HIGH PRECISION MEASUREMENT: Features accuracy within 0.7% and exceptional linearity of 0.1% full scale for reliable current sensing from 0 to 100A input range
WIDE BANDWIDTH CAPABILITY: DC to 200KHz frequency response enables accurate monitoring of both steady-state and fast-changing current signals in various applications
VERSATILE OUTPUT OPTIONS: Provides rated output of 2.5V±2V or 1.65±0.625V with 5V±5% supply voltage for flexible integration with microcontrollers and data acquisition systems
ROBUST DESIGN: Operates reliably across -40 to +85°C temperature range with 3KV galvanic isolation for enhanced safety and protection in demanding environments
COMPACT PCB MOUNT: Lightweight construction at approximately 10 grams with through-hole pins for easy installation on printed circuit boards in space-constrained designs
Description
The QNHC3 Hall Effect Current Sensor is a precision electronic component designed for accurate single-phase current measurement in a wide range of applications. This compact transducer accommodates input currents from 6A up to 100A, making it versatile for various electrical monitoring needs. With a rated output of 2.5V±2V or 1.65V±0.625V and a 5V supply voltage requirement, it integrates seamlessly into existing circuit designs. The sensor delivers exceptional accuracy at ≤0.7% with outstanding linearity of ≤0.1% full scale, ensuring reliable and consistent measurements. Its impressive bandwidth spanning DC to 200KHz makes it suitable for both steady-state and dynamic signal monitoring. The device features 3KV galvanic isolation for enhanced safety and operates reliably across a wide temperature range from -40 to +85 degrees Fahrenheit. Weighing approximately 0.35 ounces, this lightweight sensor is ideal for space-constrained applications. The PCB-mount design with through-hole pins simplifies installation, while customization options allow for application-specific configurations. This current transducer is an essential component for power monitoring, motor control, battery management systems, and industrial automation applications.