Product Description
Electrical:
Characteristic Impedance 50 ohm
Frequency Range DC-40 Ghz
VSWR 1.15@DC-40GHz
Insertion Loss 0.3 dB
Dielectric withstanding Voltage 1000V Vrms at Sea Level
RF high potential withstanding Voltage 500V Vrms at 5Mhz
Insulation Resistance 3000 MOhm
High-Frequency PerformanceThis adapter is specifically designed to perform reliably in high-frequency applications, ensuring signal integrity and minimal loss. Its precise manufacturing guarantees stable connectivity, making it an ideal choice for advanced network systems.
Robust Material and Compact DesignCrafted from high-quality brass, the adapter features a compact 3cm size and a lightweight profile at 20 grams. These characteristics make it durable and easy to integrate into various network setups without impacting overall system design.
FAQs of RA 1.85mm Male to 2.4mm Female Adapter:
Q: How do I use the RA 1.85mm Male to 2.4mm Female Adapter in a high-frequency device?
A: To use the adapter, securely connect the 1.85mm male end to your equipment and the 2.4mm female end to the corresponding connector. Ensure connections are tightened properly to maintain signal integrity and performance in high-frequency devices.
Q: What are the main benefits of using this adapter for network applications?
A: This adapter offers excellent signal transmission at high frequencies, thanks to its 50-ohm impedance and power handling up to 50 watts. Its robust brass construction ensures durability, making it a reliable solution for various network environments.
Q: When is it advisable to use a 1.85mm to 2.4mm adapter in my setup?
A: Use this adapter when you need to interface equipment with mismatched connector typessuch as connecting a 1.85mm output to a 2.4mm inputespecially in high-frequency, network-based or laboratory applications.
Q: Where can I purchase this adapter in India?
A: You can acquire this adapter from authorized distributors, manufacturers, suppliers, traders, and wholesalers across India. Many providers list these adapters for commercial and industrial use.
Q: What is the manufacturing process for these adapters?
A: The adapters are precision-machined from high-quality brass, followed by rigorous quality checks to ensure conformity with high-frequency performance standards and reliable operation in professional network setups.
Q: How does this adapter ensure signal stability at high frequencies?
A: Its 50-ohm impedance and solid brass build help minimize signal loss and reflections. Tight tolerance manufacturing further secures stable, consistent signal transmission even in demanding high-frequency scenarios.