diy 2.4 ghz yagi 3d models

The parabola and the position of the round holder loops of our booster antenna are designed to focus a 2.4 GHz signal on the router's omnidirectional antenna. This wifi booster antenna 1) boosts 2.4GHz Wifi signals from the front, by focussing...

... **Secure the Parabola** Apply aluminum or copper foil to the back of the parabolic shape. **Assemble the Antenna** Use a RP SMA male plug with a female pin panel mount and 4 hole solder connector on the back side of the antenna.

I've already found the perfect little case for this microdisplay unit - it's a 2.4Ghz Frequency Scanner based on the same module as the Octoprint Wemos. This tiny enclosure should fit a 2-cell LiPo battery in the back, with the charge plug exiting...

While the electronics in the Happymodel 2.4G ELRS are great, the board mounting in the case could be improved. I found that sometimes when I plugged the module into my radio, it wouldn't make proper contact with the pins in the JR bay. I designed...

This is an experimental 2.4GHz quad helix antenna I started building but eventually gave up on. As I don't know enough about antennas and impedance to make the proper copper vanes, and it being nearly impossible to solder on anyway, I didn't continue...

Design goal: build a Yagi antenna using DIY parts from local stores. We headed to our local store named Gamma (gamma.nl) and picked out several essential components. Our selections included a bag containing 25 cable clamps, "Kabelzadel 6-12 mm"...

I've crafted a simple yet sturdy 6mm aluminum component holder perfect for assembling a DIY Yagi antenna, utilizing a durable 20mm square aluminum box tube. ...For even more ingenious project ideas, be sure to check out the DK7ZB website.

This is a model of a scaled down version of the 8-Director element (1 reflector and 1 Radiator (Driver) elements) X-Quad from Wimo (https://www.wimo.com/xquad-antennas_e.html) designed to operate on the 2.4 ~ 2.5 GHz ISM band. It can be custom tuned...

This is a scaled-down model of an 8-Director element X-Quad from Wimo (https://www.wimo.com/xquad-antennas_e.html), specifically designed to operate on the 2.4 ~ 2.5 GHz ISM band. It features one reflector and one radiator element, which can be...

Due to the compact design of a high-frequency Biquad Yagi antenna, it's often simpler to wrap wire around its frame instead of intricate bending procedures. To create this makeshift setup, start by wrapping the wire while securing the edges with an...

... ...The last element (reflector) could also be much bigger. Its for Mavic Mini CE version (Europe), so I focused on 2.4 Ghz, which gives by default the maximum distance. ...I will be happy if someone tests it and write the results in comments!!

This setup is specifically designed for the Mavic Mini CE version, which operates on 2.4 GHz frequency by default, thereby extending coverage distance to its limits. ...I'd appreciate it if someone could test this configuration and share their results...

The ProAnt PIFA antenna operates within the 2.4-2.5 GHz ISM frequency band and supports numerous wireless technologies including WiFi, Zigbee, Bluetooth, and RFID.

This is a model that I created of a Linx Technologies 2.4 GHz High Gain Whip Antenna. It has a gain of 7dBi (5x) , which is pretty good for an omnidirectional antenna. ...It uses a N-type coax connector.

This is a low cost Orthoginal Dual BiQuad (90 degrees out of phase) 2.4 GHz omnidirectional antenna that I modeled after a paper titled "Omnidirectional Biquad Omni-Antenna for 2.4 GHz Wireless Link Application" by Kalina Kalinovska and Peter Z. -...

... securely in place without having to tape them down. ... The antenna used in the photo is from a BetaFPV SuperD diversity transceiver– The clip is untested with other brands but it should work given they all have similar 2.4 Ghz antenna dimensions.

The Parabolic Double Biquad 2.4 GHz is a 3D printed antenna, designed by Andrew McNeil. ...To assemble it, you'll need to follow these steps: First, locate and glue aluminum or copper foil onto the back of the parabola, ensuring a secure bond.

This is a model of a 50 ohm Rosenberger 4-hole Flange 2.92mm connector (p/n : 02K421-800S3) that is used for up to 40 GHz. The 2.92 mm circular waveguide aperture is what defines the higher bandwidth. ...This is a model of a solder-less compression...

This is a model of a 50 ohm Rosenberger 4-hole bulkhead connector with a 2.92 mm interface (p/n: 32K421-200E3), utilized for frequencies up to 40 GHz. The circular waveguide aperture, measuring 2.92 in diameter, plays a crucial role in defining the...

Assembly instructions can be found here: http://www.canardwifi.com/2016/05/27/augmenter-la-portee-dune-radiocommande-2-4-ghz-exemple-dune-spektrum-dx9/ (translate using Google if necessary) Booster:...

The Sanav gefn-102 PIFA antenna has an impressive gain of 0.97 dBi, optimally functioning at 2.450 GHz and featuring a VSWR of less than 2.2.

The text describes a prototype of a Sanav gefn-101 PIFA antenna, which has a gain of 3.97 dBi and a low VSWR (less than 1.7) at 2.450 GHz frequency.

https://github.com/ExpressLRS/ExpressLRS This is an alternative JR-bay enclosure for the ELRS 2.4 GHz TX (JR bay version) The changes from the "original": 1) Closed bottom 2) PCB mounts from the top, not bottom 3) Antenna is part of cover, not the...

Any 2.4 GHz antenna with a ufl connector will do. You can also make your own using these guides;https://www.youtube.com/watch?v=C9a169YysyA&t=536shttps://www.youtube.com/watch?v=U8__pLUnfwAThe antenna can be tilted up and down and can also be rotated...

This device is a high-performance 4-element yagi antenna designed specifically for FPV applications, boasting a frequency range of 1.2-1.3GHz. Utilizing VK5DJ's advanced yagi calculator - http://www.vk5dj.com/yagi.html - this cutting-edge design...

3D printed full front chassis for a 2.4GHZ conversion Feel free to add comments about improvements! I am constantly working on it! I tried to optimize it for 3d printing, with the least amount of supports possible. THIS WILL NOT WORK WITH STOCK...

... them at a maximum thickness of 0.2mm. Additionally, supports should be used for most of the part, but removing these can require tweezers. Print Settings: Printer Brand: Up! Printer: Up Mini Rafts: Yes Supports: Yes Resolution: 0.2 Infill: Medium

ProAnt offers a versatile antenna supporting Bluetooth, WiFi, ZigBee, RFID within the ISM 2.4 to 2.5 GHz frequency range, specifically a Planar Inverted F Antenna (PIFA) that functions with -10dB return loss minimum. ...Find it at...

This is a multi-purpose Bluetooth, WiFi, ZigBee, RFID ISM 2.4 ~ 2.5 GHz Planar Inverted F Antenna (PIFA) from ProAnt (http://www.proant.se/en/catalog/embedded-antennas/--onboard-smd-antenna-cid9.htm) It has -10dB return loss (minimum).ProAnt has been...

This is a model of a scaled down version of the 8-Director element (1 reflector and 1 Radiator (Driver) elements) X-Quad from Wimo (https://www.wimo.com/xquad-antennas_e.html) designed to operate on the 2.4 ~ 2.5 GHz ISM band. It can be custom tuned...