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Digitizer isolated - MV6600, HV6600 series

The HV/MV 6600 isolated digitizers are high voltage/high power models. The front-end comprises extra shielding that allows you to use it in even the most demanding...

Digitizer isolated - MV6600, HV6600 series

The HV/MV 6600 isolated digitizers are high voltage/high power models. The front-end comprises extra shielding that allows you to use it in even the most demanding applications and harshest environments. The built-in dual batteries of the front-end can be recharged using an external battery loader.

Each channel can be fully programmed by remote. Safe isolation between the test and control devices in short circuit, high voltage and high power labs is achieved by fiber optic links, which also remove ground loops. It is designed especially for the Genesis HighSpeed (GEN5i, GEN7t/14t) transient recorder.

Digitizer isolated - 14 bit | 7600

The 7600 Isolated Digitizer is a powerful fourth-generation digitizer that is optimally suited for lightning or power-line monitoring applications. This isolated digitizer allows an extremely high-potential voltage measurement. It is used as the front-end for Gen series transient recorders, such...

Digitizer isolated - 14 bit | 7600

The 7600 Isolated Digitizer is a powerful fourth-generation digitizer that is optimally suited for lightning or power-line monitoring applications. This isolated digitizer allows an extremely high-potential voltage measurement. It is used as the front-end for Gen series transient recorders, such as GEN5i -GEN7t -16t. It is remote-controlled and comes with a transmitter and a receiver unit (GEN receiver card). These units are connected and isolated using a fiber-optic cable. This fiber-optic isolation helps prevent any signal and noise drifting, ground loops, and offers a completely secure separation of the test stand and test object.

The 7600 isolated digitizer works on power as well as battery. It is designed to integrate perfectly with isolation concepts that ensure that the receiver unit is supplied with unobstructed DC power supply. The analog signals are digitized with the use of an A/D converter and the maximum sampling rate is 100 MegaSamples/s and 14 bit resolution.

The digitizer is enclosed in stainless steel, making it strong and reliable for use in a variety of environments with electromagnetic interference.

Booster amplifier - max. 2 000 000 pC | PACEline CMA

PACEline CMA brings in the efficiency and reliability of measurement processes of Transducer Electronic Data Sheet (TEDS) into the piezoelectric force measurement system. It has made available...

Booster amplifier - max. 2 000 000 pC | PACEline CMA

PACEline CMA brings in the efficiency and reliability of measurement processes of Transducer Electronic Data Sheet (TEDS) into the piezoelectric force measurement system. It has made available 100% and 20% calibrated measuring ranges of nominal ranges. Electrically isolated inputs and electrical isolation from the mains between measurement signal and supply voltage, the charge amplifier meets the demanding requirements of adverse industrial environments.

PACEline CMA ensures both reliable test results and minimal set-up times due to perfect matching of transducers and charge amplifier. It offers high resolution resulting from a wide measuring range and performs signal conditioning to +/-10V analog standard signals.

Digital amplifier / booster - max. ± 600 000 pC | PACEline CMD600

The CMD600 charge amplifier is unique and one of its kind. This device has a SensorTeach function implemented on it and the only one to have such a function....

Digital amplifier / booster - max. ± 600 000 pC | PACEline CMD600

The CMD600 charge amplifier is unique and one of its kind. This device has a SensorTeach function implemented on it and the only one to have such a function. With this new function, the charge amplifier is able to automatically parameterize analog output signal during the cycle of production. This function also increases the speed of the device.

This charge amplifiers are best suitable for piezoelectric sensors and can also be used in more than one place. They can be used in production as well as the laboratory. They are very reliable, superb price to performance ratio as well as very easy to use.
KISTLER

Piezoresistive sensor amplifier - 1 - 10 V | 4603B10

The Piezoresistive Amplifier Process Controlled has parallel current output and allows voltage output that can be measured 1, 2, 5, and 10 V based from specific sensor...

Piezoresistive sensor amplifier - 1 - 10 V | 4603B10

The Piezoresistive Amplifier Process Controlled has parallel current output and allows voltage output that can be measured 1, 2, 5, and 10 V based from specific sensor measuring range. This also comes in with another version that has an output load-independent current of 0/4 20 mA. The device is compatible with every amplifier applications that can be program in dialog form. Easy monitoring through double line high contrast LCD display and 4 buttons. Furthermore, it measures different type of supply calibration current, pressure measuring range, sensor sensitivity, zero offset, zero shift, unit pressure, the low-pass filter output voltage and current.

Booster amplifier / sensor - RS-232C, USB | 5018A1000

The Kistler Single-Channel Laboratory Charge Amplifier is the perfect choice for signal conditioning of piezoelectric pressure sensors in modern...

Booster amplifier / sensor - RS-232C, USB | 5018A1000

The Kistler Single-Channel Laboratory Charge Amplifier is the perfect choice for signal conditioning of piezoelectric pressure sensors in modern internal combustion engines. They have also been found useful in the research and laboratory department of laboratories. The product is chosen because of its varied features like drift compensation for engine combustion applications, direct signal evaluation and wide measuring range. To enhance its performance even further there is an LCD display and a menu to allow the operator to handle the operations.

Booster amplifier / online - ±4 800 pC | 5027A11

This astonishing Industrial Charge Amplifer is essentially an in-line charge amplifier for...

Booster amplifier / online - ±4 800 pC | 5027A11

This astonishing Industrial Charge Amplifer is essentially an in-line charge amplifier for integration into structure. Its features include a single-channel, wide measuring range, supplied calibrated or non-calibrated, compact size in addition to being a handy accessory for adjustment on site. It is especially suitable for machine monitoring like force shunt.

Booster amplifier / miniature - 100 - 1000 pC | 5030A1

Kistler's single channel miniature Industrial Charge Amplifier is an ingenious device, which successfully converts...

Booster amplifier / miniature - 100 - 1000 pC | 5030A1

Kistler's single channel miniature Industrial Charge Amplifier is an ingenious device, which successfully converts the charge signal from piezoelectric sensors into a proportional voltage signal. This device is put into great use in monitoring machinery and processes in the manufacturing industry. Its compact sizing and sealed construction only helps in its functioning and longevity. The measuring ranges can be externally controlled.

Booster amplifier / miniature - ±50000 pC | 5039A111

This extraordinary industrial charge amplifier is a highly efficient 1-channel charge amplifier...

Booster amplifier / miniature - ±50000 pC | 5039A111

This extraordinary industrial charge amplifier is a highly efficient 1-channel charge amplifier with adjustable measuring ranges. This charge amplifier is even equipped with its own industrial case. This impeccable tool is ideally suited for integration into injection molding machines for connecting piezoelectric cavity pressure sensors mainly for visualization and control.
NATIONAL INSTRUMENTS

Digitizer - 100 MS/s, 14-Bit | NI PCI-5122

This connecting unit can work at 100 MS/s in real time with up to 2 GS/s...

Digitizer - 100 MS/s, 14-Bit | NI PCI-5122

This connecting unit can work at 100 MS/s in real time with up to 2 GS/s in sampling. It uses a 14-bit resolution rating with two sampled channels and a 100 MHz bandwidth total with a noise filter. This can work with 8 MB of memory per channel and can go to 256 MB at the most.
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