The current input supports two connection methods: direct connection and through-core connection.

• Direct Connection: Utilizes standard current terminals, suitable for measuring smaller currents with a nominal input range of 0.1 A to 200 A.

• Through-Core Connection: Features an aperture designed for easy threading of large-gauge conductors, suitable for measuring high currents with a nominal input range of 500 A to 20 kA.

The secondary output signal can be selected as either voltage type or current type.

• Voltage Output (I/V Type): Provides a nominal output of 1 V, facilitating connection to precision voltmeters for current conversion and measurement.

• Current Output (I/I Type): Provides a nominal output range of 0.1 A to 5 A. It is suitable for calibrating DC ratio standards (current comparators), DC I/V conversion standards, DC current transformers, and for extending the current range of DC power meters.

• Users can establish a precision current measurement system by combining the TH0530, a precision voltmeter, and a stable current source.

• This setup enables precision measurement of high currents or provides accurate, stable DC/AC current signals for test devices or loads.

• Another typical application of the type I / V transform is paired with a precision voltmeter to calibrate the AC high current standard source / meter.

• Using the I/V type TH0500, you can calibrate the DC shunt, current transducer and other I/ V transform devices in the following two methods.

• Calibration by difference method: The selected TH0500 is in the same proportion as the tested I/V, and a micro voltmeter such as a nanovoltmeter is used for calibration

• Calibration by voltage ratio method: The selected TH0500 is not proportional to the tested I / V and is calibrated using a voltage ratio measurement device. (Note: For the calibration of type I /I conversion standard such as current comparator and DC current transformer, type I/ I TH0500 is recommended as the standard; the secondary series standard resistance being tested I / I is also used as described in the method above figure.)

• I/I type TH0500 can be used to calibrate DC current comparator, current transformer and other I/I conversion equipment according to the following two methods.

• Calibration by difference method: the selected TH0500 is in the same proportion as the tested I/I μA micro ammeter for calibration.

• Calibration by current ratio method: TH0500 selected is not in the same proportion as the tested I/I, and the current ratio measuring device is used for calibration

• The TH0530 can be paired with high-voltage V/V conversion equipment (typically such as the TH0170 Precision DC Voltage Divider) and standard power/energy meters (typically such as the TH1300 AC/DC Power and Energy Measurement Standard) to form a high-voltage, high-current power/energy precision measurement system.

• This system is used for measuring the output power of high-power sources, the efficiency of conversion equipment, and for calibrating high-current power sources, power meters, and other devices.