Simply put, this new version of Wi-Fi is a gamechanger for hospitals because it will enable Wi- Fi to continue serving as the backbone of hospital connectivity, even as device density increases and as new devices put greater demands on networks.
The advancements in Wi-Fi 6 and 6E are significant, enabling the technology to support existing applications more effectively while also making it possible to support new use cases that were previously difficult or impossible using Wi-Fi connectivity.
The drive systems in electric vehicles require higher voltages and more electrical energy than in conventional cars with an internal combustion engine.
The focus here is primarily on the complete electrification of vehicles and less on the hybrid technology that has been widespread to date.
Our problem-solvers worked with both OEM and end customer to troubleshoot deficiencies and develop a new product solution quickly.
Making automotive systems smarter, faster, and smaller requires technology advances driven by quality engineering and supply-chain excellence.
Functional safety for hardware components such as sensors, microcontrollers and memory devices have become a growing requirement for OEMs, simplifying the process of integrating these components for a safety-critical system.
Our ASIL-C rated IVT sensors are proving a preferred functional safety solution for school busses and other heavy-duty, last-mile vehicles in BDUs/PDUs.
Our IVT-Series serves as a two-way link between electrical generation and consumption.
Stackpole’s TMJ SMD thermal jumpers enhance high power designs by lowering the temperature of critical components while maintaining circuit integrity with high standoff voltage and low capacitance.
This white paper focuses on these new “Beyond 5G” developments, the continued enhancement of existing 5G technologies, and the implications for RF engineers who need to test and validate the next generation of wireless components, subsystems, and devices.
The E-series of preferred numbers were thus created and published in IEC 60063:1952.
This white paper outlines the advantages and benefits of a new varistor design from Bourns.
To help designers select the right MOV that meets their application requirements, this white paper provides tips on the features and specifications to help them narrow down their search.
This high speed signal is widely used not only for communication between devices but also for processing equipment internal circuits, communication between built-in parts, production equipment and inspection equipment.
NTC thermistors are resistors that have high Negative Temperature Coefficient. The resistance of NTC will decrease by temperature increasing.
This paper will elaborate MOV’s principle, structure, characteristics and selection principle. Then the paper will analyze and summarize the typical applications of MOV in power systems.
The paper mainly introduces the structural principle of PPTC and its application schemes for several common scenarios.
High reliability, superior quality for automotive applications.
High precision, high stability and low current noise characteristics – RT series, 0201 ~ 2512.