Product Description
N TYPE BNC TYPEDINTYPE SMA TYPE F TYPE N TYPE1WN MDUMMY LOAD3GHZ 2WN MDUMMY LOAD3GHZ5 WN MDUMMY LOAD3GHZ 10W...5 W DIN M DUMMY LOAD3GHZ.
Ads
N TYPE BNC TYPEDINTYPE SMA TYPE F TYPE N TYPE1WN MDUMMY LOAD3GHZ 2WN MDUMMY LOAD3GHZ5 WN MDUMMY LOAD3GHZ 10W...5 W DIN M DUMMY LOAD3GHZ.
Ads
Precision Engineering for Signal IntegrityEngineered with a brass body and PTFE insulator, the DC Block N male to N female connector ensures high durability and minimal signal loss. Gold-plated center contacts maintain a consistent, low-resistance connection, while the robust nickel-plated finish adds both reliability and longevity to the component.
Versatile RF and Microwave ApplicationsIdeal for diverse RF and microwave systems, this DC block is tailored for antennas, radio transmitters, laboratory setups, and industrial electronic circuits. Its wide frequency range (DC to 6 GHz) and 10-watt power handling capability meet demanding application needs.
Outstanding Performance and Safety FeaturesThe devices high insulation resistance, stringent VSWR, and excellent RF leakage specifications deliver superior safety and performance. Blocking DC voltages up to 100V while allowing seamless RF signal transmission, it protects sensitive downstream equipment from electrical surges and interference.
FAQs of DC Block for N male to N female connector 6Ghz 10watt:
Q: How does a DC block with N male to N female connectors function in an RF system?
A: This device is designed to block DC currents up to 100V DC while allowing seamless transmission of RF signals within 0 to 6 GHz. It helps protect sensitive RF equipment from unwanted DC voltages without introducing significant loss or interference.
Q: What applications are best suited for this DC block?
A: It is ideal for RF and microwave applications such as test and measurement setups, telecommunications, signal transmission lines, and industrial electronic circuits, where both DC isolation and reliable high-frequency performance are required.
Q: When should I consider using a DC block in my RF setup?
A: Use a DC block whenever you need to prevent DC voltage from passing through to downstream devices or when connecting equipment with different DC grounding references that could cause interference or damage.
Q: Where can this DC block be used geographically and in what industry roles?
A: This product is available across India and serves as an essential component for manufacturers, distributors, traders, suppliers, wholesalers, and engineers in sectors like telecommunications, research labs, broadcasting, and industrial electronics.
Q: What is the process of installing this DC block in my system?
A: Simply connect the N male end to your RF source and the N female end to your device or system, ensuring compatibility with 50 Ohm impedance. The robust threaded connectors provide a secure and reliable connection.
Q: How does the DC block ensure minimal signal loss and high RF leakage protection?
A: It achieves low insertion loss (0.15 dB @ 6 GHz) through precision engineering and quality materials, and delivers excellent RF leakage protection (80 dB @ 2.4 GHz) to minimize interference and ensure signal security.
Q: What are the benefits of using a RoHS-compliant DC block?
A: A RoHS-compliant DC block ensures that the product meets environmental standards for hazardous materials, providing both user safety and regulatory compliance within modern electronic and RF infrastructure.