Company Logo

LCR Meter

Electronics

Updated on Jan 3, 2018

View more like this | Visit NEW YORK, NY | Contact ATI
Image for LCR Meter with ID of: 2220891
ATURES
TH2810D, is a high quality high precision LCR meter for measuring DC and LC parameters of passive component. TH2810D has these main features:
1. Using newly developed technologies to achieve high accuracy
2. Large character LCD
3. Can measure SMD components
4. Comes 4-wire Kelvin clip
5. Measure both DC and AC parameters of passive components
6. Send data to a PC through RS-232C interface
DESCRIPTION:

TH2810D is recommended for measure the ACRs (AC Resistance) of our TEC modules. The TEC ACR is an indicator for TECs health strength. For a certain type of TEC, they are often made by batches. Within one batch, the lower the ACR of the TEC, the "healthier" the TEC is, the longer it lasts. Usually, installing a TEC on a heat sink assembly, the ACRs are often measured. After installation, the ACR is measured again, to prevent any mechanical damage done during the installation which may decrease the TECs life time. When the TECs are damaged or aged, the ACRs will increase. Therefore, this meter is very useful in checking the life strength of the TECs. The list below shows all the TECs of which their ACRs can be precisely measures by this LCR meter, TH2810D.

This LCR meter can also be used to measure the resistance of the resistors contained in our SMT resistor kits, see here:

http://www.analogtechnologies.com/resistorkits.html

It can also be used for measuring capacitors inside our SMT capacitor kits:

http://www.analogtechnologies.com/capacitorkits.html

It is well known that inductors have 2 parameters: inductance and DCR. TH2810D can measure both of these parameters easily. Our SMT inductor kits have many such inductors which can be precisely measures by this LCR meter:

http://www.analogtechnologies.com/inductorkits.html
goodideazs, LLC is not affiliated with the authors of this post nor is it responsible for its content, the accuracy and authenticity of which should be independently verified.