sub ghz 3d models

... ...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 is a replica of a 50 ohm Rosenberger 2-hole Bulkhead 2.92 mm connector, part number 02K721-40MS3, which operates at up to 40 GHz frequencies. The defining factor for its higher bandwidth is the 2.92 circular waveguide aperture. ...Check it out...

This is a model of a 50 ohm Rosenberger 2-hole Flange 2.92mm connector (p/n : 02K721-40MS3) that is used for up to 40 GHz. ...The 2.92 mm circular waveguide aperture is what defines the higher bandwidth.The link is here ;...

This is a model of a 50 ohm Rosenberger Soldered Edge Launch 2.92mm connector (p/n : 02K249-40ML5) that is used for up to 40 GHz.There is a similar part from Bel Cinch Connectivity Solutions (Johnson) as p/n : 145-0701-811

I designed a model based on the RF Beam 24 GHz K-LCx (all KLC3 and KLC4 models) RADAR Transceiver that can be used in self-driving vehicles, traffic control systems, and security applications. This particular transceiver has a range of 7 meters. ...To...

This is a model of a 50 ohm Rosenberger 4-hole Flange SMA connector (p/n : 32K421-200E3) that is used for up to 18 GHz. ...The SMA 4 mm circular waveguide aperture is what defines the frequency bandwidth.The link is here...

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.

I designed this RF Beam 24 GHz model, part number K-LC5 RADAR Transceiver, to serve various applications, including autonomous vehicle technology, traffic management systems, and security solutions. The device boasts a reliable range of up to 25...

This is a model that I created of a RF Beam 24 GHz K-LCx (all KLC3 and KLC4 models) RADAR Transceiver that can be used for self-driving vehicles, traffic control, and security.These models have a range of 7 meters.For more information see...

This compact platform is engineered to offer a secure surface for installing a VAS bluebeam 1.3 GHz antenna on the rear tail boom of a Volantex Ranger 2000 aircraft.\r\n\r\nThe platform features precision-cut notches that are ideal for securing with...

This is a model that I created of a RF Beam 24 GHz p/n : K-LC5 RADAR Transceiver that can be used for self-driving vehicles, traffic control, and security.This model has a range of 25 meters.For more information see...

This is a model of a I-PEX 'MHF 7' Micro-Coax 45 GHz RF Receptacle that can be used for the 5G cellular marketplace applications.http://www.i-pex.com/product/mhf-7This connector is very useful for optional external antennas on low cost 5G systems...

Instructions Use 0.75 mm² (1 mm diameter) Copper Rods for 2.4-GHz-Antenna-Extension: Position - Length: A - 60 mm B - 53 mm C - 52 mm D - 51.5 mm E - 51 mm F - 50 mm If you want to use 1.5 mm² (1.4 mmm diameter) Copper Rods, shorten the length of...

Sub 10 minute printing basic retraction test.

Sub 10 minute printing basic retraction test.

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...

Its for Mavic Mini FCC version (US), on 5.8 Ghz, - maximum distance. I will be happy if someone tests it and write the results in comments, I am in EU but made the model based on https://www.thingiverse.com/thing:4457347, after some requests!! ...Tip...

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...

I've attached a cap for my homemade antenna that works perfectly with the Microwave Networks M-Series Proteus 35 GHz ODU. You can check out the product and manual online at microwavenetworks.com/proteus-m-series.html and...

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...

... ...The angle of each antenna is 22.5 degrees and each antenna is designed for 5.8 GHz operation. The array should be phased for best directional range. ...The overall diameter dimension is 192.24 mm (7.57") and the overall height is 38.1 mm (1.50")

This setup is designed for Mavic Mini FCC version (US), operating on 5.8 GHz at maximum range. I'd appreciate it if someone could test this design and share the results in the comments section, as I'm based in EU but created this model based on...

I'd browsed the internet but I haven't found a single case for Matek Video Receiver for 1.3/1.2 GHz. I designed it to be mounted sideways on the plane however feel free to remix it the way you like. I suggest to print using PETG, because...

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:...

... Width: 53mm Length: 73mm Height: 12.5mm The ideal attachment point would be roughly 42mm in size. Designed for: The Boscam RC305 5.8 GHz AV receiver, although it might also work with similar dimensioned receivers from other manufacturers.

Abdeckung für SUB-D 25 pol.Cover for SUB-D 25 pin.

scale sub box for rc rock crawlers has two subs and amp

This is a model of a 6 ~ 18 GHz Ultra Wideband (UWB) Phased Array (45 degree angles) Antenna that I modeled from a paper titled "A Compact Ultra-Wideband Multi-beam Antenna System" by Ahmad Emadeddin, Mohammad Ali Salari, Mahdi Zoghi, Amin...

Create a YAGI-style, 2.4 GHz WiFi antenna extension using 0.75 mm² (1 mm diameter) copper rods for optimal WiFi environment. Position the rods as follows: A - 60 mm, B - 53 mm, C - 52 mm, D - 51.5 mm, E - 51 mm, F - 50 mm. For different copper rod...

This is a cover for my Fatshark goggles that incorporates a 5.8 GHz triple feed patch antenna. The design doesn't require the use of part B, which serves as the back cover, but it does expose the solder joints. ...I sourced the antenna from Realacc's...