In this article, we’ll take a look at the analog blocks for implementing the square wave-based synchronous demodulator.
In this article, we’ll take a look at the analog blocks for implementing the square wave-based synchronous demodulator.
Researchers at MIT have created an RF wall, dubbed “smart wallpaper,” that consists of thousands of miniature RF…
Researchers at MIT have created an RF wall, dubbed “smart wallpaper,” that consists of thousands of miniature RF antennas connected to RF switches.
Several universities are researching new, stretchable materials that can act as a wearable sensor or battery.
Several universities are researching new, stretchable materials that can act as a wearable sensor or battery.
In this article, we’ll look at the pros and cons of using a switch-based multiplier.
In this article, we’ll look at the pros and cons of using a switch-based multiplier.
In this article, we will see how we can determine the SFDR for an ADC used in a radio receiver. Also, we’ll examine the…
In this article, we will see how we can determine the SFDR for an ADC used in a radio receiver. Also, we’ll examine the ADC SNR requirement for this application.
The SKY66318-11 features a wide instantaneous bandwidth for 100MHz systems, which is said to enable higher data rates…
The SKY66318-11 features a wide instantaneous bandwidth for 100MHz systems, which is said to enable higher data rates for 4G LTE and 5G signals.
A new 64 antenna 5G DRA covers 24-30 GHz frequency bands, MIMO device is aimed at Wi-Fi 6 (802.11ax).
A new 64 antenna 5G DRA covers 24-30 GHz frequency bands, MIMO device is aimed at Wi-Fi 6 (802.11ax).
Learn about the terahertz band, its properties, and the applications where it's finding utility.
Learn about the terahertz band, its properties, and the applications where it's finding utility.
5G is the latest wireless technology for mobile devices and promises considerably higher data rates, lower latency, and…
5G is the latest wireless technology for mobile devices and promises considerably higher data rates, lower latency, and increased number of instantaneous connections. But how will current infrastructure cope with the change and what will this mean to current 4G hardware?
Researchers at Northwestern University Center for Bio-Integrated Electronics are championing the development of sweat…
Researchers at Northwestern University Center for Bio-Integrated Electronics are championing the development of sweat biosensors with their latest glucose and lactate sensors.
This expansive family of antennas is designed for laboratory settings (including R&D and military applications) for 40…
This expansive family of antennas is designed for laboratory settings (including R&D and military applications) for 40 GHz to 220 GHz bands.
3GPP Release 16 holds the promise to make high precision location services cheaper and more reliable. Exploiting new…
3GPP Release 16 holds the promise to make high precision location services cheaper and more reliable. Exploiting new signal properties in combination with a variety of non-cellular technologies could enable forms of hybrid positioning.
Learn how mesh networking, with low power needs and fast deployment, may be crucial in IoT and automation.
Learn how mesh networking, with low power needs and fast deployment, may be crucial in IoT and automation.
New quad- and dual-channel transceivers are designed for radar, software-defined radio, and 5G applications.
New quad- and dual-channel transceivers are designed for radar, software-defined radio, and 5G applications.
Testing for EMI (electromagnetic interference) is a critical step in product design due to FCC and CE regulations. In…
Testing for EMI (electromagnetic interference) is a critical step in product design due to FCC and CE regulations. In this article, we will look at MuROOM; modular metal rooms that significantly reduce outside EMI sources for testing and experimentation purposes.
Take a look at a new range of Wi-Fi modules from Silicon Labs.
Take a look at a new range of Wi-Fi modules from Silicon Labs.
In this article, Parker Dillman, lead EE and co-founder of MacroFab, covers how to best prepare your PCB designs for…
In this article, Parker Dillman, lead EE and co-founder of MacroFab, covers how to best prepare your PCB designs for fabrication and assembly.
Who was Michael Faraday? What did he contribute to the field of electrical engineering?
Who was Michael Faraday? What did he contribute to the field of electrical engineering?
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