Kathrein EMK 12 Βύσμα F-Compression 7mm

With a shielding effectiveness exceeding 100 dB and an operating range up to 3 GHz, the Kathrein EMK 12 F-Compression Connector 7mm delivers uncompromising signal integrity for satellite and broadband cable installations. This nickel-plated brass connector is engineered for 7 mm coaxial cables, ensuring a secure, corrosion-resistant termination that stands up to demanding environments.

Overview

The Kathrein EMK 12 is a male F-connector designed for compression installation, providing a reliable, permanent connection without soldering. Its 75-ohm impedance matches standard coaxial systems, while the wide inner conductor acceptance (0.6–1.1 mm) offers flexibility across cable types. The connector's return loss of >30 dB and insertion loss of <0.1 dB guarantee minimal signal degradation, making it ideal for high-frequency digital and analog signals.

What stands out

• Superior shielding effectiveness (>100 dB) prevents interference and signal leakage.
• Compression design ensures a gas-tight, moisture-resistant seal for long-term reliability.
• Nickel-plated brass construction resists corrosion, even in outdoor or humid conditions.
• Broad frequency support up to 3 GHz covers satellite, cable TV, and broadband internet.
• Compatible with 7 mm coaxial cables, a common standard in professional installations.

Technical details

• Connector type: F-connector, male
• Connection method: Compression
• Impedance: 75 Ohm
• Frequency range: 0–3000 MHz
• Compatible cable diameter: 7 mm
• Inner conductor diameter range: 0.6–1.1 mm
• Shielding effectiveness: >100 dB
• Return loss: >30 dB
• Insertion loss: <0.1 dB
• Material: Brass, nickel-plated
• Application: Satellite (SAT) and broadband cable (BK) systems
• Required tool: Compression tool

Our verdict

The Kathrein EMK 12 is a professional-grade compression connector that combines exceptional RF performance with robust build quality. Its high shielding and low loss make it a top choice for installers who demand reliability in every connection.