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You are here:   The Product > Functions > Oscilloscope
News
 
 

2 new models!

After power measurement and electronics, the SCOPIX III family has now been extended with specific features for testing field buses. With the SCOPIX BUS models, you can check the physical integrity of field buses to verify the signal transmission quality with 14 protocols: KNX-DALI-CAN-LIN-FLEXRAY-PROFIBUS-RS-ETHERNET …

Find out more...

2 new models!

After power measurement and electronics, the SCOPIX III family has now been extended with specific features for testing field buses. With the SCOPIX BUS models, you can check the physical integrity of field buses to verify the signal transmission quality with 14 protocols: KNX-DALI-CAN-LIN-FLEXRAY-PROFIBUS-RS-ETHERNET …

Find out more...

OSCILLOSCOPE
 
 

Sophisticated functions ensure high performance

The SCOPIX models are the first oscilloscopes in their category to propose advanced triggering capabilities, for example on measurement thresholds. In this way, users can analyse the trigger signal or event, or search for a condition on automatic measurements (according to the level, duration, etc.). New: "Software" triggering by monitoring the tolerance interval. Available in Oscilloscope or Multimeter mode, a simple software setting is all it takes to activate this trigger mode.

Facing time constraints or special accuracy requirements? The SCOPIX models include complex triggering functions so that you only record what's necessary. The faults are stored automatically on an SD card or on a PC hard disk.

In Oscilloscope mode, the Math functions can be used to define a mathematical function for each trace, as well as vertical scaling with definition of the real physical unit. The "MATH" functions can be entered very simply either by using the simplified menu in "Standard" mode or with the equation generator in "Advanced" mode. A large number of operators are available, including +, -, x, / , sine, cosine, exponential, logarithm, square root, etc., at last allowing you to work on user-specific applications.

 They offer a bandwidth of 40 MHz to 200 MHz depending on the model.

 On the 6 models in the SCOPIX III range, the sampling rate is 2.5 GS/s per channel in one-shot mode and 100 GS/s in repetitive mode. With their 12-bit converter, they offer a wide dynamic range for input, from 156 mV / div to 200 V / div.

 Discover the other functions

Sophisticated functions ensure high performance

The SCOPIX models are the first oscilloscopes in their category to propose advanced triggering capabilities, for example on measurement thresholds. In this way, users can analyse the trigger signal or event, or search for a condition on automatic measurements (according to the level, duration, etc.). New: "Software" triggering by monitoring the tolerance interval. Available in Oscilloscope or Multimeter mode, a simple software setting is all it takes to activate this trigger mode.

Facing time constraints or special accuracy requirements? The SCOPIX models include complex triggering functions so that you only record what's necessary. The faults are stored automatically on an SD card or on a PC hard disk.

In Oscilloscope mode, the Math functions can be used to define a mathematical function for each trace, as well as vertical scaling with definition of the real physical unit. The "MATH" functions can be entered very simply either by using the simplified menu in "Standard" mode or with the equation generator in "Advanced" mode. A large number of operators are available, including +, -, x, / , sine, cosine, exponential, logarithm, square root, etc., at last allowing you to work on user-specific applications.

 They offer a bandwidth of 40 MHz to 200 MHz depending on the model.

 On the 6 models in the SCOPIX III range, the sampling rate is 2.5 GS/s per channel in one-shot mode and 100 GS/s in repetitive mode. With their 12-bit converter, they offer a wide dynamic range for input, from 156 mV / div to 200 V / div.

 Discover the other functions

Captures
 
 

New & Unique
on the Market!

In the Oscilloscope and  Multimeter modes, it is possible to capture faults by setting the parameters for Software triggering linked to monitoring of the tolerance interval.

 It is also possible to store the data acquired and automatically restart fault capture operations triggered by threshold overruns.

New & Unique
on the Market!

In the Oscilloscope and  Multimeter modes, it is possible to capture faults by setting the parameters for Software triggering linked to monitoring of the tolerance interval.

 It is also possible to store the data acquired and automatically restart fault capture operations triggered by threshold overruns.