Product Description
Electrical
Characteristic Impedance 50 ohm
Frequency Range DC75GHz
VSWR 110DC3000MHz
Dielectric Withstanding Voltage 4000V RMS50Hzat sea level
Dielectric Resistance 10000M Contact
Resistance Center Contact 04m
Outer Contact 1 m
High-Performance RF ConnectivityThe DIN M 4 Hole Solder connector combines excellent signal integrity with impressive durability. Its brass construction ensures longevity even in demanding environments. With a high power rating of 300 watts and compatibility with up to 7.5 GHz frequencies, this connector is perfectly suited for RF radio and device applications requiring reliable, stable connections.
Versatile Application & Ease of InstallationDesigned for flexibility, the connector features a male interface and a standardized 4-hole mount, simplifying installation in various systems. The 152.4 mm form factor allows for seamless integration into both compact and standard layouts, while the low weight facilitates handling during setup and maintenance.
FAQs of DIN M 4 HOLE SOLDER:
Q: How does the DIN M 4 Hole Solder connector benefit RF systems?
A: This connector offers low signal loss, robust power handling (300W), and stable connections up to 7.5 GHz, ensuring high-quality performance for RF radio and device applications.
Q: What materials are used in the DIN M 4 Hole Solder connector?
A: It is constructed from high-grade brass, which provides superior conductivity and corrosion resistance for reliable, long-term service.
Q: Where can I purchase the DIN M 4 Hole Solder connectors in India?
A: These connectors are available through a wide network of distributors, manufacturers, suppliers, traders, and wholesalers across India.
Q: When should I use this connector in my setup?
A: Use the DIN M 4 Hole Solder connector whenever you require a highly reliable, male interface RF connection capable of handling high frequencies and power in your setup.
Q: What is the installation process for this connector?
A: Installation involves soldering the connector to the appropriate cable or device using the four mounting holes to secure a stable fit and optimal conductivity.
Q: Can you explain the typical usage of this connector?
A: Typically, it is used in RF radios or storage channels for devices that require efficient transmission with low signal loss and high power handling.