This DIN(M) to N(F) adaptor is designed for high-frequency RF and signal transmission applications, supporting frequencies up to 7.5GHz. It features a DIN male connector on one end and an N-type female connector on the other, allowing for easy interfacing between different connector types. This adaptor is ideal for use in telecommunications, broadcast systems, and test equipment, providing reliable signal transfer with minimal insertion loss. Its durable construction ensures long-term performance in both laboratory and field environments. |
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DIN(M) TO N(F) ADAPTOR 7.5GHZ
₹290
Specifications:
- Connector Types:
- DIN Male:
- Connector Type: DIN (Deutsches Institut für Normung)
- Gender: Male (with a central pin and surrounding shield)
- N Female:
- Connector Type: N-Type
- Gender: Female (with a central socket and surrounding shield)
- DIN Male:
- Frequency Range:
- Up to 7.5 GHz: The adapter is engineered to work efficiently at frequencies up to 7.5 gigahertz, suitable for high-frequency RF applications.
- Impedance:
- Typically 50 Ohms:
- DIN Connectors: Often 50 ohms for RF applications.
- N Connectors: Typically 50 ohms as well. Ensuring impedance matching between the adapter and your system is crucial to avoid signal reflection and loss.
- Typically 50 Ohms:
- Mechanical Construction:
- Material: Usually made from high-quality metals such as brass or stainless steel, with plating options like gold or nickel to enhance conductivity and resist corrosion.
- Design: Designed to provide a secure and reliable connection between DIN Male and N Female connectors, maintaining signal integrity.
- Applications:
- RF Testing: Connecting RF equipment or devices with DIN and N connectors in test environments.
- Communication Systems: Bridging connections between devices or cables with DIN and N interfaces.
- Microwave Systems: Connecting components in systems that operate at higher frequencies.
- General RF Applications: Where a transition between DIN and N connectors is required.
- Typical Features:
- Low Signal Loss: Designed to minimize signal degradation and ensure efficient signal transfer between different connector types.
- Durability: Built to withstand frequent use and provide reliable performance over time.






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