Dipeshwari Engineering Works

Saijpur Bogha, Ahmedabad, Gujarat

Dipeshwari Engineering Works SHV Connector

Technical Specifications:

• Voltage Rating: Engineered for high-voltage applications.
• Frequency Range: Broad spectrum compatibility for versatile use.
• Impedance: Consistent impedance for optimal signal integrity.
• Connector Type: Specialized SHV (Safe High Voltage) design.
• Material: Premium materials for enhanced durability and reliability.
• Termination: Flexible options for solder or crimp termination.
• Insulation Resistance: High insulation resistance for effective electrical performance.
• Temperature Range: Wide operational temperature range for adaptability.
• Applications: Ideal for scientific, medical, and industrial instrumentation.
• Standards Compliance: Adheres to industry standards for superior performance and safety.
• Compact Design: Space-efficient design catering to diverse installation needs.
• Choose Dipeshwari Engineering Works for SHV Connectors that meet stringent technical specifications, ensuring precision and reliability in high-voltage connections.

Dipeshwari Engineering Works SHV Connector

Technical Specifications:

• Voltage Rating: Engineered for high-voltage applications.
• Frequency Range: Broad spectrum compatibility for versatile use.
• Impedance: Consistent impedance for optimal signal integrity.
• Connector Type: Specialized SHV (Safe High Voltage) design.
• Material: Premium materials for enhanced durability and reliability.
• Termination: Flexible options for solder or crimp termination.
• Insulation Resistance: High insulation resistance for effective electrical performance.
• Temperature Range: Wide operational temperature range for adaptability.
• Applications: Ideal for scientific, medical, and industrial instrumentation.
• Standards Compliance: Adheres to industry standards for superior performance and safety.
• Compact Design: Space-efficient design catering to diverse installation needs.
• Choose Dipeshwari Engineering Works for SHV Connectors that meet stringent technical specifications, ensuring precision and reliability in high-voltage connections.

A triaxial adapter connects triaxial cables, which have three conductors (central, inner shield, and outer shield), enhancing signal integrity and reducing noise. These adapters are essential in high-frequency and precision applications like test and measurement equipment, medical devices, and communications. Key features include excellent isolation, superior shielding, and precision performance. They come in various types to connect triaxial to triaxial or triaxial to coaxial cables, ensuring compatibility and proper impedance matching for different applications.