New Yagi Antennas Can Withstand Sustained Winds up to 200 mph
Operate at either 400 MHz or 900 MHz with gain ranging from 7 dBi to 13 dBi. Feature ruggedized, fully welded, black powder coated construction. Ideal for use in utility, energy, SCADA, LoRa and RFID inventory tracking applications.
Read More »New Yagi Antennas Can Withstand Sustained Winds up to 200 mph
Operate at either 400 MHz or 900 MHz with gain ranging from 7 dBi to 13 dBi. Feature ruggedized, fully welded, black powder coated construction. Ideal for use in utility, energy, SCADA, LoRa and RFID inventory tracking applications.
Read More »New Small Cell Sector Antenna Boasts 0 degree Fixed Electrical Downtilt
Features four ±45 slant-polarization ports with integral N-female connectors. Designed with aesthetically pleasing form factor and 4x4 MIMO operations. Suitable for WISP applications and fixed wireless networks.
Read More »New Small Cell Sector Antenna Boasts 0 degree Fixed Electrical Downtilt
Features four ±45 slant-polarization ports with integral N-female connectors. Designed with aesthetically pleasing form factor and 4x4 MIMO operations. Suitable for WISP applications and fixed wireless networks.
Read More »How to Choose the Right Adhesive Tape for Your Application
With a considerable number of adhesive materials, applications and methods, there are many options to consider when choosing an adhesive tape. As NADCO® is a leading manufacturer of custom tapes and labels; we took our years of experience to create this handy selection guide on choosing the right adhesive tape for your application.
Read More »New Gateway System Powered by Arm Cortex-A8 800 MHz RISC Processor
SRG-3352C features built in Wi-Fi as well as supports 3G/4G LTE and NB-IoT. Compatible with popular cloud services including AWS, Azure and Arm Pelion. Built in connections include two COM ports, two USB 2.0 ports and two Gigabit Ethernet ports.
Read More »New Gateway System Powered by Arm Cortex-A8 800 MHz RISC Processor
SRG-3352C features built in Wi-Fi as well as supports 3G/4G LTE and NB-IoT. Compatible with popular cloud services including AWS, Azure and Arm Pelion. Built in connections include two COM ports, two USB 2.0 ports and two Gigabit Ethernet ports.
Read More »New Linear Smart Stage with Power of ~2.4 W Peak at Max Speed
M3-LS-U2-10 has high stiffness with no gears or backlash, low acoustic noise and no high voltage. Assembled into two-axis and three-axis systems for precise, repeatable positioning of optics, sensors and more. Applications include instruments for DNA sequencing, wearable medical devices and handheld video microscopes.
Read More »New Linear Smart Stage with Power of ~2.4 W Peak at Max Speed
M3-LS-U2-10 has high stiffness with no gears or backlash, low acoustic noise and no high voltage. Assembled into two-axis and three-axis systems for precise, repeatable positioning of optics, sensors and more. Applications include instruments for DNA sequencing, wearable medical devices and handheld video microscopes.
Read More »New Three-axis Gimbal Mount Features Low Backlash Worm Gear Drives
AU300-AER-02 handles loads up to 10 kg and has a clearance of 300 mm x 300 mm. Features precision V" groove and cross roller bearings for high accuracy and repeatability. Ideal for mounting: cameras, optics, lasers and instrumentation for scanning, tracking and more.
Read More »New Three-axis Gimbal Mount Features Low Backlash Worm Gear Drives
AU300-AER-02 handles loads up to 10 kg and has a clearance of 300 mm x 300 mm. Features precision V" groove and cross roller bearings for high accuracy and repeatability. Ideal for mounting: cameras, optics, lasers and instrumentation for scanning, tracking and more.
Read More »Custom Fabrication & Machining Services with Over 30 Years of Experience
As a trusted manufacturer to customers across a broad range of industries, Key Gas Components is a premier provider of CNC machining and tube fabrication. Our entire organization is quality driven and customer-centric, with broad-based manufacturing capabilities that can accommodate the most challenging requirements. See our video to learn more.
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