Quartz Microbalance Crystals (QCM) FAQs
To get answers to the most frequently asked questions about our Quartz Microbalance Crystals (QCM), please select one of the links below:
Quartz Microbalance Crystals are also referred to as QCM which is a piezoelectric quartz crystal that utilizes the Converse Piezoelectric Effect to determine mass changes as a result of frequency change of the crystal. Material is coated onto the crystal that attracts a certain other material. When this other material becomes attached, it lowers the crystal frequency, the amount being directly related to its mass. The mass change can be in the nanogram range.
The quartz crystal microbalance (QCM) is an extremely sensitive mass sensor, capable of measuring mass changes in the nanogram range. QCM's are piezoelectric devices fabricated of a thin plate of quartz, with gold electrodes affixed to each side of the plate.
QCM crystals are used as sensors to determine mass changes as a result of frequency changes.
The most common QCM crystal applications include chemical reaction monitors, biomedical sensors, metal deposition monitors, and environmental monitoring applications.
To order QCM crystals, ICM requires frequency, size, metalization, surface finish and mounting requirements.
The minimum order for QCM crystals is normally 4 crystals, but some metalizations may have a larger minimum.
A typical QCM crystal order takes 2 to 4 weeks.
The most common frequencies for ICM’s QCM crystals are 5.000 MHz and 10.000 MHz, although we can produce any frequency between 1.000 and 30.000+ MHz.
ICM normally plates our QCM crystals with Au (Gold). We can also plate with the following materials:
If you have more questions about our QCM products, call us today at 1-800-725-1426, fill out our contact form, email us at firstname.lastname@example.org or request an online quote for International Crystal Manufacturing radio frequency control devices – quartz crystals, oscillators, QCM crystals, filters, TCXOs / VCTCXOs, and precision crystals.
Web Design and Hosting: Oklahoma Web Design