HAW 10-P

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Current transducers are used to measure electrical current, convert an analog AC signal into voltage signals, or amplify weak signals. HAW 10-P current transducers, available from Anderson-Negele, are designed to provide sensitive and accurate measurements of low-level signals. With its wide operating frequency range, the HAW 10-P is ideal for applications in the industrial sector, automotive industry, telecom, and other fields.

The HAW 10-P utilizes a special rectangular waveform input signal to accurately measure, capture and convert the signals from a variety of sources into a digital format. The frequency range of the device is from 2.5KHz to 200KHz, making the HAW 10-P suitable for a range of applications from primary communication systems to power conversion. The operating temperature range is from -20°C to 70°C, making the HAW 10-P well-suited for use in extreme environmental conditions.

The HAW 10-P features a low leakage current, a wide dynamic range, and tight measurement accuracy. The device is protected against short circuits and transients, and is capable of supporting a wide range of voltage and current levels. The HAW 10-P is also equipped with an SCR circuit, which helps to reduce power consumption and extend the life of the device.

The working principle of the HAW 10-P is based on the principle of electromagnetic induction. When a low voltage signal is applied to its input terminals, the voltage is converted into an electrical current. This current is rectified and filtered by the rectifying and filtering circuit, which in turn is converted into a digital signal. The digital signal is then amplified and converted back into its original analog form.

The HAW 10-P is designed for high speed data transmission, making it suitable for applications such as machine control systems, robotics, and other industrial automation systems. It can also be used to acquire and measure intermittent signals, as well as to generate single-shot pulse signals. The device is also equipped with a range switching control, which allows the user to select the appropriate voltage or current range for the application.

In conclusion, the HAW 10-P is an efficient current transducer. It is a reliable device that is capable of accurately measuring a wide range of voltage and current signals. Its wide operating frequency range and wide dynamic range make it suitable for a variety of applications. Its low power consumption and extended operating life make it ideal for industrial and commercial applications. With its robust design, the HAW 10-P is a reliable and efficient current transducer.

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