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Sigma DSO Workstation Series
All Sigma models have a 10.4" SVGA color touch-screen display,
sophisticated array of real-time measurements, 100 baseT, PCI expansion slot,
USB, SVGA output, PC audio in/out, mic in, RS-423 and parallel interfaces in an
integrated Windows PC. Sigma series scopes have a standard active IntelliProbe
interfaces which seamlessly integrates probe ID, scaling and probe power.
Optional SynchroscopeŽ Module which enables rotational measurements and
independent dual monitor mode make a Sigma series scope a versatile choice.
Sigma 30 - High Resolution DSO
Workstation
Includes four channels of 10MS/s, 12-bit digitizers, 5MHz bandwidth, 200kS/s
memory per channel. Software switchable to 2 channel differential.

Sigma 60 - High Speed DSO Workstation
Operates as an 8-bit DSO at 200MS/s, with 200MHz bandwidth or as a 10-bit
four channel DSO at 2.5MS/s. Includes 200kS/memory per channel.
Sigma 90 - Mixed Mode High Resolution
or High Speed DSO Workstation
Operates as a 12-bit DSO at 10MS/s with 5MHz bandwidth or as an 8-bit DSO at
100MS/s, with 25MHz bandwidth. Includes Enhanced Analysis and 1 MegaWord memory
per channel. Available in a (Sigma 90-4) or eight (Sigma 90-8) channel
configurations.
Sigma 100 - High Speed and High
Resolution DSO Workstation
This is Sigma's top of the line model incorporating 100 MS/s 12-bit
digitizers on every channel with 25 MHz bandwidth and 1 MegaWord of memory
standard. Available in four (Sigma 100-4) or eight (Sigma 100-8) channel
configurations. The eight channel configuration offers a Dual Timebase Mode.
Sigma 100HV - High Voltage DSO
Workstation
Specifically designed to meet IEEE1122 and IEC61083 standards for high
voltage impulse applications. Includes four channels of 100 MS/s 12-bit
digitizers per channel, 25 MHz bandwidth, 1 MegaWord memory per channel and an
enhanced magnetically shielded RF enclosure. Optional Lightning Impulse Software
performs transfer function and switching impulse analysis. Measures T1, T2, Up
of lightning impulse waveforms to IEC 60, IEC 61083, IEEE 4, IEEE 1122, IEEE
1223 specifications.
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