About Socket Mini Lemo Connector To Dual BNC Connector Cable
We supply/Manufature Dual BNC to Mini Lemo Socket Connector Cable, Specially use for T/R Probe. The
Socket Mini LEMO Connector to Dual BNC Connector Cable is a specialized cable designed for precise signal transmission and professional applications.
- Connector Type: One end features a mini LEMO socket, while the other end has dual BNC connectors.
- Purpose: Ideal for splitting signals from a single LEMO output to two BNC inputs.
- Compatibility: Used with medical devices, lab equipment, broadcast systems, and test instruments.
- Material: High-quality shielded cable ensures durability and signal integrity.
- Signal Quality: Provides low-noise transmission with minimal interference.
- Locking Mechanism: LEMO connector features a push-pull locking system for secure attachment.
- Flexibility: High-flex cable design allows easy routing in tight spaces.
- Length Options: Available in various lengths to suit different application needs.
- Impedance Matching: BNC connectors are typically 50 or 75, ensuring proper signal transfer.
- Applications: Commonly used in oscilloscopes, audio-video setups, and high-frequency test equipment.
Key Features for Reliable PerformanceThis connector cable boasts a flexible build and durable, flame-retardant PVC insulation to guarantee high signal integrity. The gold-plated brass contacts ensure precise data transmission, while the braided shield protects against electromagnetic interference. Adhering to RoHS standards, the cable offers both safety and long-lasting performance in demanding laboratory and test applications.
Versatile Applications Across IndustriesSpecifically crafted for laboratory, data acquisition, oscilloscope, and instrumentation tasks, this cable delivers accurate and instantaneous signal transmission. Its compatibility with low-voltage systems and Mini Lemo to Dual BNC interfaces makes it an ideal option for automation and manual testing environments in research, manufacturing, and service sectors.
FAQ's of Socket Mini Lemo Connector To Dual BNC Connector Cable:
Q: How do I use the Socket Mini Lemo Connector to Dual BNC Connector Cable in laboratory or test setups?
A: Simply connect the Mini Lemo (female) end to your compatible measurement equipment and plug the Dual BNC (male) ends into devices such as oscilloscopes or data acquisition modules. The flexible, shielded design ensures accurate and interference-free signal transmission during use.
Q: What is the benefit of braided shielding and gold-plated brass contacts?
A: The braided shield provides robust protection from electromagnetic interference, ensuring high signal integrity. Gold-plated brass contacts minimize resistance and enhance connectivity, offering stable and precise data transfer, particularly vital for sensitive laboratory and signal testing tasks.
Q: When should I choose custom cable lengths?
A: Custom cable lengths are recommended when your setup requires more flexibility due to unique equipment spacing, or to reduce excess slack that could cause clutter and impedance issues. Contact the manufacturer to specify your desired length for optimal fit and performance.
Q: Where can this connector cable be used effectively?
A: This cable is ideal for environments requiring accurate signal transmission, such as research laboratories, test & measurement facilities, and automated equipment interfaces. It's well-suited for manual instrumentation applications and supports humidity ranges from 0-95% RH and temperatures from -20C to +60C.
Q: What is the process for ordering and receiving the product in India?
A: You can order the cable through authorized exporters, manufacturers, service providers, suppliers, or traders across India. The product is securely packaged in a polybag to prevent damage, and comes with a 6-month manufacturer warranty for peace of mind.
Q: Which equipment types are compatible with the Socket Mini Lemo and Dual BNC connectors?
A: This cable is engineered for interfaces using Mini Lemo (female) and Dual BNC (male) ports, commonly found in oscilloscopes, data loggers, test benches, and other scientific instrumentation requiring high-accuracy and instantaneous response.