the basic building blocks of Semiconductor Nonvolatile Memories EPROM EEPROM Flash . Among these Flash are the most innovative and complex devices. The strategy followed developing this new model allows to cover a wide range of simulation conditions making it very appealing for device physicists and circuit designers. Keywords compact model nonvolatile memory floating gate reliability circuit design. 1 INTRODUCTION Flash Memories are one of the most innovative and complex types of high-tech nonvolatile memories in use today see for example 1 . Since their introduction in the early 1990s these products have experienced a continuous evolution from the simple first ones to emulate EPROM memories to the extreme flexibility of design application in today products. In the memory arena Flash memory is the demonstration of the pervasive use of new electronic applications in our lives exploiting this flexible and powerful memory technology either as a stand-alone component or embedded in a product. Flash are not just memories they are complex systems on silicon they are challenging to design because a wide range of knowledge in electronics is required both digital and analog and they are difficult to manufacture. Physics chemistry and other fields must be integrated and conditions must be carefully monitored and controlled in the manufacturing process. Compact Models
