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When designing electrical equipment, machines and systems, it is necessary to check the products from an EMC and safety point of view. These test are mandated by international standards and are designed to protect the user from potential harm and to ensure the performance of equipment is maintained in the event of electrical disturbances.

Customer-Driven Improvements to the 5 Series MSO Delivers an Even Better User Experience and More Capabilities

Battery life can contribute significantly to the cost and reliability of Internet of Things (IoT) infrastructure. While for consumer electronic devices, battery life is often a critical purchase consideration. Therefore, the fact that the calculated battery life of IoT devices is often inaccurate is a significant issue for manufacturers.

5G private networks are proliferating. Revenue from 5G private networks will grow from $1.6 billion in 2021 to $65 billion in 2030¹. But the road to 5G private networks is paved with challenges that span all stages of the network lifecycle, from deployment to operations.

Most power supplies provide a single range because it is the most straightforward, cost-effective design. A single-range power supply can deliver its maximum output power using one voltage and current value.

TestEquity, a leading consultant and supplier of EMC, Wireless, Avionics, RF & Microwave and Mobile Radio Test Equipment in the UK, announce that it is now an authorised UK distributor for Ametek CTS (Compliance Test Solutions).

As of 1st January 2022, MCS Test Equipment & MCS Rentals have rebranded as TestEquity, reflecting the acquisition by TestEquity in 2021.

The term “radiation” refers to emission of energy from a source, travelling through a form of material or media which allows for it. This could be sound energy travelling through air, or a disturbance caused by dropping a stone in a water pond, rippling outward.

In this article, we will explore in detail some best practices to follow when handling Tektronix's isolated differential probe, also known as IsoVu™ probes.

New innovations in technology have allowed us to begin adopting 5G communication network which allows users to share data at a pace that is 3 to 5 times faster than that of 4G (J.P.Morgan, 2021). By 2030, the 5G market is expected to exceed $180 billion just in North America alone (J.P.Morgan, 2021). As more users begin to switch to 5G, the demand for more wireless devices has increased and so has production to meet the demand.

Efficient system analysis and debug relies on insights but correlating signals across multiple domains has traditionally been a painful, technically challenging process. It can be difficult to figure out why a system isn’t working as expected without precise, synchronized insight into both time and frequency domains.

There is increasing interference in the RF domain as we work to make IoT devices more powerful, consume less energy and have longer battery lives but still broadcast high-quality RF communication. From smart watches to heart rate sensors, the devices being designed today are getting smaller and smaller, which makes signal integrity more important than ever before.

The next generation of bench power supplies incorporates your feedback and our engineering knowledge and design practices to bring you one of the most versatile bench power product families.

Silicon Carbide (SiC) MOSFETs are increasingly being used in industries ranging from electric vehicles and solar power, to backup power systems. This is thanks to their ability to withstand high temperatures, offer faster switching, deliver higher efficiency especially at higher voltages, and high current capacity. However, there are some challenges in validating designs using SiC MOSFET’s.

Wireless communication has evolved significantly since it became generally accessible in the 1980s. Today, 5G is advancing the frontiers of wireless communications, supporting use cases that rely on Gbps data rates and ultra-high reliability. In addition to 5G’s improved speed (also known as bandwidth) and connectivity, it also facilitates shorter latency. In a previous article, we detailed the evolution of the five different generations (hence, the ‘G’) of mobile networks.

The ever-growing demand for higher and larger bandwidth, computing power, storage and speed capabilities in the modern age, not to mention constructing a seamless and secure cloud service, can only be fulfilled by a complete hyperscale ecosystem integrated with the 5G.

In today’s electronics applications, batteries power nearly all of our portable electronic devices. Batteries also serve as emergency power backup systems on large premises. All-electric vehicles use large cascading battery packs to meet the expected power for the required performance.

We have recent added 4 new Keysight products to our website such as the U1816E USB Coaxial Switch, DC to 50 GHz, Dual SP6T, U1816F USB Coaxial Switch, DC to 67 GHz, Dual SP6T, Keysight 11636D Power Divider, DC to 67 GHz, Keysight 11667D Power Splitter, DC to 67 GHz and the Keysight N9355G Power Limiter, 0.01 to 54 GHz.

Wireless spectrum has become one of the most important resources to stay connected because spectrum is the utility for all wireless communication.