Experience High Transmissivity, Low Resistance, and Flexible Design

New from Panasonic Industry:
FineX is Panasonic’s groundbreaking innovation in transparent conductive film, setting new standards for efficiency and conductivity. This advanced metal mesh film achieves an exceptional balance of high transmissivity and low resistance through our proprietary development process. Facilitating seamless electricity conduction in transparent areas where visible light transmission is essential, it enables capacitance generation, current flow, and heat production. With remarkable features such as design flexibility, bendability, and an impressive wiring width of just 2µm, FineX ensures that the mesh pattern remains invisible to the naked eye while maintaining a high aperture ratio. Embrace the future of transparent solutions with FineX!
FineX

Littelfuse essential solid-state industrial relays

Littelfuse essential solid-state industrial relays are built to last with compliance to international standards like cЯUus, VDE, CE, and UKCA. Whether you need reliable, cost-effective control for heating, industrial automation, or renewable energy, these relays have you covered.

Littelfuse Solid State Relays

Lattice Nexus Platform

Enabling Low Power, High Reliability, and High Performance Design

The Lattice Nexus FPGA platform combines Lattice’s long-standing low power FPGA expertise with leading 28nm FD-SOI semiconductor manufacturing technology. With this platform, Lattice enables the rapid development of multiple device families that deliver low power, high performance, high reliability and small form factor.

Three levels of innovation provided by the Lattice Nexus platform:

  • Circuit: 75% lower power, 100x lower soft error rate as compared with bulk process
  • Architecture: embedded large RAM blocks optimize implementation of common AI algorithms
  • Solutions: delivering more complete solutions with IP, reference designs, and software stacks
Lattice Nexus

New from Littelfuse

TTape™ Distributed Temperature Monitoring Platform for Lithium-Ion Battery Packs

Lithium-Ion battery packs require vigilant thermal monitoring to prevent exceeding safe operating conditions and avert battery cell degradation. Conventional temperature sensors, like NTC thermistors, lack the necessary precision and speed for critical applications.

TTape™ technology offers a solution by allowing up to 50 sensing points for example, one on each cell throughout a multi-cell pack, eliminating complications such as wire harness installation and complex programming. The TTape device utilizes a two-wire interface to immediately detects any cell surpassing three critical operational temperatures, 58 ºC, 75 ºC, and 120 ºC.

littelfuse ttape

New To Our Line Card

Founded in 1901, Stocko Contact has emerged as a leader in interconnect technology. By prioritizing customer satisfaction and quality, Stocko has established a reputation as a trusted partner in the interconnect market. When choosing Stocko Contact, you can be confident that you are receiving products of the highest standard, backed by over a century of expertise and innovation.

RAST connectors are a staple of Stocko’s product portfolio. RAST connectors were first created for the appliance market. The original design used a crimp-style contact, but today the majority use insulation displacement contact (IDC) technology, which streamlines installation, removes mis-mating mistakes, and improves connection quality by doing away with the need to cut, strip, and crimp individual wires. In comparison to crimp connectors, RAST connectors can be utilized as a direct mating method on the edge of a PCB, saving money and installation space while allowing for simple interoperability with other systems. There are fewer parts to worry about and a lower possibility of wires accidentally being misplaced into the incorrect position because the contacts are already assembled in the housing.

stocko

Nuvoton Japan Releases New Series Automotive Battery Monitoring Chipset

Nuvoton Technology announced the launch of 4th generation of battery monitoring chipset for automotive battery control to measure the voltage and temperature of battery cells and the current of a battery pack with high accuracy.

Achievements:

  1. Simplifying an automotive battery system; one IC manages up to 25 in-series battery cells
  2. Battery Management System (BMS) compliant to ASIL-D; redundant measurement system*1 and bidirectional ring communication*2 support its safety
  3. Offering safety function; a stand-alone chipset which detects abnormalities during car-parking and starts a host microcontroller
  4. Accurate estimation of battery’s State of Charge (SOC*3) and State of Health (SOH*4); ensured by synchronized current and voltage measurements within 10us.
nuvoton

New EWTS5G SERIES - 6IN1 INERTIAL SENSOR (6DOF INERTIAL SENSOR)

Panasonic’s 6in1 Inertial Sensor For Highly Accurate, Flexible And Sensitive Automotive, Industrial and Commercial Applications

Three Accelerometers And Three Gyroscopes On One Single MEMS Chip In A 4.5mm x 4.5mm x 1.1mm Package!

Panasonic

Mel Foster Company

Our depth of knowledge, technical design expertise and experience spans a broad range of component and embedded system technology, fueling our industry leadership since 1924. We possess an unparalleled drive for innovation, delivery and customer satisfaction. Contact us for support with new quotes, orders, design assistance, product availability and/or technology research.

Contact

MN, WI & ND
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Minnetonka, MN 55343

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952-946-5274
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Sioux Falls, SD 57110