Renesas Electronics’ RA Family of 32-bit Arm Cortex-M based MCUs now available from Farnell
Renesas Advanced Family provides a high level of security, wide range of connectivity, low power consumption and scalability
Renesas Advanced Family provides a high level of security, wide range of connectivity, low power consumption and scalability
High-Performance Timing and Power Solutions Support Versal ACAP Devices for Cloud, Network and Edge Applications
Next-generation automotive technology trends represented by “CASE” (Connected, Autonomous, Shared, Electric) are driving higher expectations…
RV1S92xxA and RV1S22xxA 8.2mm Creepage Photocouplers Reduce PCB Mounting Area by 35 Percent to Maximize Board Space
Jointly-Developed Stepping Motors with Resolver (Angle Sensor) and Resolver-Based Motor Control Solutions Feature Superlative Cost/Performance Characteristics
New Prototyping Board and Bluetooth® Low Energy Expansion Board Feature Interfaces Supporting a Wide Range of Functional Expansion
Provides Full Support Including Long-Range and Mesh Network, and Single-Chip System Control and Wireless Communication
Enables Ultra High-Speed And High-Precision Motion Control of Time Synchronization Accuracy Less Than One-Millionth of A Second Between Applications
New ASSP Delivers Easy Integration and Enhanced Performance from OFDM (Orthogonal Frequency Division Multiplexing) for Smart Sensors, Actuators, and Networked Industrial Automation Devices
FPGAs are widely used in a variety of products due to their many advantages, including short development time, cost effectiveness, and flexibility to reconfigure or update in the field. Many new FPGAs employ advanced technology to achieve low power consumption and high performance. They use a new fabrication process that tends to require a lower core voltage, which extends the supply voltage range and increases current capability. Many FPGAs also have varying power supply requirements for each power rail. These power rails may have a different voltage output requirement, sequencing requirement, and noise sensitivity. Power module devices are ideal for addressing these power supply requirements.