Product Description
Electrical Specification
Characteristic Impedance 50 ohm
Frequency Range 03000Mhz
Input VSWR 19
Output VSWR 1.29
Attenuation 40dB
Attenuation Accuracy 1.0 dB
IMD 110 dBc
Input Connector N male
Output Connector N female
RoHS Compliance
Reliable RF ConnectivityThe SMZ Male Crimp connector is engineered to deliver efficient power transmission in RF and microwave systems. Its brass construction and precise dimensions ensure minimal loss and superior connection qualitya critical factor for high-sensitivity and low-signal attenuation environments.
Versatile ApplicationDesigned for the BT 3003 coaxial cable, this connector supports a range of applications, from laboratory tests to large-scale installations. Compatible with standard connector cable and microwave parts, it meets the needs of professionals in electronics manufacturing and testing.
FAQs of SMZ MALE CRIMP FOR BT 3003 COAXIAL CABLE:
Q: How is the SMZ Male Crimp for BT 3003 Coaxial Cable typically installed?
A: The SMZ Male Crimp connector is attached to the BT 3003 coaxial cable using a crimping tool, ensuring secure electrical and mechanical contact for reliable RF performance.
Q: What makes this connector suitable for microwave parts and RF applications?
A: Its brass material, precise sizing, and power handling capability up to 50Watt make it ideal for microwave and RF environments where signal integrity and durability are essential.
Q: When should I use the SMZ Male Crimp connector in my cable assemblies?
A: Use this connector when you require robust, low-loss connections for RF or microwave circuits, especially with BT 3003 coaxial cables, and in settings demanding reliable power transmission.
Q: Where is the SMZ Male Crimp connector commonly applied?
A: This connector is widely used in laboratory setups, industrial RF systems, telecommunications infrastructure, and microwave circuit installations throughout India.
Q: What is the process for crimping this connector onto a cable?
A: Begin by preparing the BT 3003 cable ends, then position the connector and use an appropriate crimping tool to fasten it, ensuring the connection is tight and electrically stable.
Q: What benefit does the brass material offer for this connector?
A: Brass provides excellent conductivity and corrosion resistance, contributing to long-term performance and reliability in demanding RF conditions.