When you need reliable testing for GPPO (SSMP) connectors, our GPPO Coaxial Connector Test Probe delivers exceptional precision and durability. Planned for experts in hardware testing, these tests guarantee exact estimations of electrical execution parameters like contact resistance and voltage standing wave proportion. With progressed beryllium copper development and gold-plated contacts, our test tests give reliable comes about over requesting applications in broadcast communications, restorative gadgets, and accuracy hardware manufacturing.

You'll appreciate the astute building behind each test we fabricate. Our group at Shaanxi Chuangyu Electronic Innovation has refined these disobedient to meet the most exacting testing requirements.
The contact components utilize beryllium copper for fabulous versatility and brass with difficult gold plating for ideal conductivity. This combination guarantees moo contact resistance whereas keeping up long-term strength through thousands of test cycles.
These tests work viably from DC to 18GHz, making them flexible instruments for different RF testing scenarios. Whether you're working on fundamental network checks or complex high-frequency estimations, our tests keep up reliable performance.
Operating dependably from -30°C to +85°C, these tests handle challenging natural conditions without compromising estimation exactness.

Your testing operations will benefit from the precision design of our coaxial connector test probes. They're particularly valuable for:
The robust construction of the GPPO Coaxial Connector Test Probe means you can count on consistent performance even under heavy use. With up to 10,000 mate/demate cycles, these probes represent excellent value for high-volume testing environments.

Our manufacturing process follows strict quality control standards, ensuring each probe meets precise specifications. The PTFE insulators provide excellent dielectric properties, while the beryllium copper housing offers both durability and electrical performance.
The internal spring mechanisms are carefully calibrated to provide optimal contact force. This ensures reliable connections without causing damage to delicate connector interfaces. Your test results will be more accurate and repeatable.

| Parameter | Specification |
|---|---|
| General Specifications | |
| Impedance | 50 Ohms nominal |
| Frequency Range | DC to 18GHz |
| Operating Temperature | -30°C to +85°C |
| Electrical Performance | |
| VSWR | 1.25:1 to 18GHz typical |
| Insertion Loss | .15 √f (GHz) |
| DWV @ Sea Level | 500 Vrms |
| Insulation Resistance | 5,000 megohms minimum |
| Contact Resistance (Outer) | 10 milliohms maximum |
| Contact Resistance (Inner) | 15 milliohms maximum |
| Materials | |
| Housing | Beryllium copper, gold plated |
| Center Contacts | Beryllium copper, gold plated |
| Insulators | PTFE |
| Mechanical Specifications | |
| Mate/Demate Cycles | 10,000 cycles |
| Internal Needle Elasticity | 1.5N@2.0mm |
| Inner Conductor Max Stroke | 3.0mm |
| Outer Conductor Spring Force | 4N@1.5mm |
| Outer Conductor Max Stroke | 3.0mm |
Located in Xi'an's Chang'an Innovation and Technology Industrial Park, we specialize in precision electrical connectors and RF testing solutions. Our focus on innovation has led to over 200 specifications of millimeter wave connectors and 400+ cable assembly variants.
Your success drives our innovation. We've developed solutions that reach the leading domestic level while achieving international product standards. Our photovoltaic test probes have proven their reliability with service lives exceeding 5 million cycles.

The precision and reliability of our GPPO Coaxial Connector Test Probe can improve your testing accuracy and operational efficiency. With proven performance across diverse industries including telecommunications, medical devices, and automotive electronics, these probes represent a smart investment in your quality assurance processes.
For technical questions or custom probe inquiries, our team stands ready to assist. You can reach us at postmaster@cymicrowave.com for detailed discussions about your testing needs.