Description
Fluke 190-504/UN/S Offers
The scope will capture and display unknown waveform shapes, amplitudes and any disturbances. In order to display at least the fifth harmonic component of a signal, a good rule of thumb is to select a scope with a bandwidth of at least five times the maximum clock rate of the device under test. The faster the sample interval, the more accurate and detailed the scope will display a signal edge (dV/dt) and peaks of any reflections or transients.
Features
Four electrically isolated inputs
CAT III 1000 V / CAT IV 600 V safety rated
Fast sampling rate, up to 5 GS/s with up to 200 ps resolution
Deep memory: 10,000 samples per channel waveform capture so you can zoom in on the details
Dedicated 999 Count digital multimeter
Four meter measurements via scope BNC inputs in four-channel models
Connect-and-View? continuous auto-trigger, single shot, pulse width, and video triggering
ScopeRecord roll mode, capture waveform sample data for up to 48 hours
TrendPlot, trend measurement readings for up to 22 days
Advanced automatic measurements, power (Vpwm, VA, W, PF) and time (mAs, V/s, w/s)
IP-51 rated for dust and drip proof to withstand harsh environments
Isolated USB ports for memory devices and PC connectivity
Li-Ion battery for extended operating timespan
Easy-access battery door to make it easy to swap batteries
A handy slot to tether and lock down the oscilloscope while unattended using a standard Kensington? lock
Fluke 190-504/UN/S Specifications
Bandwidth
500 MHz
Number of Channels
4
Real-Time Sample Rate
5 GS/s
Inputs
4 x BNc input scope plus DMM input
Independently Floating Isolated Inputs
Up to 1000 V CAT III/600 V CAT IV between inputs, references and ground
Input Sensitivity
2 mV-100 V/div plus variable attenuation
Trigger Types
Connect-and-View?, Free Run, Single Shot, Edge, Delay, Dual Slope, Video, Video Line, Selectable pulse width, N-Cycle
Trigger Source
4 x BNC input
Glitch Capture
8 ns
Maximum Record Length
ScopeRecord Mode: 30,000 pts per input
Scope Mode: 10,000 pts per input
Persistence
Digital persistence giving analog oscilloscope-like waveform decay
Waveform Compare
Waveform reference with automatic pass/fail testing
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