User Interface: None Charge Amplifiers and Charge Converters
from Kistler Group
The Kistler LabAmp Type 5165A... is not only an outstanding low-noise charge amplifier for dynamic signals but also a powerful data acquisition device delivering the digitized measurement values directly to a host computer for further analysis. It is configured and operated in a web-interface,... [See More]
- User Interface: None
- Maximum Output: 10
- Channels: 4
- Outputs: Analog Voltage Output
from Columbia Research Labs, Inc.
Columbia Model 5624 Charge Amplifier has been designed for use with virtually all piezoelectric transducers to form various airborne vibration and shock data acquisition systems. It features small package size and extremely low power consumption. The Model 5624 Charge Amplifier provides both... [See More]
- User Interface: None
- Maximum Output: 5.4
- Channels: 1
- Accuracy: 1
from Baumer Ltd.
Charge amplifiers convert electrical charges (pC) emitted by piezo electric sensors into a proportional output voltage. Baumer charge amplifiers ars developed for industrial applications and are equipped with a digital reset and digital range switch. • Charge amplifier for piezo electric strain... [See More]
- User Interface: None
- Form Factor: Panel / Chassis Mount
- Outputs: Analog Voltage Output
- Operating Temperature: 23 to 140
from MTI Instruments Inc.
The 41CA Two Channel Charge Amplifier is used to convert accelerometer charge signals into voltage signals. Converted signals are then easily used by the PBS-4100 family of vibration analyzers. Two channels of amplification are provided. Each channel has separate gain and switchable test signals. [See More]
- User Interface: None
- Architecture: Digital
- Channels: 2
- Function: LowPass; HighPass
from Kistler Group
Analogue amplifier for industrial application. Properties: Open measuring range 100 pC … 1000000 pC. Bandwidth ≈ 0 kHz up to 20 kHz. *Connector BNC / TNC / D-Sub 9p/15p. *Output Voltage / Current. Control via IO / RS232 [See More]
- User Interface: None
- Accuracy: 0.0500
- Channels: 4
- Outputs: Analog Voltage Output
from Columbia Research Labs, Inc.
The Columbia Series 5820 Charge Amplifiers are designed for use with virtually all piezoelectric transducers to form various airborne vibration and shock data acquisition systems. These devices feature a very small package size and extremely low power consumption. The Series 5820 Charge Amplifiers... [See More]
- User Interface: None
- Maximum Output: 2.5
- Channels: 1
- Outputs: Analog Voltage Output
from MTI Instruments Inc.
This CA1800 provides up to eight(8) channels of precision charge amplification for accelerometers and other charge mode devices. Features. Up to eight (8) channels of amplification. Self contained compact 19 inch rack mountable chassis. Independent gain settings for each channel. All input... [See More]
- User Interface: None
- Form Factor: Rack Mount
- Channels: 8
- Architecture: Digital
from Kistler Group
Digital amplifier for industrial application. Properties: Open measuring range 20 pC … 1000000 pC. Bandwidth ≈ 0 kHz up to 20 kHz. Connector KIAG 10-32 UNF neg. Interface: EtherCat, Ethernet/IP or ProfiNet. Features: Peak acquisition, Integral, Filter, etc [See More]
- User Interface: None
- Outputs: Analog Voltage Output
- Channels: 4
- Form Factor: Panel / Chassis Mount
from Columbia Research Labs, Inc.
Columbia Model 5840 Differential Charge Amplifier has been specifically designed to operate with differential output piezoelectric vibration sensors typically used in aircraft engine condition monitoring systems. It features small package size and extremely low power consumption. The Model 5840... [See More]
- User Interface: None
- Differential Channels: Yes
- Channels: 1
- Maximum Output: 5.4
from MTI Instruments Inc.
Each 55CA Charge Amplifier provides one (1) channel of charge amplification, and provides a buffered acceleration output signal as well as an integrated (velocity) signal output. Both single ended and differential outputs are provided. The 55CA Charge Amplifier conditions and amplifies charge-mode... [See More]
- User Interface: None
- Channels: 1
from Kistler Group
The miniature charge amplifier Type 5039A converts the electrical charge signals yielded by piezoelectric sensors into proportional voltages. The instrument is integrated into a rugged metal housing according to degree of protection IP-65 and conceived for industrial use. The Type 5039A is a... [See More]
- User Interface: None
- Outputs: Analog Voltage Output; Analog Current Output
- Channels: 1
- Form Factor: Panel / Chassis Mount
from Columbia Research Labs, Inc.
Columbia Series 5810 Inline Charge Converters are designed to convert the charge signal from a high impedance piezoelectric sensor into a voltage signal with low impedance, eliminating the need for costly charge amplifiers in many applications. The device can be used with all Columbia non-integrated... [See More]
- User Interface: None
- Maximum Output: 15
- Channels: 1
- Outputs: Analog Voltage Output
from Kistler Group
Charge Amplifier Type 5080A... is the successor to charge amplifier Types 5017B... and Types 5019B... . Thanks to the modular design up to eight amplifier modules can be inserted. Charge modules Type 5067A0 with BNC connector are standard, as an option it is as also possible to integrate Piezotron... [See More]
- User Interface: None
- Maximum Output: 30
- Channels: 1
- Outputs: Analog Voltage Output
from Columbia Research Labs, Inc.
The columbia Series 5812 In-Line Charge Converters are specifically designed to convert the charge sihnals from a high impedance piezoelectric sensor into a voltage signal outputwith low output impedance, thereby eliminating the need for costly charge amplifiers i many applications. This device can... [See More]
- User Interface: None
- Maximum Output: 32
- Channels: 3
- Outputs: Analog Voltage Output
from Kistler Group
The 5050B... in-line TEDS charge amplifier series contain miniature charge amplifiers that convert the charge signal from a stand-alone high impedance piezoelectric sensor into a high level voltage signal at a low impedance output. This two wire, single ended device is in five fixed gain settings... [See More]
- User Interface: None
- Accuracy: 2.5
- Channels: 1
- Outputs: Analog Voltage Output
from Columbia Research Labs, Inc.
5814. Single Axis In-Line Charge Converters. Choice of Three Conversion Gains. 10-32 Coaxial Input. Self-Contained Signal Conditioners. Utilizes Standard DC Power Supply. The Columbia Series 5814 In-Line Charge Converters are specifically designed to convert the charge signals from a high impedance... [See More]
- User Interface: None
- Outputs: Analog Voltage Output
- Channels: 1
- Form Factor: Stand-alone