RF, Microwave, and Wireless Components Reference Materials

Description: The article describes how wireless network technologies serve as the core of current Internet of Things (IoT) systems by enabling connection that allows IoT devices to communicate, transport data, and ...

Description: Security challenges associated with IoT devices and networks are numerous and diverse, given the vast range of devices and applications within the IoT ecosystem. ...

Description: A 5G RF (Radio Frequency) module is a hardware component used in communication systems to transmit and receive data over the 5G network. It works by converting digital signals from a device's ...

Description: In connected industries, location is power. From hospitals to factories, real-time locating systems (RTLS) transform visibility into faster decisions and safer operations. But what is RTLS exactly, ...

Description: Thermocouple RF power monitors are widely used for accurate measurement of RF power in demanding applications. Unlike other sensor technologies that require correction factors or compensation ...

Description: Wireless devices are reshaping industries, from smart utilities to logistics, but they require connectivity that is energy-efficient, reliable, and globally available. Conventional LTE was built for ...

Description: From supply chains to city buses, IoT in transportation is reshaping how we move people and goods. The combination of connected sensors, cloud platforms, and advanced analytics has unlocked ...

Description: Precise timing has always been a foundational aspect of electronics and system design. What's changed is when engineers address it. Timing is no longer an afterthought-selected late in the design ...

Description: Today's electric grids are no longer simple or centralized. Distributed power, renewable integration and legacy infrastructure make them complex to manage, demanding real-time precision to avoid ...

Description: Modern defense and aerospace systems demand compact, high-frequency, and robust interconnect solutions capable of handling both RF and signal requirements in harsh environments. This presentation ...

Description: Effective communication is essential for any coordinated military operation. On a modern battlefield, numerous radio systems often operate in close proximity, each needing access to specific channels. ...

Description: As one of the fundamental signal processing components in RF and microwave circuits, filters play a critical role in determining any system's ultimate performance ...

Description: This document defines parameters that are important to understand when specifying Anatech filters and filter-based products. Many of the parameters or specifications described below apply to other ...

Description: RF & microwave filters have long been a comparatively simple solution for eliminating interference. However, specifying filters effectively requires some basic knowledge about key performance ...

Description: Lumped Element (LC) Filters ...

Description: As one of the fundamental signal processing components in RF and microwave circuits, the filter plays a critical role in determining any system's ultimate performance ...

Description: In complex electromagnetic environments, UAVs face various intentional and unintentional radio frequency interference, which can block or spoof control and data transmission links, leading to loss of ...

Description: Wearables have enjoyed a meteoric rise in popularity in recent years to the point that one in four of us now wear a smart connected device. Fifteen years ago, it was one in 100 people[1]. This growth ...

Description: The Nordic cellular IoT SiP and Bluetooth LE SoC powered Dronetag Mini promotes flight safety and compliance with new European remote ID regulations ...

Description: 7Sense has partnered with the Norwegian Municipality of Horten to implement its nRF9160 SiP-powered leak detecting system to reduce water waste and meet sustainability goals ...

Description: In today's connected vehicles, navigation systems do far more than provide turn-by-turn directions. They are tightly integrated with advanced driver-assistance systems (ADAS), vehicle-to-everythin g ...

Description: AI servers are high-performance servers specifically designed to execute computation-intensiv e tasks such as artificial intelligence (AI), machine learning (ML), and deep learning (DL). They can ...

Description: With the increasing adoption of radio frequency (RF) technology in modern medical equipment-from MRI scanners to therapeutic diathermy machines-ensuring signal integrity and protecting sensitive ...

Description: In recent years, drone light shows have become a breathtaking spectacle, captivating audiences with synchronized aerial choreography, vibrant lighting effects, and precise formations. ...

Description: A circulator achieves transceiver switching that is passive, requires no control signals, has extremely fast switching speeds (almost instantaneous, limited only by the speed of electromagnetic wave ...

Description: An increase in calls for CubeSats and the applications they enable is leading electronic device component manufacturers to create new solutions. ...

Description: The Internet of Things (IoT) has changed the operational paradigm of many sectors, not least the defence industry, and military applications and devices are on the rise. ...

Description: Scott Unzen, Director of Marketing at Omnetics, talks to Soldier Mod about the advantages of LIDAR in a world where ‘application specific’ systems are key. ...

Description: As the battlefield becomes more technologically advanced, the need for secure, reliable, and fast communication systems grows. We explore the latest advances in military comms technologies and how ...

Description: As engineers embed receivers for Global Navigation Satellite Systems (GNSS), like GPS and Galileo, into systems ranging from autonomous vehicles to precision agriculture, the RF environment is ...

Description: Against the backdrop of the rapid development of the global low-altitude economy, the civilian unmanned aerial vehicle (UAV) industry is facing a historic development opportunity. This trend indicates ...

Description: Step-by-step instructions on how to breadboard the ESP32-WROOM-32D. This practical guide includes setup tips, a pinout guide, examples of wiring, and solutions for troubleshooting. ...

Description: Wireless is experiencing an unprecedented surge in demand, with over 7.1 billion human mobile users of wireless machine-to-machine (M2M) connections, designing wireless systems and networks is ...

Description: Waveguide-coaxial converters play a vital role in various fields like microwave and millimeter-wave communication, radar detection, etc, enabling efficient signal conversion between waveguides and ...

Description: The FCC utilizes a dynamic spectrum access system (SAS) which manages the allocation of frequencies in the shared range. ...

Description: In the precise architecture of aerospace communication and radar systems, the reliability of signal transmission links determines mission success or failure. As a "bridge" between waveguides and ...

Description: From navigation to communications and financial transactions, Global Positioning System (GPS) technology underpins countless aspects of daily life. Whether guiding aircraft, synchronizing power grids, ...

Description: Optimizing insertion loss and isolation in surface-mount isolators. ...

Description: Fiber-optic systems consider circulator's magnetic bias, port matching, freq range, and miniaturization. ...

Description: Frequency range and bandwidth impact on coaxial isolator performance. ...

Description: AI development drives RF component industry transformation, boosting efficiency & performance. ...

Description: 50O impedance in coaxial terminals is standard due to minimal reflection, efficient transmission, compatibility, and interference resistance. ...

Description: This document introduces the main aspects and decisions you need to consider before and during your development phase of a low-power cellular Internet of Things (IoT) product. ...

Description: The Nordic-proprietary %CONEVAL AT command requests the modem for information about the cell and current Long-Term Evolution (LTE) radio link quality. It also requests for an estimate of the ...

Description: Attenuation value, crucial for attenuator performance, impacts signal quality and system stability, requiring precise control. ...

Description: 3R networks and SL antennas enhance signal transmission and radiation efficiency, driving wireless communication innovation. ...

Description: Six years after the advent of Long Term Evolution (LTE), it is helpful to look back at the truly transformational effect it has had on people’s lives around the world. One can argue that the ...

Description: In the fields of electronic communication, optics, and radio frequency (RF) technology, attenuators serve as crucial components for adjusting signal strength, with their performance directly impacting ...

Description: When we think of fleet management our thoughts tend to turn towards the major transport and logistics companies, and the enormous fleets of vehicles they must keep a track of across the supply chain. ...

Description: Building on the success of conventional wearables, smart rings have been enthusiastically embraced by early adopters with a finger on the pulse of cutting-edge yet fashionable health and fitness ...

Description: Use of High Gain Omnidirectional Antennas ...

Description: Why Are Satellites Important? ...

Description: When it comes to extending wireless connectivity through networks, there are limited options for enterprises. Wi-Fi, while convenient and cost-efficient to deploy, presents significant security ...

Description: In microwave and RF communication systems, isolators serve as a crucial passive component, primarily used to protect signal sources from reflected signals while ensuring unidirectional signal flow in ...

Description: Circulator isolation affects RF comm. sys. perf., high isolation boosts signal purity, stability, and transmission efficiency. ...

Description: Optimizing VSWR enhances isolator performance and signal transmission efficiency. ...

Description: 6G+AI will reshape life & work, heading to a smarter future. ...

Description: 60GHz mmWave key to solving wireless bandwidth crisis, driving future innovations. ...

Description: 6G communication promotes innovation in reconfigurable antenna technology, facing challenges and leading the future development of wireless communication. ...

Description: 6G communication promotes innovation in reconfigurable antenna technology, facing challenges and leading the future development of wireless communication. ...

Description: AI in antenna design addresses loss, offers new solutions, and promises a more intelligent communication era. ...

Description: Misconceptions in vector signal analysis include calibration, phase/freq errors, op mistakes, self-test msgs. ...

Description: European Microwave Week 2024 was held in Paris, France, attracting more than 4,000 participants, 1,600 conference delegates and more than 300 exhibitors to discuss the most advanced technologies in ...

Description: European Microwave Week 2024 was held in Paris, France, attracting more than 4,000 participants, 1,600 conference delegates and more than 300 exhibitors to discuss the most advanced technologies in ...

Description: When it comes to cybersecurity standards, SCS 9001 encompasses nearly all the process controls in ISO 27001 while also incorporating other security elements. ...

Description: With radar's enhanced features, it is essential to reassess whether PIR remains the best choice for your specific application or if radar's advantages can bring greater value. ...

Description: As businesses prioritize mobile-first strategies and demand for 5G grows, MNOs and TEMs must innovate to meet evolving technology demands. However, 5G rollout has faced delays due to regulatory ...

Description: New radio access network (RAN) installations required to realize the promise of 5G ...

Description: Range and signal transmission are core issues in the drone sector. Instrumental to them is a coordinated antenna set-up. Here extremely lightweight and high-performance blade antennas are currently in ...

Description: Beamforming and beam steering are two advanced techniques in RF communications that are widely used for optimizing signal strength and directionality. Together, these techniques help enable efficient ...

Description: The use of mmWave frequency is inevitable to achieve the full potential of 5G. 5G service providers will require mmWave bands to support the emerging trend of "Mobility without Boundaries". While ...

Description: The world with Satellite Communications (SATCOM) is growing and evolving fast. The need for global connectivity has never been more pressing. As terrestrial networks evolve to 5G to meet this need, ...

Description: Large fifth generation (5G) cellular wireless networks will rely on many small cells to reach subscribers with service at millimeter-wave (mmWave) frequencies. Due to small wavelengths, mmWave signals ...

Description: The unprecedented demand for data is driving the growth of the mmWave technology market. As data consumption grows exponentially, more spectrum is needed. As frequency spectrum in the low to mid bands ...

Description: The pace of electrification of virtually all systems has been accelerating. Electrification is now often the harbinger for integrating sensor and communication technologies within new systems. ...

Description: Unlike all other MEMS switches, the Ideal Switch® is a universal micromechanical switch because it can switch both AC/DC and RF power. It is based on a proprietary manufacturing process and ...

Description: In recent years, advancements in High Performance Computing and Photonics are driving towards high density semiconductor packaging requirements that are creating a need for the adoption of novel ...

Description: Wireless power transfer is a key component to creating comfortable and completely wireless MRI receive coil arrays. Here, a WPT system is presented using a Class-E power amplifier driving an array of ...

Description: In magnetic resonance imaging (MRI), wearable wireless receive coil arrays are a key technology goal. An MRI compatible wireless power transfer (WPT) system will be needed to realize this technology. ...

Description: The latest generation of cellular networks have revolutionized connectivity with unprecedented speed and capacity. To extend these benefits globally, developments are shifting towards space-based ...

Description: The Ideal Switch replaces larger, less efficient relays and switches and eliminates compromises and trade-offs by combining the benefits of electromechanical and solid-state switches. ...

Description: RF communication systems using advanced modulation formats rely on the linearity of the signal chain components to meet throughput performance requirements. Nonlinearities result in mixing products ...

Description: Ever increased electronic system performance are forcing faster communications between chipsets and memories. Precision high-speed testing of chipsets on design-inboards is forcing test engineers to ...

Description: We are absolutely thrilled to announce our exhibition, presentation, and demonstration at IMS 2024, the premier event for the RF and microwave industry, set against the backdrop of Washington D.C! ...

Description: When using a power sensor to measure an RF signal’s data of interest, the ability to initiate and conclude the measurement based on certain predefined signal parameters is required. This type of ...

Description: What is an RF antenna? This week, LCSC supplier BAT WIRELESS introduced the function and status of RF antennas in wireless communication. Internet of Things communication is one of the most active and ...

Description: Electromagnetic interference (EMI) is pervasive. It is a phenomenon that occurs when the operation of an electronic device is disturbed by an electromagnetic field or conducted power source, resulting ...

Description: Wireless networks such as 5G and industrial automation have completely changed the way people communicate, connecting people all around the world with just the press of a button. This new era of ...

Description: Whether it's the coordination of international air traffic or operating broadcasting or telecom equipment, if electronic systems don't meet performance targets and operate precisely and reliably ...

Description: Phase jitter is a crucial factor to consider when assessing the performance of electronic devices. It is the variation in the phase of a signal, which can lead to timing errors and affect overall ...

Description: When it comes to frequency control, achieving precise timing and synchronization is critical. However, numerous factors can degrade the performance of time-sensitive applications, and one such factor ...

Description: Radar technology has undergone remarkable evolution over the years, playing an indispensable role in aerospace and defense applications. Among the revolutionary advancements in this field, Active ...

Description: Developed by our expert RF engineers, our dynamic phase noise calculator is a great resource for those involved in frequency control and timing applications. ...

Description: The demand for space-based frequency control and timing components has been growing rapidly in recent years. This new trend is driven by the need for better communication, navigation, Earth ...

Description: 1250MHz is one of the popular bands in frequency allocation, benefit from its capability of long signal transmission, low attenuation comparing to mmWave band etc. ...

Description: Oven Controlled Crystal Oscillators (OCXOs) are critical components in RF and microwave applications, providing frequency control and timing reference. However, OCXOs are subject to aging, which can ...

Description: In my previous tech note exploring TDR as a method for optimizing surface mount footprints, we determined the root cause of the evaluation circuit's performance degradation and added an inductive ...

Description: In our last post we showed the physical basis for how mixers are used as phase detectors, concluding by showing that IQ mixers make ideal phase detectors due to their ability to unambiguously identify ...

Description: Every day we work on high linearity mixers: high IP3, high P1dB, and high spurious suppression. Every once in a while we get a request for a high IP2 mixer. This is much more rare than complaints ...

Description: When you master phase, you become like a God, capable of performing wonders that mere mortals can only dream of. Wonders like making laser beams (using phase engineered quarter-wave reflectors), ...