OWON TAO3104 4CH 100MHz Tablet Digital Oscilloscope

€536.00 FREE shipping

The OWON TAO3104 100MHz Digital tablet oscilloscope with a Touchscreen 8'' LCD is the new portable Tablet USB Oscilloscope series that OWON has brought to the test and measurement market that requires a more portable and flexible solution in the field.

Four channels, 100 MHz

100 MHz across four channels

The OWON TAO3104 is the 100 MHz, 4-channel member of the TAO3000 tablet family — four independent inputs on an 8″ multi-touch capacitive display, in a rugged, battery-powered body built for the field.

With 1 GSa/s real-time sampling, up to 40 Mpts of record length and a 45,000 wfms/s refresh rate, it captures long sequences without losing edge detail. Multi-level triggers and optional I²C, SPI, UART and CAN decoding turn it into a genuine embedded-debug tool.

100 MHzBandwidth
4 channelsAnalog inputs
1 GSa/sMax sampling
40 MptsRecord length
8-bitResolution
OWON TAO3104 100 MHz 4-channel tablet oscilloscope

Why the TAO3104

Four channels, an 8-inch touchscreen and a rugged, battery-powered body — a full bench oscilloscope you can carry to the fault.

OWON TAO3104 8-inch 800 x 600 multi-touch screen with rotary knobs and shortcut keys

8″ touch, real knobs

An 800 × 600 multi-touch display for pinch, swipe and tap — with rotary knobs for vertical, horizontal and trigger, and shortcut keys for Autoset, Run/Stop, Single and Copy.

OWON TAO3104 input panel: four BNC channels, LAN, USB host, USB device and Pass/Fail output

Four BNC channels

Four independent 100 MHz inputs on one panel, with LAN, USB host, USB device, a Pass/Fail trigger output and the probe-compensation signal on the side.

Three ways to use the OWON TAO3000 in the field: handheld with elastic belt, on its bracket, or in the optional backpack

Built for the field

An anti-slip elastic belt on the back for one-handed use, a fold-out bracket to stand it on the bench, and an optional shoulder bag for the trip in between.

OWON TAO3000 measurement performance: low background noise, 40M record length, 45,000 wfms/s refresh, trigger types and waveform math

Deep memory, fast refresh

A low noise floor, up to 40 Mpts of record length and a 45,000 wfms/s refresh rate catch long and rare events, with ten trigger types, waveform math and optional serial-bus decoding.

Who it’s for & best applications

With 100 MHz across 4 channels on a touchscreen you can carry, the TAO3104 is made for embedded and bus debugging, multi-rail power sequencing and general four-channel bench and field work.

Ideal for
  • Field-service & maintenance engineers
  • Embedded, power & general electronics benches
  • Education, training labs & advanced makers
  • Production test and automated (SCPI / LabVIEW) setups
  • Anyone who prefers a touchscreen to a wall of knobs
Typical applications
  • General electronics, audio & power-supply debugging
  • Microcontroller & embedded development
  • I²C, SPI, UART/RS232 & CAN bus decoding (optional)
  • Signals up to 100 MHz
  • Watching four rails, buses or phases at the same time

TAO3104 specifications

From the official OWON TAO3000 four-channel series specification table and OWON product catalogue.

Oscilloscope
Bandwidth100 MHz
Channels4 analog
Vertical resolution8-bit
Real-time sample rate1 GSa/s (max)
Record length40 Mpts (max)
Waveform refresh rate45,000 wfms/s
Acquisition modesNormal, peak detect, averaging
Timebase1 ns/div – 1000 s/div, 1-2-5 steps
Vertical sensitivity1 mV/div – 10 V/div (at input)
Input impedance1 MΩ ±2%, in parallel with 15 pF ±5 pF
Input couplingDC, AC, GND
Max input voltage400 V (DC + AC peak) · CAT II, ≤ 300 Vrms
Probe attenuation0.001X – 1000X, 1-2-5 steps
Trigger typesEdge, Video, Pulse, Slope, Runt, Windows, Timeout, Nth Edge, Logic, UART/RS232, I²C, SPI and CAN (optional)
Trigger modesAuto, Normal, Single · holdoff 100 ns – 10 s
Serial bus decodingI²C, SPI, UART/RS232, CAN (optional)
Waveform math+, −, ×, ÷, FFT, FFTrms, Intg, Diff, Sqrt, user-defined function, digital filter
MeasurementsFull automatic set (period, frequency, mean, RMS, Vpp, rise/fall time, pulse width, duty, delay, phase, edge counts, area…), cursors, frequency counter
Waveform storage100 waveforms
Display, interfaces & general
Display8″ colour TFT LCD, 800 × 600, 65,536 colours, multi-touch capacitive
InterfacesUSB host, USB device, PictBridge printing, LAN, Pass/Fail trigger output, Wi-Fi (optional)
AutomationSCPI and LabVIEW; mobile app over Wi-Fi for screen mirroring and control
BatteryBuilt-in rechargeable lithium battery for cable-free field use
Dimensions270 × 191 × 48 mm
WeightApprox. 1.7 kg (without accessories)

Subject to change, errors & omissions excepted.

In the box

The TAO3104 ships ready to measure — including four oscilloscope probes, one for every channel.

OWON TAO3104 enclosure: the tablet oscilloscope with power cord, adapter, micro-USB cable, four probes, BNC-SAM adapter, probe adjuster, stand holder, CD-ROM and quick guide, plus the optional bag
  • Oscilloscope probes × 4
  • BNC-SAM adapter and probe adjuster
  • AC-DC power adapter and mains power cord
  • Micro-USB cable
  • Fold-out stand holder
  • CD-ROM and quick guide
  • Padded shoulder bag (optional)

Accessories subject to final delivery. The PC software and mobile app are free downloads — see the Downloads section below.

The TAO3000 range

Other models in the series

Want the lowest noise floor and the finest amplitude detail? The TAO3104A adds a switchable 8 / 12 / 14-bit ADC on the same 100 MHz platform. Every TAO3000 shares the same 8″ multi-touch platform, 1 GSa/s sampling, 40 Mpts memory and 45,000 wfms/s refresh rate — only bandwidth, channel count and ADC resolution differ.

Compare the full TAO3000 series

Questions about the TAO3104?

Tell us your fastest signals, how many channels you need and whether the high-resolution ADC would help — we’ll confirm the TAO3104 is the right pick, or point you to a better fit in the OWON range.

Downloads

Official OWON documentation and software for the TAO3104.

OWON does not publish a separate four-channel user manual; the quick guide above covers operation, and the SCPI protocol document covers remote programming.