American Aerospace Controls (AAC), has released a new series of bi-directional current transducers capable of accurately following extremely fast (DC and/or AC) current waveforms. The 929 Series consumes a very low 80 to 270 mW during operation, and provides an ultra fast response to complex current waveforms in the range of DC to 350 KHz. (read more)

AC Current Transducer from Time Mark Corporation. The Model 278 AC Current Transducer is designed to accept an AC current input, and provide a proportional DC output. A linear transformer input is coupled to a solid-state output amplifier. (read more)

The Model 2780 AC Current Transducer is designed to accept an AC current input, and provide a proportional DC voltage output. A linear transformer input is coupled to a solid-state output amplifier. (read more)

Superior Accuracy and Stability Over Wide Temperature Range... (read more)

Output: 4-20mA, (2-Wire, loop power), Closed-Loop Technology, Superior Accuracy and Stability Over Wide Temperature Range... (read more)

True RMS 4-20mA Current Loop Output CT TMQ80A~1000A-CL420
♦ Highly reliable Open Loop Hall Effect device
♦ Faster response time than temperature sensing
♦ Excellent linearity of the output voltage over a wide input range
♦ VFD and SCR type waveforms current measurement
♦ True RMS output
♦ 4-20mA current loop output (read more)

Highly reliable Hall Effect device

High isolation voltage between the measuring circuit and current-carrying conductor(AC2.5KV)

Compact and light weight (read more)

♦ Excellent linearity of the output voltage over a wide input range
♦ Excellent frequency response (> 50 kHz)
♦ Low power consumption (12 mA nominal)
♦ High isolation voltage between the measuring circuit and the
current-carrying conductor (AC2.5KV) (read more)

Highly reliable Hall Effect device

Excellent linearity of the output voltage over a wide input range

Frequency response(> 50kHz)

Extended operating temperature range (read more)

Provide an isolated bi-polar output directly proportional to the input current. The output signal tracts the input current waveform and recreates almost any AC, DC, transient or complex current combination. (read more)