TAK12 Mini High Frequency Current Transformer, PCB Mounted, 20A Input, Multiple Output Options 400mA/200mA/100mA/67mA/50mA/40mA, Current Sensor (TAK12-05)

This TAK12 Mini High Frequency Current Transformer is a compact and versatile PCB-mounted sensing solution designed for precise AC current measurement applications. With an input capacity of 20A, it offers multiple selectable output current ranges (400mA, 200mA, 100mA, 67mA, 50mA, and 40mA) to accommodate various monitoring requirements. The miniature design makes it ideal for space-constrained PCB applications where efficient current sensing is crucial. This current transformer features reliable switching transducer output functionality for seamless system integration and monitoring capabilities. The robust construction ensures consistent performance in demanding applications. Its high-frequency operation capability makes it suitable for modern power monitoring and control systems where accurate current measurement is essential. Perfect for industrial automation, power monitoring, and various electronic applications requiring precise current transformation in a compact form factor. The transformer's versatile output options provide flexibility in system design while maintaining accurate current sensing capabilities.

• MINIATURE PCB DESIGN: Compact current transformer specifically engineered for space-constrained printed circuit board applications with direct PCB mounting capability
• HIGH FREQUENCY SENSING: Precision AC current measurement and sensing designed for high frequency applications with 20A input current rating
• MULTIPLE OUTPUT OPTIONS: Versatile transformer offering six selectable output current ranges - 400mA, 200mA, 100mA, 67mA, 50mA, and 40mA to suit various circuit requirements
• SWITCHING TRANSDUCER OUTPUT: Features reliable switching transducer output type for seamless integration with control systems and monitoring circuits
• DURABLE CONSTRUCTION: Built with high-quality mixture material ensuring stable performance and long-lasting reliability in current sensing applications