CNC milled aluminum housing. The housing is very robust. The mechanical dimensions all have a tolerance of better than 0.1 mm.
The housing and the cover plates are nickel-plated, which protects the surface quality of the aluminum for decades and at the same time ensures a low contact resistance between the housing and the cover plates.
Feed-through capacitor, designed to supply power to the unit. Here you can snap a test cable or solder a wire.
Turret connection, designed to ground the unit.
3 SMA connectors, which give you many options for your RF design. All SMA ports can be used up to 18 GHz.
2 blind cover plates for unused SMA ports. The cover plates have exactly the same dimensions as the SMA connector base plates.
Top and bottom cover plates. These parts are also CNC milled aluminum and therefore also have a mechanical accuracy of better than 0.1 mm.
Complete set of screws
Excellent RF shielding. The enclosure is fully closed and has very low impedance at all connections.
The enclosure can function as a heat sink or can be used to attach a heat sink. The enclosure design uses a raised edge to which the PCB is attached with up to 8 screws. In this way, optimum heat transfer from PCB to enclosure is made possible.
The bottom of the PCB can also be partially populated, if desired.
Check out the example PCBs on Github. They can help you get a jump start on your project.
Key specifications
Outer dimensions : 51 x 35 x 20 mm (width x depth x height)
Maximum PCB height : 1.0 mm
Suggested PCB dimensions : 26.8 x 26.8 x 1.0 (width x depth x height)
1..3 SMA ports
1 feed through capacitor and one turret terminal (ground)
Applications
RF modules and prototyping
Small batch production
Test and measurement systems
Order information
Please select the SMA connector that matches your needs. There are two types to choose from:
Brass body, gold plated SMA connector with a pin diameter of 1.3 mm, 18 GHz frequency rating.
Stainless steel, passivated, SMA connector with a pin diameter of 1.3 mm, 18 GHz frequency rating.