UNI-T UPO1102 Digital Storage Oscilloscope | 100 MHz, 2 Channels, 1 GSa/s, 56 Mpts
| Product number: | 202697 |
|---|---|
| Manufacturer number: | UPO1102 |
| EAN | 6935750511275 |
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Main Product-Features
- 100 MHz Bandwidth & 2 Channels: Ideal for precise measurements in education, development, and service.
- 1 GSa/s Sample Rate: Captures even the fastest signals and steep edges with the highest accuracy.
- 56 Mpts Memory Depth: Records extremely long waveforms without reducing the sample rate.
- 500,000 wfms/s Capture Rate: Reliably finds rare signal anomalies thanks to innovative Ultra Phosphor 2.0 technology.
- 7-inch TFT Display: Provides a brilliant, intensity-graded waveform display for intuitive analysis.
- Web Remote Control via LAN: Allows full access and control of the device via any web browser on the network.
- Integrated Analysis Functions: Includes 36 automatic measurements, FFT spectrum analysis, and a DVM module.
- EU-Conform & Safe: The product is tested, safe, and complies with all relevant EU standards for professional use.
UNI-T UPO1102: Precision and Performance for Your Lab
The UNI-T UPO1102 is more than just an oscilloscope; it's a versatile analysis tool designed for the demanding requirements of modern electronics. Whether in education, embedded systems development, power supply testing, or mobile field service, this device delivers reliable and precise results. Its intuitive operation and powerful features make it the first choice for engineers, technicians, and students.
Ultra Phosphor 2.0: See What Others Miss
At the heart of the UPO1102 is the revolutionary Ultra Phosphor 2.0 display technology. It visualizes the frequency of signal events through varying color intensities. Frequently occurring signal parts are displayed brighter, while rare anomalies or glitches remain clearly visible. Combined with the high waveform capture rate of 500,000 wfms/s, you won't miss any detail, drastically speeding up troubleshooting.
Deep Memory, High Sample Rate: No Detail is Lost
With an impressive memory depth of 56 Mpts, you can record long waveforms without compromising the 1 GSa/s sample rate. Capture complex, non-periodic signals in their entirety and then zoom deep into the details to find the root cause of a problem. This combination is crucial for analyzing serial buses, switched-mode power supplies, and mixed digital signals.
Full Control, Wherever You Are: Web Remote Control
Simply integrate the UPO1102 into your local area network (LAN) and access the full user interface from any web browser. No software installation is required. Adjust settings, view live waveforms, take screenshots, or transfer measurement data—all conveniently from your PC. This feature is ideal for automated test setups, training rooms, or team collaboration. For professional use in Europe, safety is paramount. The UNI-T UPO1102 has been rigorously tested and is fully compliant with all relevant EU standards. You are investing in a measuring device that is not only precise but also absolutely safe and reliable.
| Feature | Specification |
|---|---|
| Bandwidth | 100 MHz |
| Channels | 2 |
| Sample Rate (Real-time) | 1 GSa/s |
| Memory Depth | 56 Mpts |
| Waveform Capture Rate | 500,000 wfms/s |
| Display | 7-inch TFT LCD (800x480) with Ultra Phosphor 2.0 technology |
| Automatic Measurements | 36 types, with statistics |
| Analysis Functions | FFT Spectrum Analysis, Digital Voltmeter (DVM) Module |
| Trigger Types | Edge, Pulse Width, Slope, Video, Pattern |
| Serial Bus Decoding | Optional (RS232, I2C, SPI, CAN, LIN, etc.) |
| Connectivity | USB Host, USB Device, LAN, VGA Out, AUX Out, EXT Trigger |
| Remote Control | Web-based via LAN |
Frequently Asked Questions (FAQ)
Is serial bus decoding included?
No, protocol decoding for buses like I²C, SPI, CAN, etc., is available as an optional software license and is not included as standard.
What exactly is Ultra Phosphor 2.0 technology?
Ultra Phosphor 2.0 is UNI-T's intensity-graded display technology. It shows the frequency of waveform occurrence using color intensity. Signals that appear more often are brighter, making it easier to distinguish normal signal behavior from rare anomalies.
Does the oscilloscope support digital channels (mixed-signal)?
No, the UPO1000 series, which includes the UPO1102, is an analog-only oscilloscope series. For mixed-signal capability with digital channels, please see the MSO/UPO2000 series.
Is the device approved and safe for use in the EU?
Yes, absolutely. The UPO1102 has been designed and tested in accordance with European directives. It is fully compliant with the relevant EU standards, making it suitable for safe, professional use throughout the European Union.
| Product number: | 202697 |
|---|
| Flyer: | upo1102-datenblatt-datasheet.pdf |
|---|---|
| Manual: | upo1102-anleitung-deutsch.pdf |
| Other documents: | upo1102-user-manual-english.pdf |
Manufacturer
Company Name
Uni-Trend Technology (China) Co., Ltd.
Address
No.6, Gong Ye Bei 1st Road, Songshan Lake National High-Tech Industrial Development Zone,
Dongguan City, Guangdong Province, 523 808, CN
Phone
(+86-769)85723888
EU Responsible Person
Company Name
P+C Schwick GmbH
Address
Bergisch Born 87A, 42897 Remscheid, NRW, Germany
E-Mail
info@schwick.de
Phone
+492191598280
Safety Instructions
⚠️ Safety and Warning Instructions for Measurement and Testing Equipment
Before using our measurement and testing equipment (such as multimeters, current/ground fault clamps, voltage testers, laser and environmental measuring devices, laboratory power supplies, oscilloscopes, and testing and inspection tools), please be sure to observe the following warnings:
Electrical Safety & Voltage Hazards (Danger to Life)
- Risk of electric shock: Check devices and test leads for damage (e.g., cracks in the insulation, exposed wires) before each use. Damaged devices or cables must never be used!
- Measurement categories (CAT): Pay attention to the permissible overvoltage category (e.g., CAT III 600V, CAT IV 300V). Never use the devices in mains circuits that exceed the specified category or the maximum rated voltage/current.
- Voltage-free condition: Perform resistance, continuity, diode, or capacitance measurements exclusively on voltage-free circuits. Capacitors must be discharged before measurement.
- Fuses: Replace defective fuses in multimeters exclusively with the exact same type (usually high-resistance ceramic fuses with the same voltage and current specifications). Never bypass them!
- Grounding & Lab Power Supplies: Operate mains-powered test equipment (e.g., oscilloscopes, lab power supplies, function generators) only from properly grounded outlets. Incorrect voltage or current settings on laboratory power supplies can destroy connected components, which can lead to fire or explosion (e.g., of electrolytic capacitors).
Laser Radiation & Optical Hazards
- Eye injuries: Many devices (laser rangefinders, infrared thermometers, tachometers) use aiming lasers. Never look directly into the laser beam and do not point it at people or animals.
- Reflections: Caution around reflective surfaces! The laser beam can be deflected and unintentionally strike the eye.
- Risk of glare: Borescopes and inspection cameras often have very bright LEDs. Do not look directly into the light source.
Heat, fire hazard & environmental conditions
- Risk of burns: When using thermal imaging cameras or contact thermometers to measure hot components (e.g., in industrial settings or on engines), there is a risk of accidentally touching hot surfaces. The measuring device itself does not protect against the heat of the test object.
- Wetness & Moisture: Never use electrical measuring instruments in wet, damp, or extremely condensing environments unless they explicitly have a corresponding IP protection rating. Moisture inside the device can lead to fatal short circuits.
- Explosion hazard: The devices are generally not EX-protected. Do not use them in environments containing explosive gases, vapors, or dust.
Mechanical hazards & handling
- Rotating machine parts: When using tachometers, anemometers, or stroboscopes on running machines, there is an extreme risk of entanglement. Maintain a safe distance and do not wear loose clothing, have your hair down, or wear dangling jewelry. Ensure that test leads do not come into contact with moving parts.
- Falls & Equipment Damage: A dropped measuring device (e.g., multimeter, insulation tester) may be internally damaged, which means protection against electric shock is no longer guaranteed. If in doubt, have the device tested at 230V before using it again.
- Magnetic fields: Some devices or mounts contain strong magnets. Keep them away from pacemakers, magnetic data storage devices, and sensitive electronics.
General Information & Health
- Technical expertise: Work on electrical systems (especially those operating at 50V AC / 120V DC or higher) must only be performed by appropriately trained professionals.
- Batteries: Remove batteries/rechargeable batteries if the device is not used for an extended period of time to prevent damage and burns caused by leaking battery acid.
- Children: These high-precision test and measurement devices are not toys. Keep them out of the reach of children.