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Taoglas FXUB16 PCB Antenna | New Product Brief

Taoglas FXUB16 PCB Antenna | New Product Brief

Taoglas FXUB16 PCB Antenna is a compact, wideband flex antenna that supports 5G/4G cellular with fallback to 3G/2G, plus NB-IoT, Cat-M, Wi-Fi, and ISM bands from 600MHz to 6000MHz. Watch and learn all about their features, specs, applications, and more!


Designing UWB Antennas for Angle of Arrival Applications

Designing UWB Antennas for Angle of Arrival Applications

Learn what makes Ultra-Wideband (UWB) unique, what makes it useful, and how to address the design challenges it presents.


SiTime Enters Resonator Market With Tiny MEMS-Based Devices

SiTime Enters Resonator Market With Tiny MEMS-Based Devices

Announced today, SiTime is expanding into a $4 billion resonator market with its Titan platform.


News Sep 17, 2025 by Jake Hertz
Silicon Labs Debuts Sub-GHz Wireless SoC for Cost-Sensitive Designs

Silicon Labs Debuts Sub-GHz Wireless SoC for Cost-Sensitive Designs

Announced today, the company's newest SoC increases small-device edge computing performance while reducing cost and power consumption to deliver a 10-year operating life with a coin cell.


News Sep 09, 2025 by Duane Benson
Antenna Innovations Come in Sizes Ranging from a Stamp to a School Bus

Antenna Innovations Come in Sizes Ranging from a Stamp to a School Bus

In this roundup, we spotlight small, medium, and large antenna announcements fortifying communication across industries, from drones to satellites.


News Sep 03, 2025 by Duane Benson
Semiconductor Collabs Yield Design Wins, From Chiplets to Charging Speed

Semiconductor Collabs Yield Design Wins, From Chiplets to Charging Speed

From high-performance EVs to low-power IoT modules and next-gen AI chiplets, three recent collaborations showcase how semiconductor innovation is driving new design frontiers.


News Aug 11, 2025 by Luke James
Wi-Fi 8 Is on the Horizon. Qualcomm Outlines Priorities and Capabilities

Wi-Fi 8 Is on the Horizon. Qualcomm Outlines Priorities and Capabilities

What does a wireless standard look like when shaped by edge cases? Qualcomm has a reliability-focused vision for Wi-Fi 8, slated for 2028.


News Aug 06, 2025 by Luke James
Exploring the Relationship Between FM Wave Bandwidth and the Modulation Index

Exploring the Relationship Between FM Wave Bandwidth and the Modulation Index

In this article, we'll investigate how varying the amplitude and frequency of the modulating tone impacts the bandwidth of FM signals. We'll also compare the modulation index in AM and FM schemes.


Powering Next-Gen Wireless Devices with Nordic Semiconductor’s nRF54L Series | Tech Guide

Powering Next-Gen Wireless Devices with Nordic Semiconductor’s nRF54L Series | Tech Guide

In this Tech Guide, we explore the Nordic Semiconductor nRF54L Series—next-generation wireless SoCs engineered for smarter, smaller, and more secure IoT devices. Watch now to get started!


Exploring Bessel Functions: Understanding the Spectrum of Tone-Modulated FM

Exploring Bessel Functions: Understanding the Spectrum of Tone-Modulated FM

In this article, we’ll learn about the essential properties of Bessel functions and what they can tell us about the bandwidth of practical FM signals.


Introduction to Wideband FM Signals

Introduction to Wideband FM Signals

Learn how Bessel functions and the modulation index can help us understand the bandwidth of wideband frequency-modulated (FM) signals.


Dynamic Nonlinearity in RF Power Amplifiers: Insights From Two-Tone Testing

Dynamic Nonlinearity in RF Power Amplifiers: Insights From Two-Tone Testing

This article explores the effect of signal bandwidth on the linearity of power amplifiers, including the impacts of cascaded RF gain stages.


Practical Insights Into Narrowband FM With a Single-Frequency Input

Practical Insights Into Narrowband FM With a Single-Frequency Input

In this article, we’ll use phasor diagrams to compare narrowband FM and conventional AM. We’ll also discuss the problem of oscillator phase noise and work through an example problem.


TDK Unwraps Smart Home Sensors Marrying High Precision and Low Power

TDK Unwraps Smart Home Sensors Marrying High Precision and Low Power

MEMS microphones, ToF sensors, and motion-tracking IMUs from TDK deliver responsive, energy-efficient performance across smart home appliances, remotes, speakers, locks, and more.


News Jun 30, 2025 by Joshua Tidwell
Bosch Intros MEMS-Based Bluetooth Tire Pressure Sensors

Bosch Intros MEMS-Based Bluetooth Tire Pressure Sensors

The new SMP290 sensor integrates Bluetooth Low Energy to simplify vehicle electronics and extend sensor lifespan.


News Jun 27, 2025 by Jake Hertz
Introduction to Narrowband Angle Modulation

Introduction to Narrowband Angle Modulation

Using a simple example, this article examines the frequency spectra of frequency-modulated (FM) and phase-modulated (PM) waves for a low modulation index.


Taoglas PC60 and PC66 Cellular PCB Antennas | New Product Brief

Taoglas PC60 and PC66 Cellular PCB Antennas | New Product Brief

Taoglas PC60 and PC66 Cellular PCB Antennas provide compact, high-performance 5G, 4G, and LTE connectivity across a wide 617MHz to 6000MHz frequency range. Watch and learn all about their features, specs, applications, and more!


Implementing ROHM SiC Schottky Barrier Diodes for Efficient Power Conversion | Tech Guide

Implementing ROHM SiC Schottky Barrier Diodes for Efficient Power Conversion | Tech Guide

In this Tech Guide, we dive into the design and integration of ROHM's Automotive Grade SiC Schottky Barrier Diodes for next-generation EV chargers and DC/DC converters. Watch now to get started!


Mini-Circuits PMA1-14LN+ Low Noise Amplifier | New Product Brief

Mini-Circuits PMA1-14LN+ Low Noise Amplifier | New Product Brief

Mini-Circuits PMA1-14LN+ Low Noise Amplifier is a compact, wideband pHEMT MMIC amplifier designed for high-performance RF applications from 50 MHz to 10 GHz. Watch and learn all about their features, specs, applications, and more!


Understanding the Differences Between Phase and Frequency Modulation

Understanding the Differences Between Phase and Frequency Modulation

Learn why phase modulation (PM) and frequency modulation (FM) can produce waveforms that are nearly identical or completely different from one another, depending on the nature of the message signal.