| | Jan 19, 2012 — Chatsworth, California, USA – Dytran Instruments, Inc. (www.dytran.com) a leading manufacturer of piezoelectric and DC MEMS accelerometers, force and pressure transducers and associated electronics, has introduced the model 3224C, an ultra miniature, low profile charge mode accelerometer with sensitivity of 0.6 pC/g, designed to adhesively mount in spaces inaccessible to other types of accelerometers. The sensor features an overall height of just 0.105 inches (2.7 millimeters) and an overall weight of just 0.2 grams.
Designed to reliably operate in high temperatures up to +350°F (+177°C), the Dytran model 3224C incorporates a ceramic shear sensing element packaged in a lightweight laser welded titanium housing, with a three foot integral cable terminating to a 10-32 jack. The cable is designed to mate with several Dytran extension cables.
Due to its small size and lightweight, the model 3224C is ideal for the measurement of shock and vibration of very small objects such as printed circuit boards and board-mounted components.
For more information about the model 3224C or other products available from Dytran, or to order online, visit www.dytran.com.
About Dytran Instruments, Inc.
Established in 1980, Dytran Instruments, Inc. (www.dytran.com) is a leading manufacturer of piezoelectric and DC MEMS accelerometers, force and pressure transducers, and associated electronics. Dytran products are used extensively in aerospace, automotive, test and measurement and industrial applications. Dytran products are widely utilized for on-board measurements in a variety of aerospace, commercial and military applications. Dytran maintains a world-class facility in Chatsworth (Los Angeles) California, USA for the design, development and manufacture of accelerometers, cables and accessories. This vertically integrated facility includes engineering, administrative, manufacturing, and automated machining capabilities. In addition, Dytran products are available worldwide via a network of distributors and representatives. | |
