“Memristors have relatively simple behavior: they’re a type of circuitry where the present resistance to current is a product of the currents that have flowed through them in the past. The more current that goes through, the easier it will travel through in the future. Interest in memristors comes in part from the fact that the resistance persists even after current is turned off, making them a possible option for non-volatile memory.”
Related Content
Related Posts:
- Automotive DC motor pre-driver from STMicroelectronics simplifies EMI optimization and saves power
- Integrated Actuation Power Solution Aims to Simplify Aviation Industry’s Transition to More Electric Aircraft
- Microchip Brings Enhanced Code Protection and up to 15W of Power Delivery to its USB Microcontroller Portfolio
- Microchip Technology Expands Its Serial SRAM Portfolio to Larger Densities and Increased Speeds
- Micron First to Production of 200+ Layer QLC NAND in Client and Data Center
- New Renesas MCUs with High-Resolution Analog and Over-the-Air Update Support Help Customer Systems Conserve Energy
- NXP Breaks Through Integration Barriers for Software-Defined Vehicle Development with Open S32 CoreRide Platform
- onsemi Launches Next-Generation Electrochemical Sensor Solution for Industrial, Environmental and Healthcare Applications
- Renesas Introduces New Entry-Level RA0 MCU Series with Best-in-Class Power Consumption
- Renesas’ New FemtoClock™ 3 Timing Solution Delivers Industry’s Lowest Power and Leading Jitter Performance of 25fs-rms