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Molex Triple-Band WiFi Antenna

Main Title

Triple-band WiFi antenna

Mixed Media

The development of Internet of Things and machine-2-machine technologies has placed new requirements on antenna design and performance. The need for real-time wireless communication with high barrier-penetration, robust connectivity and more power savings across longer distances presents challenges for engineers.

Triple-band Wi-Fi antennas satisfy the need for wireless communication with higher-barrier penetration, operating over a larger but lower frequency range of 900MHz. This creates easier barrier penetration, and is also more interference-resistant.

Offering greater power efficiency and longer-range connectivity to Wi-Fi certified products, Molex triple-band Wi-Fi antennas enable multi-vendor operability and easy setup for those searching for technology that supports the revolutionary communications of the future.

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Features/Applications

Table

Features	Applications
Antenna radiator acts as a transducer to convert unguided electromagnetic waves to guided electromagnetic waves and vice versa Pick-and-place feature facilitates automatic placement during assembly Ceramic antenna housing is compact, inexpensive, and easy to integrate into applications subject to high reflow temperatures Feeding pads connect to the radio transceiver via a 50-Ohm transmission line on the PCB. Electrical signals from the transmission line are fed through this pad on the PCB Grounding pad provides electrical grounding of antenna onto the application PCB Fixing pads firmly anchor antenna housing onto the SMT pad of the PCB	Consumer Smart homes IoT Automotive Connected vehicle Industrial Smart cities

Features

Applications

Antenna radiator acts as a transducer to convert unguided electromagnetic waves to guided electromagnetic waves and vice versa
Pick-and-place feature facilitates automatic placement during assembly
Ceramic antenna housing is compact, inexpensive, and easy to integrate into applications subject to high reflow temperatures
Feeding pads connect to the radio transceiver via a 50-Ohm transmission line on the PCB. Electrical signals from the transmission line are fed through this pad on the PCB
Grounding pad provides electrical grounding of antenna onto the application PCB
Fixing pads firmly anchor antenna housing onto the SMT pad of the PCB