EAPROM and FPGA PPT by Aarekh Verma 031 - BTech CSE A.pptx

EAPROM & FPGA PPT by Aarekh Verma student of Amity University Chhattisgarh.

1. EAPROM & FPGA Basic Digital Electronics & Semi Conductor - Dr. Sumit Kumar Banchhor Name: Aarekh Verma Enroll. No.: A80105223031 Course: BTech CSE ‘A’ AMITY UNIVERSITY CHHATTISGARH

2. Introduction to EAPROM What is EAPROM? - EAPROM stands for Electrically Alterable Programmable Read-Only Memory. - A type of non-volatile memory that can be electrically programmed and erased. - Allows data modification without removing the memory from the device.

3. How Does EAPROM Work? Uses floating-gate transistors to store data. Data is written and erased electrically, like EEPROM. Supports byte-level modifications. - Typical use in systems requiring frequent updates to stored data.

4. Applications of EAPROM Embedded systems for frequently updated configuration data. Firmware storage and updates. Consumer electronics for settings and preferences. Automotive electronics for real-time data storage.

5. Advantages & Disadvantages of EAPROM Advantages: Non-volatile memory with the ability to update data. Supports high write/erase cycles. Byte-level access for efficient data management. Disadvantages: Slower write speeds compared to other memory types. More expensive than traditional ROM. Limited storage capacity.

6. Introduction to FPGA What is FPGA? - FPGA stands for Field-Programmable Gate Array. - An integrated circuit that can be programmed after manufacturing. - Comprises an array of configurable logic blocks and interconnects. - Used to create custom hardware functionalities.

7. How Does FPGA Work? Programmed using hardware description languages (HDL) like VHDL or Verilog. Logic blocks can be configured to perform specific functions. Interconnects allow for flexible data routing. Can be reprogrammed to adapt to new requirements.

8. Applications of FPGA Digital signal processing and image processing. Aerospace and defense systems. Communication systems and network hardware. Rapid prototyping for custom chip designs.

9. Advantages & Disadvantages of FPGA Advantages: - Highly flexible and reconfigurable. - Capable of parallel processing. Ideal for rapid prototyping and development. Disadvantages: - Higher power consumption than ASICs. - Typically, more expensive than fixed-function ICs. - Requires specialized knowledge to program effectively.

10. CONCLUSION EAPROM and FPGA are essential in modern electronics. EAPROM offers reliable, updatable non-volatile storage. FPGA provides versatile and customizable hardware solutions. Both technologies serve critical roles in various industries.