New Products
Lattice Nexus Platform
Empowering Low Power, High Reliability, and High Performance Designs
The Lattice Nexus FPGA platform brings together Lattice’s proven expertise in low-power FPGAs and cutting-edge 28nm FD-SOI semiconductor technology. This combination enables the rapid development of multiple FPGA families that deliver exceptional power efficiency, high reliability, and strong performance — all in a compact form factor.
The Nexus platform offers innovation at three key levels:
- Circuit Level: Achieves up to 75% lower power consumption and a 100x reduction in soft error rate compared to traditional bulk CMOS processes.
- Architecture Level: Features embedded large RAM blocks, ideal for accelerating AI algorithm implementation and boosting system efficiency.
- Solution Level: Provides complete design ecosystems including IP cores, reference designs, and software stacks to speed up development and deployment.
EDLC 2.7V & 3V Radial Supercapacitors
High Energy. High Power. Extreme Reliability.
Abracon’s radial supercapacitors leverage advanced Electric Double Layer Capacitor (EDLC) technology to deliver exceptional energy and power density. Engineered for performance, these supercapacitors are ideal for applications requiring either rapid charge/discharge or extended power delivery — offering flexibility across a wide range of use cases.
Designed to perform in extreme environments, they support operating temperatures as low as -40°C, making them ideal for conditions where conventional batteries often fail. In addition, they offer a significantly longer lifecycle and help eliminate common safety risks associated with lithium-based energy storage.
Key Applications:
- Power Tools
- Wireless Networks (IoT, IIoT, AgriTech IoT)
- Power Assist Circuits
- Power Backup Systems
- Micro Energy Storage
- Energy Harvesting Systems
- DDR Power Backup
New from Littelfuse
TTape™ Distributed Temperature Monitoring for Lithium-Ion Battery Packs
Lithium-ion battery packs demand precise and proactive thermal monitoring to ensure safe operation and prevent premature cell degradation. Traditional sensors, such as NTC thermistors, often fall short in accuracy, responsiveness, and scalability — especially in multi-cell configurations.
TTape™ by Littelfuse offers an innovative solution, enabling up to 50 distributed temperature sensing points across a battery pack — for example, one sensor per cell. This eliminates the complexity of bulky wire harnesses and avoids the need for complicated programming.
Utilizing a simple two-wire interface, TTape™ instantly identifies any cell that exceeds three critical temperature thresholds:
- 58 °C (warning)
- 75 °C (critical)
- 120 °C (shutdown/emergency)
New to Our Line Card
Over a Century of Excellence in Interconnect Solutions
Founded in 1901, Stocko Contact has established itself as a global leader in interconnect technology. With a strong focus on quality, innovation, and customer satisfaction, Stocko has earned a trusted reputation in the connector market. Backed by over 100 years of experience, their products reflect the highest standards of reliability and engineering excellence.
This evolution offers several key advantages:
- Faster Installation: No need to cut, strip, or crimp wires
- Error-Free Mating: Pre-assembled contacts reduce misalignment and installation errors
- Space-Saving Design: Can be mounted directly onto the edge of a PCB
- Improved Efficiency: Fewer components and simplified wiring
- Space-Saving Design: Can be mounted directly onto the edge of a PCB
New Release from Nuvoton Japan
4th Generation Automotive Battery Monitoring Chipset
Nuvoton Technology proudly introduces its 4th generation automotive battery monitoring chipset, designed to deliver high-precision voltage, temperature, and current measurements for advanced battery control systems in electric and hybrid vehicles.
Key Achievements & Features:
- A single chipset can monitor up to 25 battery cells in series, simplifying system design and reducing component count in automotive Battery Management Systems (BMS).
- Engineered to meet ASIL-D safety standards, the chipset includes a redundant measurement system and supports bidirectional ring communication, enhancing overall system reliability.
- Functions as a standalone monitoring solution capable of detecting abnormalities even when the vehicle is off, triggering the host microcontroller when needed for added safety.
- By synchronizing voltage and current measurements within 10 microseconds, the chipset ensures highly accurate calculations of the battery’s State of Charge (SOC) and State of Health (SOH).
New from Panasonic
EWTS5G Series – Compact 6-in-1 Inertial Sensor (6DoF)
Panasonic introduces the EWTS5G Series, a high-performance 6-in-1 inertial sensor that integrates three accelerometers and three gyroscopes into a single compact MEMS chip — all within an ultra-small 4.5mm × 4.5mm × 1.1mm package.
Designed for applications that demand high accuracy, sensitivity, and flexibility, this sensor is ideal for a wide range of motion-detection and orientation-tracking needs in automotive, industrial, and commercial systems.
Whether it’s for advanced driver assistance systems (ADAS), robotics, or smart navigation tools, the EWTS5G delivers reliable 6 Degrees of Freedom (6DoF) motion data with exceptional precision — all while saving board space.
