Minimize connection stress with proper cable routing and strain relief, while maintaining 50-ohm impedance matching throughout your system.

Are you looking for a reliable connector solution for your RF and microwave applications? Our Female To Female GPO Adapter delivers exceptional performance for connecting two RF/microwave devices with GPO male interfaces. This precision-engineered adapter extends signal paths while maintaining signal integrity in demanding environments. This GPO adapter meets MIL-STD-348 standards and is fully SMP-compatible, ensuring consistent performance across a wide frequency range for communication and test equipment.

Our adapter maintains excellent signal quality across its entire operating range. With a normal VSWR of 1.15:1 up to 40GHz, you get negligible flag reflection. The inclusion misfortune remains moo at fair .1√f (GHz), guaranteeing your signals remain solid and clear.
We use only premium materials in our construction:
The center-to-center spacing of 0.170 inches allows for increased package density in your systems. This compact footprint helps you save valuable space while maintaining full functionality.
Our adapter handles up to 3 degrees radial and 0.03 inches axial misalignment, ensuring easy installation without performance loss.
| Parameter | Specification |
|---|---|
| Impedance | 50 Ohms nominal |
| Frequency Range | DC to 40 GHz |
| VSWR | 1.15:1 to 40GHz typical |
| Insertion Loss | .1√f (GHz) |
| Temperature Range | -65°C to 165°C |
| DWV @ Sea Level | 500 Vrms |
| Insulation Resistance | 5,000 megohms minimum |
| Contact Resistance (Outer) | 3 milliohms maximum |
| Contact Resistance (Inner) | 6 milliohms maximum |
Our adapters deliver impressive durability:
We test every adapter to rigorous military standards:
Your wireless communication equipment benefits from our adapter's stable performance. Whether you're working on base stations or mobile equipment, our Female To Female GPO Adapter maintains signal quality throughout the system.
Laboratory environments demand precision. Our adapter provides the accuracy you need for critical measurements. The low insertion loss and excellent VSWR make it ideal for test setups.
Harsh situations require vigorous arrangements. Our MIL-STD compliant connector withstands extraordinary temperatures and natural conditions whereas keeping up performance.
RF medical devices require reliable connections. Our adapter ensures consistent performance in medical imaging and therapeutic equipment.

Always align the connectors carefully before engagement. The spring-loaded mechanism provides positive connection feedback. Apply steady pressure during mating to ensure proper seating.
Regular inspection extends adapter life. Check for wear on contact surfaces and ensure clean connections. Store in protective packaging when not in use.
Minimize connection stress with proper cable routing and strain relief, while maintaining 50-ohm impedance matching throughout your system.

With decades of mastery in accuracy RF components, we give cutting-edge connector arrangements from our Chang'an office, serving businesses like unused vitality, therapeutic, communications, military, and computerization. Our commitment to quality implies each item experiences thorough testing some time recently shipment.

Need something particular for your application? We offer full customization administrations to meet special necessities. Our experienced building group collaborates with you to create custom-made arrangements, guaranteeing your correct determinations are met for ideal execution.

Ready to upgrade your RF connections? Our adapters, including the Female To Female GPO Adapter, provide the performance and reliability your applications demand. Contact our technical team for assistance in selecting the right configuration for your needs.
For technical support, custom orders, or product inquiries, reach out to us at postmaster@cymicrowave.com. We're here to help you find the perfect connector. Choose our precision adapters for reliable performance in demanding applications.