KMB519 PCB Mount Trigger Transformer, Current Sensor, 1kHz-50kHz Frequency Range, Below 2000A, Polymer Material, Analog Output (KMB519-211)

The KMB519 PCB mount trigger transformer is a specialized current sensing component designed for precision applications requiring accurate signal isolation in the 1kHz to 50kHz frequency range. This compact transformer handles currents below 2000A, making it ideal for power electronics, industrial control systems, and monitoring equipment. Utilizing advanced optical-electronics sensor theory, it delivers reliable analog output signals that integrate seamlessly with various control and data acquisition systems. The durable polymer construction ensures consistent performance across demanding operating conditions while maintaining a compact footprint for efficient PCB mounting. With its high-precision current sensing capabilities and robust design, this trigger transformer serves as a critical component in applications where accurate current measurement and electrical isolation are essential. The analog output format provides versatility for interfacing with standard instrumentation and control circuits, making it suitable for both new designs and retrofit applications in industrial and commercial settings.

• HIGH PRECISION SENSING: Advanced optical-electronics sensor technology delivers accurate current sensing for applications up to 2000A in the 1kHz to 50kHz frequency range
• PCB MOUNT DESIGN: Compact trigger transformer features convenient PCB mounting configuration for easy integration into circuit boards and electronic assemblies
• DURABLE CONSTRUCTION: Built with high-quality polymer material ensuring long-lasting performance, reliable operation, and resistance to environmental factors
• ANALOG OUTPUT: Provides analog sensor output for seamless compatibility with various control systems, monitoring equipment, and data acquisition devices
• VERSATILE APPLICATION: Model KMB519 current sensor ideal for power monitoring, motor control, industrial automation, and electrical measurement systems requiring precise current detection