Vendor: Uni-T
Type: DC Power Supply
Price: 1399.00

UNI-T UDP4303S Programmable Linear DC Power Supply

Introducing the new UDP4303S Programmable Linear DC Power Supply from UNI-T. This advanced power supply brings cutting-edge performance, precision, and versatility to your workspace, making it the ideal tool for engineers, technicians, and researchers alike. Whether you're conducting critical testing, prototyping, or ongoing production work, the UDP4303S will deliver accurate and reliable results, ensuring your projects move forward with confidence.

The UDP4303S boasts four fully isolated channels, enhanced resolution, fast sampling, and a host of advanced features designed to meet your most demanding needs. With its intuitive interface and robust protection mechanisms, this power supply guarantees ease of use while maintaining safety and performance standards.

Key Features & Benefits:

• Four Independent Channels (CH1 & CH2: 32V/3A, CH3: 15V/3A, CH4: 6V/10A)
  Provides flexibility for various applications, whether you need high voltage or high current, without the need for external wiring.
• High-Resolution Output with Low Noise
  Achieve ultra-fine resolution down to 1 µA for more accurate testing. With low ripple voltage and noise, the UDP4303S ensures that the quality of your output is pristine.
• Fast Sampling Rate (8 kSa/s)
  Captures transient changes and provides highly detailed data, perfect for applications requiring high-fidelity outputs.
• 1ms Programming Resolution
  Allows for precise control and output of arbitrary waveforms, improving your ability to fine-tune performance across all four channels.
• Multiple Display Styles on a 4.3-Inch LCD Screen
  Offers six different interface styles to suit your testing preferences, ensuring clarity and ease of data interpretation.
• Remote Control & Web Access
  Manage the power supply remotely via LAN, USB, or web browser, offering flexibility for large-scale operations or difficult-to-access setups.
• Comprehensive Protection Features
  Includes adjustable overcurrent protection (OCP), fast transient response (<50 μs), and overvoltage protection (OVP) to ensure the safety of your devices.

Why Choose the UDP4303S?

• Ultra-Fine Control for Precise Results
  The UDP4303S offers programming and read-back resolutions of 1mV and 1μA, ensuring that your projects can achieve the highest levels of precision. Ideal for sensitive applications like battery testing or sensor development, where even minute fluctuations can have significant impacts.

• Improved Workflow Efficiency
  The UDP4303S supports list and delayer functionality, making it easier to automate complex tests. Save up to 10 status files, list files, and delayer settings directly on the device or to a USB for quick retrieval in future projects.

• High Sampling and Fast Transient Response
  Capture fast-moving signals or power fluctuations with a sampling rate of 8 kSa/s. The UDP4303S is ideal for applications requiring real-time adjustments and high data accuracy, allowing you to monitor and respond to changes as they happen.

• Enhanced Protection for Safety
  Protect your sensitive devices and circuits with fast, adjustable overcurrent protection (OCP) that can be customized to respond in as little as 3ms. The adjustable delay feature ensures false triggers are minimized, improving reliability in high-stakes testing scenarios.

Advanced Features That Set It Apart

• Customizable Display Styles
  Choose between six different interface styles to match your workflow preferences and improve ease of use.

• Bleeder Circuit
  The controllable bleeder circuit allows for flexible battery testing by enabling or disabling the circuit based on the test needs. Turning it off prevents unnecessary discharge, preserving battery life, while turning it on allows for rapid voltage reduction during stress tests. This feature ensures precise control, making it ideal for accurate battery diagnostics and performance evaluations.

• Channel Tracking
  The UNI-T UDP4303S allows users to synchronize settings between channels for efficient multi-channel operation. When enabled, any adjustments made to one channel automatically apply to the corresponding channel, streamlining workflow and saving time. This is particularly useful for scenarios requiring consistent outputs across multiple channels, ensuring faster, more accurate testing.

• Full Channel Remote Compensation
  This feature on the UNI-T UDP4303S ensures accurate voltage readings by compensating for any losses over long test leads across all four channels. Additionally, it supports reverse connection and overvoltage protection, safeguarding both your equipment and test devices. This combination guarantees precision and safety, making it ideal for complex testing environments.

• Series and Parallel Operation
  Effortlessly configure series or parallel outputs for more demanding applications, with no performance degradation.

• Complete Data Management & Analysis
  The built-in recorder logs voltage, current, and power across all channels, ensuring that all critical data is saved and easily retrievable for later analysis.

• Flexible Testing Configurations
  With its series and parallel output capabilities, you can effortlessly switch between high-voltage and high-current needs, without the need for cumbersome rewiring. The 4-channel full isolation ensures there’s no crosstalk, giving you the flexibility to configure setups that meet your exact requirements.

Vendor: Uni-T
Type: Digital Oscilloscopes
Price: 15999.00

MSO7000X series integrates 9 instrument functions, which includes Digital Oscilloscope, Logic Analyzer, Function/Arbitrary Waveform Generator, Spectrum Analyzer, Digital Voltmeter, High-Precision Frequency Counter, Protocol Analyzer, Jitter/Eye Analyzer and Power Analyzer. This oscilloscope offers a cost-effective solution for advanced users.

• Bandwidth: 2GHz (also available: MSO7104X: 1GHz)
• Vertical Resolution: 8-bit, 12-bit ERES
• 4 Analog Ch/16 Digital Ch, Logic Analyzer software and probes are optional
• Max Sample Rate: 10GSa/s per channel
• Max Memory Depth: 1Gpts (single channel), 250Mpts (all channels)
• Max Capture Rate: 2,000,000 wfms/s (sequence mode), 800,000 wfms/s (UltraAcq® mode)
• Arb Waveform Generator: Dual Channel 60MHz option
• 15.6-Inch UltraPhosphor 3 Touchscreen Display
• 5-Year Warranty

Features and Benefits Summary

The 9-in-1 "X-Factor"

Digital Oscilloscope

• Bandwidth: 1GHz/2GHz
• Maximum real-time sampling rate: 10GSa/s
• Maximum memory depth: 1 Gpts
• 4 analog channels, 1 external trigger channel

Logic Analyzer (Option)

• 16-channel logic analyzer can be used with purchase of MSO7000X-LA Logic Analyzer upgrade and a UT-M15 logic analyzer probe (option)
• Maximum sampling rate: 1.25 GSa/s
• Maximum memory depth: 125 Mpts
• Minimum detectable pulse width 3.2ns
• Digital probe provides high 8-bit and low 8-bit signal input port, it simplifies the connection of DUT. When connecting to square pins, UT-M15 can be connected directly to 8x2 square pins 2.54 mm
• Logic analyzer probe UT-M15 has great electrical features, the input impedance is 100kΩ±2%

Function/Arbitrary Waveform Generator (Option)

• 60 MHz independent dual channel output
• Sampling rate: 625 MSa/s
• Vertical resolution: 16-bit
• Built-in multiple standard waves: Sine, square, pulse, ramp, arbitrary, noise, and DC
• AM, FM, PM, and sweep output

Spectrum Analyzer

• Standard enhanced FFT, up to 1 Mpts, 4 channels signal analysis
• Frequency range: 0 Hz to 2 GHz
• Supports multiple spectrum view displays: Amplitude spectrum, Power spectrum, Psd, Real part, Imaginary part, Phase spectrum.
• Two spectrum analysis windows can be added simultaneously to meet the visual display under different window functions.

Digital Voltmeter

• 4-digit voltmeter
• DC/ACRMS/AC+DCRMS
• Limit alarm

High-Precision Frequency Counter

• 8-digit hardware frequency counter
• Adjustable frequency counter refresh time and effective digit
• Totalizer

Jitter Analysis & Eye Diagram

• Evaluate the clock jitter, data jitter and eye diagram openness of serial data communication systems
• Test the signal integrity, clock synchronization and anti-interference ability of high-speed digital signal transmission systems
• Evaluate the performance of clock and data recovery systems, including clock extraction, data demodulation and clock reconstruction, etc.
• Evaluate the transmission performance, timing consistency and signal integrity of high-speed interfaces
• Locate clock jitter, signal distortion and frequency interference

Protocol Analyzer

• 11 kinds of trigger protocol and decoding, including computer serial bus, embedded serial bus, automobile, aerospace, and audio
• Decoding can be operated in the pause and record modes
• Event list and search function

Power Analyzer (Option)

• Power quality test: By testing the voltage, current and power at the input terminal, the quality of the input AC line can be effectively evaluated
• Harmonic analysis test: The harmonic situation of the voltage/current at the power input terminal is analyzed, and the input signal is subjected to FFT to obtain each harmonic component
• SMPS switching loss test. The MSO7000X is equipped with 1Gpts memory depth, which can analyze multiple cycle waveforms in the ms time base range, complete the measurement of power and energy losses of switching devices, and ensure the power conversion efficiency
• SMPS Loop stability test. By using the Bode plot and gain/phase margin measurement, designers can determine the stability of the power supply control loop.
• MOSFET/IGBT SOA mask test: To ensure that the switching device can complete a reliable design, the SOA test of the power chip parameters must be carried out before designing the circuit to ensure that its working conditions such as voltage, current, load change, and junction temperature do not exceed the SOA stress template
• Ripple test: The MSO7000X in HD mode with 12 bits can effectively suppress out-of-band noise and perfectly restore the real output ripple.

Advanced Features

Patented UltraAcq® technology

Outfitted with the groundbreaking UltraAcq® technology and a dedicated single-press button, this oscilloscope leaps into an ultra-fast acquisition mode, boasting a real-time capture rate of 800,000 waveforms per second. By minimizing dead time to an imperceptible <1μs, it ensures sporadic digital issues like runt pulses and glitches are no longer elusive. Doubling as a DSO and UPO, the MSO7000X is versatile yet intuitive—effortlessly switching viewing modes to highlight signal anomalies or assess waveform integrity. You can focus on the superimposed waveforms to quickly discover sporadic signal abnormalities, or switch to a single waveform to focus on the true signal quality of the waveform. For the discerning professional, this instrument isn't just a purchase; it's a pivotal investment in reliability, ushering in a new standard for waveform analysis.

Unparalleled triggering capability

The MSO7000X series is equipped with more than 22 kinds of advanced trigger modes, and all modes are equipped with memory depth of 1Gpts as standard. When you are debugging complex systems, you can easily find abnormalities in extremely long data. More than 11 kinds of serial trigger modes help you quickly debug in complex bus debugging, enabling you to have unprecedented insight into signal details. The flexibly configured zone trigger allows the waveform to roam in the configured area, quickly isolating irrelevant signals. The area trigger can reduce the workload during capture or manual search, quickly find key events allowing you to easily complete your debugging and analysis work.

Powerful mathematical waveform operations

Any signal processing system can be regarded as a filter. such as the 20MHz bandwidth limit of an oscilloscope, can be regarded as a low-pass filter, which is used to filter high-frequency noise in the signal. Compared with analog oscilloscopes, digital oscilloscopes have obvious advantages. For example, analog oscilloscopes are affected by circuit components, and it is costly and difficult to achieve high-order filter design. High-order filtering can be easily achieved by digital filter. Digital filter can be implemented as infinite impulse response (IIR) and finite impulse response (FIR), and you can choose which filter designer to apply according to the design requirements. The MSO7000X can specify the filter to be applied to the mathematical waveform through the Math function, adding support for standard filters and user-defined application-centered filter designs.

The MSO7000X supports the following filter types：

• High pass
• Low pass
• Band pass
• Band stop
• Butterworth
• Chebyshev I
• Chebyshev II
• Elliptic
• Sampling
• Remez
• Window

Multi-window, flexible layout

Have you ever been unable to switch between multiple tasks during the use of the oscilloscope; needed to frequently switch applications when multiple measurement items were carried out simultaneously; been distressed that the layout designed by the manufacturer did not meet your aesthetic standards; been limited by the number of windows and wanted to expand the task windows? The MSO7000X window design will help you solve such troubles. It is specially designed for engineers, and the thinking is more in line with the working habits of engineers.

• When using multiple windows, you can：
• Move and zoom the waveforms in a single window
• Drag the window to change the layout and adjust the window size arbitrarily
• Set the pop-up window to be pinned, the event table to be floating or embedded; reduce frequent switching between multiple windows
• Perform full screen/split screen for the independent window and maximize the display
• Adjust the waveform brightness of the independent window arbitrarily
• Perform cursor measurement on the waveform of the independent window

MATLAB embedded programming

The MSO7000X creates dozens of advanced mathematical function operations for users. Users only need to input according to the function parameter prompts to call the function formula to perform operation processing on the waveform.

Want to learn more about this impressive instrument? Interested in a demo or rental? Call us at 888-668-UniT (8648) or email us today

Vendor: Uni-T
Type: Waveform Generator
Price: 6359.00

Transform your testing encounters with the UNI-T UTG9604T Waveform Generator

Featuring an array of advanced functionalities, the UNI-T UTG9604T Elite-Series Arbitrary Waveform Generator is your gateway to precision, versatility, and unparalleled performance. Step up your testing capabilities with the UTG9604T waveform generator, a genuine game-changer for your engineering pursuits.

UNI-T UTG9504T Key Specifications:

• Maximum Frequency: 600MHz
• Channel: 4
• Arbitrary Wavelength: 64Mpts
• Maximum Sampling Rate: 2.5GSa/s
• Vertical Resolution: 16bits
• Minimum Edge Time: within 1.5ns, adjustable duty ratio
• Maximum Output Swing: 20Vpp
• Digital Protocol Output: SPI, I2C, UART
• Screen Display: 10.1-inch capacitive touch screen, 1280*800 resolution

UNI-T UTG9604T Top Features:

• Direct Digital Synthesis (DDS) Function: This device incorporates the Direct Digital Synthesis (DDS) function, providing a high-precision, stable, pure, and low-distortion signal. Additionally, it excels in generating high-frequency waves with rapid rising and falling edges. As a high-performance, multifunction four-channel arbitrary function generator, it boasts a user-friendly touch screen, superior technical specifications, and a graph display designed for enhanced work performance. This versatile product is designed to meet both current and future testing requirements, offering a multitude of capabilities to support various applications.

• Digital Protocol Output: Equipped with three standard serial protocols–SPI, I2C, and UART–UTG9604T allows users to compile corresponding parameters and generate serial signal waveforms for each protocol. This functionality serves to test and verify protocol interfaces, providing input signals for interface assessment. This feature enhances the specificity and effectiveness of interface measurements during operations.
• Frequency Meter: Incorporated within is a built-in frequency meter, simplifying the process of testing frequency signals. To perform the test, connect the signal to the "counter" on the rear panel, and the result will be readily obtained.
• Channel Merging: UTG9604T offers the capability to combine CH1 with CH2 and CH3 with CH4, providing exceptional real-time and true superposition features to display complex waveforms effectively.
• Four-Channel Sync Display: This model comprises four channels, with CH1 and CH2 designated as the primary channels, while CH3 and CH4 belong to the secondary channels. Users have the flexibility to switch and view signal parameters for all four channels simultaneously on a single screen, simplifying operation and facilitating the recording of parameters.

• Multiple Modulation Mode: It provides support for various analog and digital modulation techniques, including AM, FM, PM, DSBAM, QAM, ASK, FSK, 3FSK, 4FSK, PSK, BPSK, QPSK, OSK, PWM, and SUM. The device offers both internal and external modulating signal sources, offering a diverse range of modulation signals to cater to waveform generation requirements spanning radio, TV, and mobile networks.
• Channel Coupling: CH1 couples with CH2, and CH3 couples with CH4 through a channel coupling function. Activate this function when another channel requires the same or related signal waveform. UTG9604T offers three coupling modes to accommodate various needs. Channel coupling efficiently transfers parameters to the other channel, fulfilling the demand for synchronized waveform switching.
• Sweep Frequency: In addition to linear and logarithmic frequency modes, it introduces two additional modes: stepping and list. Users can specify the frequency step and time interval between each frequency point, allowing the generation of a waveform for stepping sweeps. Alternatively, by predefining a list, the output time interval corresponding to each frequency point in the list generates a frequency waveform. This feature empowers users to custom compile frequency waveforms according to their specific requirements.

• PRBS: UTG9604T has PRBS wave, which is PN3, PN5, PN7, PN9, PN11, PN13, PN15, PN17, PN21, PN23, PN25, PN27, PN29, PN31, PN33. These are for product performance measurement.
• One-button SNR: Easily assess the Signal-to-Noise Ratio (SNR) on a continuous waveform with a single button press on UTG9604T. Users have the flexibility to customize SNR parameters according to their specific requirements, making it convenient for testing the input tolerance capability of the product.
• Arbitrary Wave: UTG9604T has a nonvolatile memory that stores more than 200 types of standard waveforms. The upper-computer software allows for the creation and compilation of arbitrary waves. Users can utilize the USB interface on the front panel to access arbitrary wave data files from a USB. This feature offers a wide range of flexible arbitrary waves for testing standard waveforms in various fields such as medical, biological, mathematical, and others.

Prepare to transform your testing endeavors and elevate your engineering projects to new heights! The UNI-T UTG9604T arbitrary waveform generator provides unmatched precision, versatility, and reliability. Seize the chance to enhance your work and achieve extraordinary results. Take action now and integrate the UNI-T UTG9604T into your toolkit. Secure your purchase today with this elite arbitrary waveform generator!

Vendor: Uni-T
Type: Spectrum Analyzer
Price: 29999.00

Unlock Advanced RF Analysis with the UNI-T UTS5026A 26.5GHz Performance-Series Signal Analyzer

In the continuously evolving field of electronics and telecommunications, the need for precision and versatility remains constant. Introducing the UNI-T UTS5026A 26.5GHz Performance-Series Signal Analyzer–a robust instrument meticulously crafted to fulfill the demanding requirements of electrical engineers, RF professionals, and educators specializing in electrical and RF engineering. Covering an extensive frequency range from 9kHz to an impressive 26.5GHz, this advanced analyzer unlocks a plethora of advantages and applications.

Advanced RF Research and Development

For electrical and RF engineers venturing into cutting-edge projects that demand high-frequency analysis, such as satellite communication systems, microwave technology, and radar systems, the UTS5026A proves indispensable. Its extended frequency range equips professionals to navigate the intricacies of these high-frequency applications, guaranteeing precision and accuracy in their endeavors.

UNI-T UTS5026A Key Specifications:

• Frequency Measurement Range: 9kHz to 26.5GHz
• DANL: -163dBm (typical)
• Phase Noise: <-107dBc/Hz (offset 10kHz, typical)
• Resolution of Bandwidth (RBW):1Hz–3MHz (10% step), 4, 5, 6, 8MHz
• Minimum Resolution of Bandwidth (RBW): 1Hz
• Traces: 6
• Display: 15.6in, 1920x1080 HD Thin Film Transistor LCD Display Screen
• Interface: RF input, 10 MHz reference IN, 10 MHz reference OUT, External trigger input, HDMI, USB-Host, USB-Device, LAN
• Scanning points: up to 100,001 points
• One-touch Advanced Signal Analysis for Power, TOI, and more (UTS5000A-AMK)
• EMI pre-compliance analysis function (UTS5000A-EMI)
• AM/FM Analog demodulation analyisi (UTS5000A-AMA)
• Digital Demodulation Vector signal analysis (UTS5000A-VSA)
• I/Q analyzer (UTS5000A-IQ)

Precision Signal Analysis

The UNI-T UTS5026A delivers outstanding selectivity, ensuring unparalleled signal resolution even when faced with adjacent unequal amplitudes. This capability is crucial in situations where precise signal separation and analysis are essential, such as identifying interference sources in densely populated frequency bands.

Excellent Sensitivity to Test Weaker Signals

Challenges arise when testing weaker signals due to the spectrum analyzer's inherent noise floor. The UTS5026A series, with an impressive Displayed Average Noise Level (DANL) as low as -163dBm, excels in sensitivity. This feature proves essential for effectively testing weak signals, particularly in applications where signal strength is minimal, such as monitoring low-power transmissions or detecting subtle signal variations.

Unmatched Signal Precision To Fine-Tune Your Analysis

The UNI-T UTS5026A signal analyzer, with a Resolution Bandwidth (RBW) range from 1Hz to 3MHz in 10% steps, and options for 4, 5, 6, and 8MHz, provides RF engineers with unparalleled flexibility in signal analysis. The 1Hz minimum RBW allows for precise separation of closely spaced signals, critical for applications like spectrum monitoring, interference detection, and signal demodulation. This fine control over bandwidth ensures detailed signal resolution, helping engineers accurately identify and analyze even the faintest signals, making it ideal for tasks in crowded RF environments where precision is paramount.

Multi-Touch HD Screen for Quick Operation

A 15.6-inch multi-touch HD capacitive screen facilitates swift menu adjustments, supporting various gestures like dragging, expanding, and zooming out on the trace. This user-friendly interface streamlines human-computer interaction, addressing the challenge of cumbersome and complex operations.

Flexible Reference Options

The UTS5026A offers both internal and external reference source options, automatically switching to an external reference source when a 10MHz clock signal is detected. This flexibility streamlines synchronization with other devices, critical in applications demanding precise synchronization, such as network timing.

Elevate Your RF Analysis with 100,001 Scan Points

The UNI-T UTS5026A signal analyzer, with 100,001 scan points, offers RF engineers precise and detailed frequency analysis. Its high resolution enables accurate detection of even minor signal variations, making it ideal for identifying interference, optimizing systems, and ensuring regulatory compliance. With enhanced troubleshooting and performance tuning, this analyzer boosts system reliability and efficiency, helping engineers achieve superior results in less time.

Achieve Superior Signal Clarity with Ultra-Low Phase Noise

The UNI-T UTS5026A signal analyzer, with phase noise as low as -107 dBc/Hz (1 GHz, 10 kHz offset), delivers exceptional clarity and precision, crucial for RF engineers working on sensitive applications. Low phase noise minimizes interference in frequency measurements, ensuring cleaner signals and more accurate readings, particularly in high-performance systems like satellite communications and radar.

Simplify EMI Pre-Compliance Testing up to 26.5GHz

The UNI-T UTS5026A signal analyzer allows RF engineers to conduct EMI pre-compliance testing up to 26.5GHz, ensuring early detection of interference issues. This reduces the risk of costly redesigns and accelerates development by addressing potential EMI problems before formal testing. Ideal for telecommunications, aerospace, and defense, the UTS5026A helps engineers meet strict regulatory standards with ease and confidence.

Removable Dust Mesh

Equipped with a removable dust filter, users can clean the air inlet to remove accumulated dust after prolonged use. This maintenance feature is essential for ensuring the overall reliability of the instrument, preventing potential issues such as short-circuits, burns, or fires caused by dust accumulation.

Engineering in the Field of Education

Offering a hands-on experience with cutting-edge equipment, educators successfully bridge the divide between theoretical knowledge and practical application, effectively preparing students for real-world challenges in the field. Within the domain of education, the UTS5026A stands out as an exemplary instructional tool. It empowers educators specializing in electrical and RF engineering to acquaint students with the intricacies of handling high-frequency RF signals.

The UNI-T UTS5026A 26.5GHz Performance-Series Spectrum Analyzer serves as a flexible solution for electrical engineers, RF professionals, and educators. Whether your focus is on signal analysis, EMI compliance, or advanced measurements, this instrument provides the tools to excel in your specific field. Uncover new opportunities in electrical and RF engineering by acquiring the UTS5026A today!

Vendor: Uni-T
Type: Bench Digital Multimeter
Price: 860.00

Experience accuracy and efficiency with the UNI-T UT8806E Desktop Digital Multimeter.

Are you looking for unparalleled precision and accuracy in your measurements? Discover the UT8806E, a 6½ digit dual-display digital multimeter designed to meet your needs for multifunctionality, high precision, and automated measurements. Explore a groundbreaking standard in electrical measurement tools with the UT8806E, an auto-ranging, true RMS desktop digital multimeter. Find out how it can transform your engineering projects.

UNI-T UT8806E Key Specifications:

• Max Reading: 2000000
• DC voltage measurement ranges: 200mV/2V/20V/200V/1000V
• DC current measurement ranges: 2μA/20μA/200μA/2mA/20mA/200mA/2A/10A
• DC voltage accuracy: 0.0035%+0.0006%
• AC voltage measurement ranges (RMS): 200mV/2V/20V/200V/750V
• AC current measurement ranges (RMS): 200μA/2mA/20mA/200mA/2A/10A
• Resistance measurement ranges (2-wire, 4-wire): 20Ω/200Ω/2kΩ/20kΩ/200kΩ/2MΩ/10mΩ/100Ω/1GΩ
• Capacitance measurement ranges: 2nF/20nF/200nF/2μF/200μF/2mF/20mF/100mF
• Conduction Range: 2000Ω 1mA
• Diode Range: 4V 1mA
• Frequency measurement: 3Hz to 1MHz
• Data Storage: 10k 32Gb Nand Flash
• Temperature measurement: Support both thermocouple & thermal resistance sensor
• Maximum reading rate: 10k rdgs/s
• Protocol: SCPI

Key Features:

• Various Mathematical Operation Functions: The UT8806E multimeter facilitate enhanced measurement analysis through the implementation of automated data processing.

  Engineering Use Case: In telecommunications, this multimeter can analyze signals by employing dB and dBm operations on voltage measurements, ensuring adherence to the specified standards for signal strength.

• Dual Parameter Display: Both primary and secondary parameters are presented on a single screen, allowing for simultaneous reading of the two relevant values.

  Engineering Use Case: This feature will empower engineers to make informed decisions promptly, as they can observe critical parameters simultaneously, contributing to effective troubleshooting and optimization.

• Multiple Data Display Modes: The display mode can be switched freely, and the graphical display can more clearly show the data change trend.

  Engineering Use Case: When engaged in laboratory environmental monitoring, utilize the Trend Graph mode to monitor temperature variations over time and recognize recurring patterns.

• Powerful Help Function: Enter the help system with one click, and you can quickly become familiar with the functions without consulting the user manual.

  Engineering Use Case: This will help facilitate efficient troubleshooting in a laboratory setting by allowing users to quickly find relevant information, reducing downtime associated with searching through the user manual.

• Built-in Cold Junction Compensation: Automatic cold end compensation inside the machine without external intervention, making temperature measurement more accurate.

  Engineering Use Case: Streamlines the temperature measurement process, eliminating the necessity for users to perform additional steps for cold end compensation, making operation more straightforward.

With UT8806E, software update can be achieved through USB flash drive and is easy to operate. It comes standard with host computer software, enabling remote control of human and machine separation. It supports one-click self-test, performs self-check on basic functions and gives prompts. You can also freely select test items through buttons, and remote control makes switching easier. UT8806E comes with benefits that will enhance your engineering pursuits. Get one today and incorporate it as a vital element in your toolkit!