Handheld Digital Oscilloscopes
Can't take your oscilloscope with you to a testing application? These oscilloscopes are highly portable and allow precision tracking of signals to be carried out regardless of where you are or how heavy equipment might be.
Find out more about Handheld Digital Oscilloscopes below.
- Auto-set function optimizes the position, range, timebase, and triggering to assure a stable display of waveforms
- Peak Detect function for 50ns glitch capture
- XY Mode and FFT function to view component frequencies
- 6000-count digital multimeter
- 5.6” TFT-LCD with 640x480px resolution
- Portable and robust
- 6000-count digital multimeter
- 5.6” TFT-LCD with 640x480px resolution
- 500 MSa/s two-channel sampling rate
- 6000-count multimeter
- 5.6” TFT-LCD with 640x480px resolution
- Full isolation reduces the risk of accidental short circuits
- Three tools in one - oscilloscope, digital multimeter and recorder
- Dual-channel oscilloscope with 20MHz bandwidth
- Fluke Connect enabled
- Choice of four models with varying bandwidths and number of isolated channels
- Four modes: Oscilloscope, Multimeter, Analyser and Recorder
- Ideal for maintenance tasks within an array of sectors
- 6000-count multimeter
- 5.6” TFT-LCD with 640x480px resolution
- Two-channel sample rate: 500 MSa/s
- Three tools in one - oscilloscope, multimeter and recorder
- Handheld, compact design for use in the field
- Upgraded version of the 123B with higher bandwidth (40MHz)
- The most powerful model in the Fluke 120B series
- New features include power/harmonic measurements and BusHealth mode
- Three tools in one: recorder, multimeter and oscilloscope
- 5000-count display
- Bandwidth: 60MHz
- Two isolated inputs (up to 1000V)
- 5000-count digital multimeter
- Deep memory: store up to 10 000 samples per channel
- Fast sampling rate: up to 5.0 GS/s
- Bandwidth: 100MHz
- Four independent, floating, isolated inputs (up to 1000V)
- Deep memory: store up to 10 000 samples per channel
- 5000-count digital multimeter
- Two independent channels (up to 1000V)
- Dust- and drip-proof case with an easy-to-access battery
- Fast sampling rate: 5.0GS/s
- Deep memory: store up to 10 000 samples per channel
- TrendPlot, ScopeRecord, Replay, and Connect-and-View functions
- 5000-count digital multimeter
- Fast sampling rate: up to 5.0 GS/s
- Deep memory: up to 10 000 samples per channel
- Store up to 10,000 samples per channel
- TrendPlot, ScopeRecord, Replay & Connect-and-View Triggering
- Fast sampling rate: 5.0GS/s
- Optional 1-Year Premium Care (UK Only)
- Three-in-one motor-drive analyser
- Guided test setups
- Measurement profiles
- Optional 1-Year Premium Care (UK Only)
About Handheld Digital Oscilloscopes
Hand-held oscilloscopes are ideal for field work where a larger bench oscilloscope would not be practical. Many portable oscilloscopes are battery-powered but extremely powerful in functionality. They use digital oscilloscope technology to bring the power of the laboratory straight to the engine of a car or an electrical system where an oscilloscope and scope probes are ideal for "seeing" a problem that something like a voltmeter can only indicate.
Depending on the model, industrial scopes can be applied to numerous automotive test and analysis tasks, such as:
- Oxygen Sensor: Track the signal rise and fall time as well as the minimum and maximum peak voltage values the sensor generates as the fuel system transitions from rich to lean and back to rich.
- TPS: Throttle Position Sensor voltage variations as the wiper in the sensor moves across the carbon track resistor, changing resistance and output voltage.
- Magnetic Sensors: Monitor the AC voltage signal as the change in amplitude and frequency varies with trigger timing.
- Hall Effect Sensor: Monitor the DC voltage variations in the signal affecting frequency and signal quality.
- Data Stream and/or CAN Bus Activity: Display and record the activity found on the active data stream, identifying the presence of a communication protocol.
- Fuel Injectors and Fuel Pumps: Use as a current clamp to monitor the current ramping of the fuel injector signifying the pulse width injection timing in response to PCM fuel control. Use the current clamp to identify an open or shorted commutator segment on the rotor of a fuel pump, worn brushes, and/or seizing bushings causing an excessive current flow.
- Ignition System Performance: Display or record the high secondary voltage values to the spark plugs using a capacitive pickup or the lower primary voltage to the negative side of the coil.
- Voltage Drop: Quickly identify a high resistance connection on the power or ground side of a circuit by monitoring the DC offset values in a waveform.
- Relay and Contacts: Identify worn relay or switch contacts and any bounce in relay contacts as the relay closes.
- Recording Over Time: Use the advanced acquisition and recording features found on the ScopeMeter to acquire, store, share and recall the waveforms and setups with other users - even miles away.