UNI-T UTG1042X Arbitrary Waveform Generator | 2-Channel, 40MHz, 16-Bit
| Product number: | 202696 |
|---|---|
| Manufacturer number: | UTG1042X |
| EAN | 6935750510735 |
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Main Produkt-Features
- Superior 16-Bit Resolution: Generates signals with 65,536 amplitude levels for unmatched accuracy and minimal distortion.
- Flexible 40 MHz Bandwidth: Delivers sine waves up to 40 MHz and square/pulse waves up to 20 MHz for versatile applications.
- Dual-Channel Operation: Two fully functional, independent channels for complex stimulus-response testing.
- High Sampling Rate of 200 MSa/s: Ensures an exact reproduction of waveforms without staircase effects.
- Comprehensive Modulation Options: Includes 7 analog and digital modulation types (AM, FM, PM, ASK, FSK, PSK, PWM).
- Large Waveform Library: Access to 200 built-in waveforms covering common, mathematical, and engineering signal types.
- Integrated Frequency Counter: Measures external frequencies from 100 mHz to 200 MHz, saving the cost and space of a separate instrument.
- Sweep & Burst Modes: Enables linear and logarithmic frequency sweeps, as well as triggered burst signals for advanced testing.
Precision You Can See and Measure: The UNI-T UTG1042X
Enter the world of professional signal generation with the UNI-T UTG1042X. This arbitrary waveform generator is designed to bridge the gap between affordable entry-level devices and expensive high-end solutions. It offers an outstanding 16-bit resolution, previously unheard of in this price range, providing you with the signal quality you need for precise development, testing, and educational applications.
The 16-Bit Revolution in the Essential-Series
While most generators in this segment rely on 14-bit technology with 16,384 amplitude levels, the UTG1042X raises the bar significantly with its 16-bit architecture. With 65,536 levels—a fourfold improvement—it drastically reduces quantization noise and significantly improves signal purity. The result is smoother, more accurate waveforms, free from the artifacts common in lower-resolution instruments. Combined with a 200 MSa/s sample rate, even at the maximum frequency of 40 MHz, signals are output precisely and without unsightly staircase approximations.
Equipped for Every Application – Safe and Compliant
Whether in the electronics lab, for education, during prototype development, or in service—the UTG1042X is a versatile partner. Its two independent channels can provide stimulus and clock signals for complex circuits. Use the sweep functions to easily characterize the frequency response of filters and amplifiers, while the burst mode simulates intermittent signals. Crucially, you can be confident that the UTG1042X is a safe product that complies with all relevant EU standards, ensuring the highest levels of safety and quality. The intuitive operation via the 4.3-inch TFT display and SCPI programmability over USB complete the package, making it the ideal tool for professionals and ambitious hobbyists alike.
Technical Specifications
| Feature | Specification |
| Channels | 2 |
| Maximum Frequency | 40 MHz (Sine), 20 MHz (Square, Pulse) |
| Sample Rate | 200 MSa/s |
| Vertical Resolution | 16 bits |
| Waveform Length | 4 kpts (Arbitrary) |
| Built-in Waveforms | 200 |
| Modulation Types | AM, FM, PM, ASK, FSK, PSK, PWM |
| Sweep Modes | Linear, Logarithmic |
| Burst Modes | N-cycle, Gated, Infinite |
| Frequency Counter | 100 mHz - 200 MHz, 6 digits |
| Amplitude Range | 1 mVpp - 20 Vpp (High-Z) |
| Display | 4.3-inch TFT LCD (480x272) |
| Interface | USB Device |
Frequently Asked Questions (FAQ)
- What's the difference between the UTG1000X and more expensive models like the UTG2000 series?
- The UTG1042X delivers the same professional 16-bit resolution but focuses on essential features. The UTG2000 series adds higher sample rates, deeper waveform memory, more modulation types, and advanced functions like harmonic generation, which are needed for more specialized applications.
- What's included with the UTG1042X?
- The instrument ships with a power cable, a USB cable, and the standard manufacturer's warranty. The PC software and user manual are available for download from the UNI-T website.
- Is this device certified and safe for use in Europe?
- Yes, absolutely. The UTG1042X has been tested for conformity with applicable EU standards. It is a safe and reliable instrument for professional and educational use.
- Can I create and upload my own custom waveforms?
- Yes, you can create custom waveforms up to 4,096 points (4 kpts) in length and upload them to the generator via the USB interface and the provided software.
| Product number: | 202696 |
|---|
| Flyer: | utg1042x-uni-t-datenblatt-datasheet.pdf |
|---|---|
| Manual: | utg1042x-anleitung-de.pdf |
| Other documents: | utg1042x-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.