 |
| Quantity: | |
|---|---|
TD2010, a set of DC high-current standards. Modular design, a single current standard can output from 0 to 600 A, and multiple current standards can be connected in parallel to output a maximum DC current of 100 kA. The optional accuracy classes are 0.01%, 0.02% and 0.05%.
The high current is output by a bus-bar which is connected by flat copper bars, equip a special wiring bracket for high-current, is convenient to connect the shunts or sensors.
Application (0.01%)
Calibrate DC shunts (class 0.05 and below)
Combine with 4 TH0200 DC current ratio standards and 2 TH0310 high-power reference resistors to be a set of high-current self-trace ratio standard, and the ratio accuracy is up to 0.5 ppm to 2 ppm. Applied to calibrate high-precision current ratio standards and DC current sensors, and also can be worked in DC+AC mode, applied to new energy industries such as wind energy and solar energy, as well as electric vehicles and motors.
Measure the resistance of DC shunts to get the basic error
Analyze the key parameters such as power factor and TMF
Record and draw the R(I), R(t) curves of DC shunts
Features
High Stability and Accuracy of Current: A built-in broadband current comparator for current measurement and control. The typical peak stability and variance stability of class 0.01 are 15 ppm/h and 6 ppm/h.
Voltage Measurement: A built-in 7 digits DC voltmeter, the maximum measuring range is up to 11 V with a 50 Vpk overload capability.
Good Safety Performance: Overload protection, open-circuit protection and error recognition features. High reliability ensures continuous operation for 24 hours, so it provides conditions for continuous testing of special products (such as military or defense products) for 72 hours and above.
Small Electromagnetic Interference: Abandon the SCR which of low cost but large electromagnetic interference, minimize the harmonics to reduce pollution to the power supply network and maintain the purity of the electromagnetic environment.
Good Economy: The efficiency is better than 80% under full load.
Connection: The current source is equipped with communication interface, easy to build automatic test system. The high-current output is programmed to control the rise and fall slowly, which reduces the current surge and avoids the power overshoot on the DUT.
TD2010, a set of DC high-current standards. Modular design, a single current standard can output from 0 to 600 A, and multiple current standards can be connected in parallel to output a maximum DC current of 100 kA. The optional accuracy classes are 0.01%, 0.02% and 0.05%.
The high current is output by a bus-bar which is connected by flat copper bars, equip a special wiring bracket for high-current, is convenient to connect the shunts or sensors.
Application (0.01%)
Calibrate DC shunts (class 0.05 and below)
Combine with 4 TH0200 DC current ratio standards and 2 TH0310 high-power reference resistors to be a set of high-current self-trace ratio standard, and the ratio accuracy is up to 0.5 ppm to 2 ppm. Applied to calibrate high-precision current ratio standards and DC current sensors, and also can be worked in DC+AC mode, applied to new energy industries such as wind energy and solar energy, as well as electric vehicles and motors.
Measure the resistance of DC shunts to get the basic error
Analyze the key parameters such as power factor and TMF
Record and draw the R(I), R(t) curves of DC shunts
Features
High Stability and Accuracy of Current: A built-in broadband current comparator for current measurement and control. The typical peak stability and variance stability of class 0.01 are 15 ppm/h and 6 ppm/h.
Voltage Measurement: A built-in 7 digits DC voltmeter, the maximum measuring range is up to 11 V with a 50 Vpk overload capability.
Good Safety Performance: Overload protection, open-circuit protection and error recognition features. High reliability ensures continuous operation for 24 hours, so it provides conditions for continuous testing of special products (such as military or defense products) for 72 hours and above.
Small Electromagnetic Interference: Abandon the SCR which of low cost but large electromagnetic interference, minimize the harmonics to reduce pollution to the power supply network and maintain the purity of the electromagnetic environment.
Good Economy: The efficiency is better than 80% under full load.
Connection: The current source is equipped with communication interface, easy to build automatic test system. The high-current output is programmed to control the rise and fall slowly, which reduces the current surge and avoids the power overshoot on the DUT.
