Product News: Electronic Components & Devices

Signal Conditioner works with charge mode and IEPE sensors.

Press Release Summary:

Signal Conditioner works with charge mode and IEPE sensors.

February 13, 2012 - Microprocessor-controlled model 4020 incorporates charge amplifier when used with charge mode sensors or 4 or 10 mA, user-selectable current source with 20 Vdc compliance voltage when used with IEPE sensors. For each of its 3 channels, unit uses 12-bit DACs to set amplifier gains from 0.00-999.9 with 0.5% precision. UI facilitates programming of I/O sensitivities, which enables instrument to calculate amplifier gain, and all gain selections are stored in non-volatile memory.

Dytran Instruments, Inc. - Chatsworth, CA

Original Press Release

Microprocessor Controlled 3-Channel Signal Conditioner for Charge Mode and IEPE Sensors, Model 4020

Press release date: February 8, 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 4020, a microprocessor controlled 3-channel signal conditioner for both charge mode and IEPE sensors.

When used with charge mode sensors, the Dytran model 4020 incorporates a charge amplifier and when used with IEPE sensors, units incorporate an integral 4 or 10 mA, user selectable, current source with 20 VDC compliance voltage. A user friendly interface allows programming input sensitivity and output sensitivity, then allowing the instrument to calculate the amplifier gain. All gain selections are stored in non-volatile memory and reinitialized when power is applied. Gain can also be entered directly if desired.

A microprocessor SLEEP mode is utilized to eliminate high frequency clock noise and their associated harmonics. The microprocessor WAKES momentarily to acknowledge front panel switch depressions then goes to SLEEP immediately after processing and executing the requested function. This allows the amplifiers to operate within minimum self generated noise and provides clean, clock free signals. The 4020 also uses low noise linear voltage regulators instead, as opposed to switching regulators, to minimize interference.

For each channel, the Dytran model 4020 uses 12 bit DACs to set amplifier gains from 0.00 to 999.9 with 0.5% precision. Amplifier gains can be changed on-the-go without damage to the instrument.

A rear panel voltage selector switch allows selection of 100, 115, or 230 VAC, 50-60HZ, input power.

For more information about the model 4020 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.

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