FAQ

Q: What is Wayne Kerr Electronics known for?

Wayne Kerr Electronics is known for its high-accuracy, quality component testing equipment, including LCR meters, impedance analyzers, and more.

Q: How can I contact Wayne Kerr Electronics for support?

You can contact Wayne Kerr Electronics for support by calling +1-800-933-9319 or emailing support@waynekerr.com.

Q: Where is Wayne Kerr Electronics located?

Wayne Kerr Electronics is located at 165L New Boston Street, Woburn, MA 01801, USA.

Q: What products does Wayne Kerr Electronics offer?

Wayne Kerr Electronics offers a range of products including LCR meters, impedance analyzers, DC bias units, test fixtures, cables, and software.

Q: How can I find replacement parts for Wayne Kerr equipment?

To find replacement parts for Wayne Kerr equipment, you can visit the Replacement page on their website or contact their customer service.

Question 1

What is purpose of trimming?

Answer

The purpose of trimming is to eliminate the effects of stray capacitance or series impedance in the connecting leads or fixture.

Question 2

What is the procedure to have my test equipment calibrated by the manufacturer?

Answer

You can either call the service center or email to service@waynekerr.com. one RMA number will be issued to each test equipment. Send the test equipment to the service center with the RMA number.

Question 3

What are the main differences between 4100 Series and 4300 Series LCR Meters?

Answer

4300 includes a LAN (Local Area Network) interface as standard 4300 supports up to 9-bin categorization in the Bin Handler mode, capable of controlling multiple binning operations in production environment 4100 supports only 2-bin categorization: Pass and Fail

Question 4

How often does the test equipment need the calibration by the manufacturer?

Answer

Wayne Kerr recommend the test equipment be calibrated by the manufacturer every six months.

Question 5

At what situations is trimming necessary?

Answer

When the lead set or fixture is changed; when the highest possible accuracy is required for measurements of very high or low impedances; and when the instrument is switched between 4-terminal and 2-terminal operation.