    |
PCI-42X/43X Digital Oscilloscopes |
Download PDF |
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
This product line consists of the PCI-421, PCI-422, PCI-423, and PCI-425 Single Channel Digital Oscilloscopes and the PCI-431, PCI-432, PCI-433, and PCI-435 Dual Channel Digital Oscilloscopes. Each oscilloscope in this product line has the capability to capture transient waveforms and also has an Equivalent Time Sampling (ETS) circuit that extends the equivalent sampling rate to 200 Gigasamples/second (GSPS) when acquiring repetitive signals. This extraordinary 5 picosecond equivalent sampling is unmatched by any card-based oscilloscope in the world and in most cases outperforms the sample rates found on box-based oscilloscopes costing 5 to 10 times more money. Each oscilloscope in this product line fits into the ISA expansion slot of a PC, and features seven vertical voltage ranges, AC/DC coupling, offset control, and timebases from 500 ps/div up to 200 ms/div. Bandwidths for the product line range from 100 MHz to 300 MHz. For more information, download the .pdf of the complete, detailed data sheet and specifications. |
Click
image to view a larger graphic. Fastest ETS Sample Rate in the World - 300 MHz, 200 MHz, and 100 MHz Bandwidths - 200 GSPS Equivalent Sampling Rate - 7 Voltage Ranges |
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
The PCI-431 is used by telecom test engineers to test the data recovery capability of a subsystem. |
Test and production engineers use these oscilloscopes for measuring telecom signals (e.g. T1 and E1), mass-media signals (e.g. overwrite tests), power supply ripple, and wideband communication signals. Also, these oscilloscopes are excellent for the measuring instrument in frequency response analyzers, time-domain reflectometers, and impedance analyzers. And, these oscilloscopes can be found in ATE systems for automotive testing, medical testing, and component evaluation systems. |
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
By combining the measurement performance of a box-based oscilloscope,
with the system throughput and ease-of-test development of a card-based instrument, these
oscilloscopes have been satisfying the requirements of test engineers and system
integrators for many years. And, your test equipment budget will also benefit from the
excellent performance/price ratio of these oscilloscopes.
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Volts/Division * |
|||||
| Model | Channels | Bandwidth | Input | Maximum | Minimum |
| PCI-421 | One | 100 MHz | 1 M Ohms | 1 V/Div | 10 mV/Div |
| PCI-422 | One | 100 MHz | 1 M Ohms | 5 V/Div | 50 mV/Div |
| PCI-423 | One | 200 MHz | 1 M Ohms | 1 V/Div | 10 mV/Div |
| PCI-425 | One | 300 MHz | 50 Ohms | 500 mV/Div | 5 mV/Div |
| PCI-431 | Two | 100 MHz | 1 M Ohms | 1 V/Div | 10 mV/Div |
| PCI-432 | Two | 100 MHz | 1 M Ohms | 5 V/Div | 50 mV/Div |
| PCI-433 | Two | 200 MHz | 1 M Ohms | 1 V/Div | 10 mV/Div |
| PCI-435 | Two | 300 MHz | 50 Ohms | 500 mV/Div | 5 mV/Div |
