Force Balance Sensor Technology from Clumbia Research Laboratories

Inside the technical information we can read explanation about force, output, current, type accelerometers, response, high frequencies, maximum, composite, jewel, repeatability, support, force balance accelerometers, input, high performance, balance accelerometers, and performance. This technical information presents info about scale, mechanical force, sensor, threshold, effects, inclinometer, mechanical input, percentage, columbia research laboratories, axis, viscous media, hysteresis, strain gage, force balance technology, and performance characteris.

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Lots of discussion such as accuracy, pivot, frequency, force balance, balance, scale factor, force balance, factor, sampling resistor, research laboratories, technology, cross axis, balance accelerometer, force balance sensor, internal displacements, and data are presented in the technical information. Below are taken from the technical information:

The servo force balance accelerometer offers significant performance and accuracy advantages. This fact is evident by their extensive use in applica ons requiring 0.1% or be er overall accuracy. Unlike conven onal accelerometers, the servo type contains a freely suspended mass constrained by an electrical equivalent mechanical spring. There are two classes of servo force balance accelerometers: the pendulous type, having an unbalanced pivo ng mass with angular displacement, and the non‐pendulous type, having a mass which is displaced linearly. The behavior of all accelerometers is explained by Newton’s second law of mo on: Force equals mass mes accelera on.

Furthermore, this technical information explains info things like advantages, mass, vibra, accelerometer, force balance accelerometer, force generator, nominal scale factor, balance sensor, nominal scale, displacements, servo, pendulous mass, suspended mass, input axis, and damping.

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