Laboratory charge amplifiers LabAmp with data acquisition, for dynamic and or quasi-static signals, up to 8 channels / LabAmp

Name: Laboratory charge amplifiers LabAmp with data acquisition, for dynamic and or quasi-static signals, up to 8 channels
Brand: Kistler
SKU: P0000289

L'amplificateur de charge de laboratoire LabAmp 5167A mesure les signaux dynamiques PE et IEPE, les signaux de tension statiques et dynamiques.

The versatile LabAmp charge amplifier family with integrated data acquisition is suitable for quasi-static and/or dynamic measurements with piezoelectric sensors & dynamometers but also Piezotron (IEPE) sensors, or sensors with voltage output.

PTP-synchronized LabAmp types 5167A and 5165A for 6-component force measurement and 3 pressure pulse measurements of combustion instabilities in the combustion chamber.

LabAmp

The versatile LabAmp charge amplifier family with integrated data acquisition is suitable for quasi-static and/or dynamic measurements with piezoelectric sensors & dynamometers but also Piezotron (IEPE) sensors, or sensors with voltage output.

Principales caractéristiques / avantages

Measuring ranges from ±100 to ±1000000 pC
Frequency ranges cover piezoelectric signals down to ≈0 Hz but also up to 100 kHz
Integrated 24-bit data acquisition with up to 200 kSps per channel
Fully flexible low-pass, high-pass, and notch filter adjustment
Analog outputs with fully flexible 2-point scaling and internal routing
Two Ethernet interfaces with included switch functionality
PTP synchronization for data acquisition with multiple devices

The Kistler LabAmp 5165A and 5167A are universal laboratory charge amplifiers for measurement of force, acceleration, pressure, reaction torque and strain using piezoelectric sensors. The dual-mode charge amplifier 5165A measures dynamic PE and IEPE signals as well as static/dynamic voltage signals where the 5167A measures both quasi-static and dynamic signals from any piezoelectric sensor. The Kistler LabAmp provides low-noise measurements with flexible signal conditioning as well as powerful data acquisition with high fidelity data directly to a host computer for further analysis. Multiple LabAmp charge amplifiers can be connected and synchronized without any additional wires. For example, digitized quasi-static forces from a piezoelectric dynamometer can be simultaneously measured with dynamic IEPE accelerometers. This makes the LabAmp product family a modular data acquisition system.