Tubular capacitors are high-performance dielectric components designed for optimized capacitance stability, superior electrical insulation, and long-term durability. Ideal for industrial applications, they provide reliable voltage regulation, minimal energy loss, and enhanced operational efficiency.
Product Overview
The tubular capacitor is designed using advanced technology and is widely used in medium-voltage carrier equipment to significantly enhance system performance. Its key advantages include the use of FEC error correction technology, modulation and demodulation technology, and impedance matching technology. These features help reduce transmission error rates, minimize line noise interference, and meet the impedance requirements of complex circuits. The capacitor also offers robust networking and network management capabilities, supporting relay devices to extend the transmission distance of carrier signals. It is commonly used in complex and stable medium-voltage carrier networks.
Features
- FEC Error Correction Technology: Reduces transmission error rates and ensures reliable signal transmission.
- Modulation and Demodulation Technology: Effectively reduces line noise interference, optimizing signal quality.
- Impedance Matching Technology: Efficiently matches the impedance of complex circuits, improving system stability.
- Relay Forwarding Function: Any medium-voltage carrier device can act as a relay, forwarding carrier signals to extend transmission distances.
- Strong Networking and Network Management: The master and slave units of the medium-voltage carrier system form a stable, complex network, supporting efficient network management.
Applications
- Medium-Voltage Carrier Communication Systems: Provides stable signal transmission and remote extension between the master and slave units in medium-voltage carrier systems.
- Power Communication and Monitoring Networks: Acts as a communication device connection point in power systems, ensuring efficient and stable data transmission.
- Industrial Automation and Control Systems: Used in automated control systems that require highly reliable signal transmission to ensure the accuracy and timeliness of data.
Item | Value |
Dimensions | 64*32*28mm |
Capacitance | 215pF±5% |
AC Withstand Voltage | 48KV/min |
Partial Discharge | 14.4KV < 5pc |
Lightning Impulse | 85KV |
Temperature Coefficient | ±10% / ±25% / ±35% |