Tag: antenna

Mouser Electronics is now shipping the FlexPIFA 6E antenna which provides consistent performance across all three Wi-Fi bands. Laird Connectivity FlexPIFA 6E Wi-Fi® Triple-Band Internal Antennas support the full Wi-Fi spectrum in the 2400MHz to 2500MHz, 4900MHz to 5925MHz, and...

Johanson Technology 2450AD18A6050 Mini Ultra-Wide Triple Band Antenna Johanson Technology 2450AD18A6050 Mini Ultra-Wide Triple Band Antenna is a miniature BLUETOOTH®/Wi-Fi® 6E and UWB internal chip antenna that operates in the 2400MHz to 2500MHz, 4900MHz to 5850MHz, and 5850MHz to...

Taoglas FXUB66 Maximus Flexible Wideband 5G/4G Antenna is designed to cover all working frequencies in the 600MHz to 6000MHz spectrum, including cellular (5G/4G/3G/2G), NB-loT, Cat-M, Wi-Fi®, ISM, and GNSS bands. This flexible antenna features a unique hybrid design. Within one antenna...

Taoglas’ Accura UWC.40 is a tiny indoor centimeter-level positioning antenna for European and United States applications Taoglas’ Accura UWC.40 is a tiny indoor centimeter-level positioning antenna with high efficiencies across the pulsed UWB communications bands. With dimensions...

The STM32 IoT Discovery Kit, commonly known as B-L462E-CELL1, is a ready-to-use development platform for cellular IoT devices created by STMicroelectronics. According to ST, the Discovery kit integrates a discovery mainboard powered by an LBAD0ZZ1SE module, a global coverage antenna,...

An antenna tracking system adjusts the axis of an antenna to follow a moving signal source like a communication satellite. The working of an antenna tracking system is quite simple; the antenna is, first of all, commanded to move in any direction. Then, the level of the received signal...

Radar sensors are not exactly a new thing, but, like every other technology, there is always progress to be made, something that could be improved in order to take the technology to the next level. One of its younger cousins, the mmWave technology, which you may have not heard of until...

PCB design guide for an inverted-F 2.4 GHz antenna from Silicon Labs. One of the main reasons to use a PCB antenna is to reduce cost. Since the antennas are printed directly on the board, they are generally considered to be free. On boards with room to spare, this will be true. On...