Home > Shop > Electronic > Lab Equipment > LCR-8200 High-Frequency LCR Meter


Features
- Wide Test Frequency 10Hz ~ 30MHz/20MHz/10MHz/5MHz
- 7” LCD color Display
- 0.08% Basic Accuracy
- Displaying Four Measurement results simultaneously from 17 selectable measurement parameters freely
- 15 steps List Measurement
- Two Curves Sweep Mode
- Internal DC Bias Voltage ±12V
- USB Storage available
- ALC function available
- Standard Interfaces : RS-232C, USB host/device, LAN, GPIB and Handler
- Universal power input

LCR-8200 High-Frequency LCR Meter
We are GST registered in New Zealand and we charge in New Zealand Dollars. Foreign-based customers please email us or call our Australian or New Zealand numbers below and we can manually process the sale without New Zealand GST. For Australian customers we can also invoice in AUD and you can pay into our Australian bank account to minimise bank fees and complexities.
Please note that you may be assessed for your countries duties and taxes on import as per your local regulations.
- Description
Description
GW Instek launches a new series of high-frequency LCR meter ~ LCR-8200, which has four models and the maximum test frequency is up to 30MHz. The entire series adopts 7-inch color display and features a high measurement accuracy (0.08%). The measurement results can be presented numerically or graphically according to the selected measurement mode, allowing users to optimally interpret the characteristics of the DUT. At the same time, a full range of standard interfaces such as USB device / RS-232C / Handler and GPIB allow users to control the instrument by the most familiar interface without worrying about additional hardware investment costs. Furthermore, the series also provides USB storage function when operating in the graphics mode. The measured characteristic curves and values of the DUT are saved for subsequent analysis. The wide variety of features of the LCR-8200 can help users easily respond to the test requirements of passive components in R&D, engineering, and production.



