CR4410-30

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CR4410-30 current transducers are designed for light-load operation and characterized by high-performance wide-band current measurement. They offer reliable and accurate measurements across a wide range of low-frequency oscilloscope operations. Its wide-band, distributed-magnitude-amplification (DMAM) architecture enables the device to measure current signals with a high bandwidth and low distortion. The system uses a low-noise, wide-band analog-voltage-controlled-current-source (AVCIS) architecture that amplifies a signal and then rectifies it for measurement. This results in reliable and accurate current measurement.

The CR4410-30 transducer offers a full-scale measurement range of 1 V/m to 30 V/A. The input impedance of the device is 100 kΩ, and the output offset voltage is adjustable from 0.1 V to 12 V. The CR4410-30 is designed to provide accurate measurements of currents up to 2 A with a low distortion level. The power supply requirements are 4 to 30 VDC. The transducer is also designed for use in automotive applications, or any other application that requires accurate current measurements.

The CR4410-30 current transducer is capable of a variety of functions. Its high-bandwidth, wide-range, low-noise design allows it to accurately measure signals over a wide frequency range with a high degree of precision. It is designed to measure small signals with a high degree of accuracy and stability, and to provide a reliable measure of larger signals with minimal distortion. The device offers a wide operational bandwidth, allowing it to measure signals with frequencies up to 50 MHz. Additionally, it is designed to filter out heavy noise and distortion on the measured signals, allowing the user to measure signals with greater accuracy.

The CR4410-30’s working principle is based on a superposition of simple linear differential equations. This allows the device to accurately measure any type of current signal with a wide frequency range. The device’s linearity, accuracy, and stability are all greatly enhanced by its wide-band, low-noise, distributed-magnitude-amplification architecture. The device also offers several advanced features, such as a selectable input gain, adjustable output offset, and input impedance. The device also offers a variety of calibration and adjustment features, allowing the user to easily configure the device to meet their exact specifications.

The CR4410-30 current transducer is well suited for applications in the automotive, metering, and instrumentation markets. The device can be used in a variety of test and measurement applications, including measuring motor current, battery load and capacity, power supply current, pulsed current measurements, and voltage measurements of varying frequencies. Additionally, the device is well suited for use in industrial, medical, scientific, and audio applications, as it is designed to accurately measure signals with a wide frequency range and offer advanced features such as input gain and adjustable output offset.

The CR4410-30 current transducer offers a wide-band, distributed-magnitude-amplification architecture, allowing it to accurately measure current signals with a wide frequency range and low distortion. The device offers a variety of calibration and adjustment features, enabling the user to easily configure the device for their specific application. The CR4410-30 is designed for use in a variety of test and measurement, automotive, metering, instrumentation, industrial, medical, scientific, and audio applications, making it a versatile current transducer solution.

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