Capacitance Inductance Tester Calibrator Calibration Solution for Capacitance and Inductance Meters
| Capabilities of the Equipment |
Capacitance inductance tester calibration device according to the set capacitance inductance value and input test voltage value, real-time simulation of AC current output, the output current amplitude by the simulation of the impedance value and the input voltage amplitude decision. The phase of the output current is determined by the impedance form. When the working mode is inductive measurement, the output current lags behind the test voltage by 90 degrees, and when the working mode is capacitive measurement, the output current exceeds the test voltage by 90 degrees. The instrument can track the test voltage range is AC 0-200V, can real-time output current range AC 0-20A.
| Input voltage measurement |
AC 0-200V,
measurement error 0.2% setting +0.02 |
| Output current measurement error |
0.2% +0.02V |
| Capacitive inductance measurement error |
0.2% (current greater than 0.2A, voltage greater than 2V) |
| Analog capacitance inductance control accuracy error |
less than 1% |
| Output current |
AC 0-20A,
control error 0.5% setting +0.05A |
| Output current waveform distortion rate |
less than 1.0% |
| Operation mode |
touch screen |
| Storage data |
not less than 1000 groups |
| Input power supply |
AC120V 10% 45-65Hz |
| Working environment |
Temperature:0~50 degrees
Humidity:<95% |
| Automatically generate WORD format test report |
| What are some common issues that can arise if the capacitance and inductance tester is not properly calibrated? |
Measurement Inaccuracy: Improper calibration can lead to inaccurate readings of capacitance and inductance values. This can result in incorrect assessment of component characteristics, leading to faulty designs, improper component selection, or ineffective troubleshooting.
Unreliable Results: Without proper calibration, the tester may provide inconsistent or unreliable measurement results. This can lead to uncertainty and lack of confidence in the obtained values, making it difficult to make informed decisions based on the measurements.
Equipment Damage: Inaccurate calibration can cause the tester to apply incorrect voltage or current levels to the components under test. This may result in excessive stress or damage to the components, leading to their malfunction or failure.
Poor Quality Control: In industries where capacitance and inductance measurements are critical for quality control, such as electronics manufacturing, improper calibration can lead to substandard products reaching the market. This can negatively impact the overall product quality and customer satisfaction.
Compliance Issues: Many industries have specific regulations and standards that require accurate capacitance and inductance measurements. If the tester is not properly calibrated, it may fail to meet these standards, leading to compliance issues and potential legal or regulatory consequences.
| What are some common signs that indicate a capacitance and inductance tester needs recalibration? |
Inconsistent Readings: If the tester starts providing inconsistent or erratic readings for capacitance and inductance measurements, it could be a sign that the device needs recalibration. Wide variations in readings for the same component or unstable measurements are indications of potential calibration issues.
Drifting Measurements: If the capacitance and inductance readings gradually shift over time without any changes in the tested components, it suggests that the tester may be experiencing drift. Drifting measurements indicate that the device's calibration may have deviated from the accurate values.
Failed Verification Tests: Regularly performing verification tests using known capacitance and inductance components is a good practice. If the tester consistently fails these verification tests by providing readings outside the acceptable tolerance range, it indicates that the device's calibration may be off.
Changes in Environmental Conditions: Significant changes in the calibration environment, such as temperature or humidity, can impact the accuracy of capacitance and inductance measurements. If the tester has been exposed to extreme environmental conditions, it may require recalibration to account for these changes.
Time Since Last Calibration: Following the recommended calibration schedule is essential for maintaining accurate measurements. If it has been a long time since the last calibration, it is advisable to consider recalibrating the tester to ensure its continued accuracy.
Manufacturer's Recommendations: Check the manufacturer's guidelines and recommendations for the specific tester model. They may provide insights into the expected lifespan or recommended recalibration intervals for the device.
- Voltage measurement input is strictly prohibited to exceed AC200V, otherwise it may cause damage to the instrument.
- The maximum current output is AC20A, when testing, please use enough size of test current to connect to the instrument output channel.
- Voltage measurement and current output must not be reversed.
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