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High‑Density Synchronous Acquisition System
- Ultra Scalable Architecture:
Supports up to 64 units synchronized, delivering 512 channels (64 × 8 CH) for large scale, high channel count applications. - High Speed Optical Interface (Optional):
Optional 10 Gbps optical fiber interface ensures reliable, high bandwidth data transmission over long distances. - Flexible Variable Sampling Rate Transmission:
Supports variable sampling rate data streaming, enabling efficient acquisition tailored to different test scenarios. - Complete Software Support:
Comes with calibration and data acquisition software, simplifying system setup, synchronization, and measurement workflow.
Industrial Grade Near end / Far end Control Platform
- Supports flexible near end and far end deployment, enabling reliable integration with external displays and industrial control equipment
- Provides web based remote access for monitoring and control via PCs and mobile devices
- Enables host PC (upper computer) control, supporting centralized system management and automated test workflows
- Designed for industrial and multi instrument environments, improving operational efficiency and system scalability
All in One Integrated Signal Measurement Platform
- Oscilloscope
High performance oscilloscope with bandwidth options up to 1 GHz, enabling precise time domain signal observation. - Protocol Analyzer
Supports 12+ protocol analysis, simplifying debugging and validation of digital communication interfaces. - Signal Generator
Integrated 50 MHz signal generator for stimulus generation and functional testing within the same platform. - Spectrum Analyzer
Built in spectrum analysis with 4 million point enhanced FFT for detailed frequency domain insight. - Digital Voltmeter
Integrated 4 digit digital voltmeter enables accurate voltage measurements without external instruments. - Frequency Counter
High resolution 7 digit frequency counter provides precise frequency and timing measurements. - Bode Plot Analyzer
Frequency response analysis supports gain and phase characterization of control and power systems. - Power Analysis
Integrated power analysis with 12+ test items enables efficient power integrity and performance evaluation.
Three Phase Power Analysis Solution
- High Precision Synchronous Measurement
Accurate, synchronized acquisition of three phase voltage and current for reliable power analysis. - One Click Comprehensive Analysis
Fast access to key metrics including power quality, harmonics, ripple, efficiency, and DQ0 analysis. - Intuitive Real Time Visualization
Real time space vector display accelerates motor drive debugging and performance optimization. - Designed for Modern Power Applications
Ideal for EV drive systems, industrial motors, and renewable energy inverters. - Efficient R&D and Fault Diagnosis Tool
Delivers fast, repeatable results for R&D validation, system evaluation, and troubleshooting.
Power Analyzer
- Designed for Modern Low Voltage, High Current Power Systems
Ideal for advanced chip level and high density power architectures, ensuring stable and clean power delivery. - Comprehensive Power Integrity Analysis (12 Key Tests)
Covers up to 12 essential power integrity test items, including voltage quality, noise, ripple, dynamic response, and power efficiency evaluation. - Input Analysis: Power Quality, Harmonic Analysis, Inrush Current
- Switching Analysis: Switching Loss, Safe Operating Area (SOA), Slew Rate, Rds (on), Modulation Analysis
- Output Analysis: Ripple Analysis, Power Efficiency, Transient Response, ON/OFF time
OPTIONS
|
Model |
Description |
|---|---|
|
UPO6000LP-BND
|
All Serial Bus Trigger and Decode Options (including EMBD, AUTO, Audio, MIL-STD, ARINC, Manchester) |
|
UPO6000LP-AUTO
|
Automotive Serial Bus Trigger and Decode Option (including CAN, CAN-FD, LIN, FlexRay, SENT) |
|
UPO6000LP-SENT
|
Automotive Sensor Bus Trigger and Analysis Option (SENT) |
|
UPO6000LP-FLEX
|
Automotive Serial Bus Trigger and Analysis Option (FlexRay) |
|
UPO6000LP-LIN
|
Automotive Serial Bus Trigger and Analysis Option (LIN) |
|
UPO6000LP-CAN
|
Automotive Serial Bus Trigger and Analysis Option CAN |
|
UPO6000LP-CANFD
|
Automotive Serial Bus Trigger and Analysis Option CAN-FD |
|
UPO6000LP-AUDIO
|
Audio Serial Bus Trigger and Analysis Option (I2S, LJ, RJ, TDM) |
| UPO6000LP-ARINC429 |
Aerospace Serial Bus Trigger and Analysis Option (ARINC429) |
ACCESSORIES
|
Model |
Description |
|---|---|
|
UT-PD1500
|
1.5GHz bandwidth, 10:1 attenuation ratio, ±4V dynamic range active differential probe |
|
UT-PD2500
|
2.5GHz bandwidth, 10:1 attenuation ratio, ±4V dynamic range active differential probe |
|
UT-PA1000
|
1GHz bandwidth, 10:1 attenuation ratio, ±4V dynamic range Single-ended active probe |
|
UT-PA2000
|
2GHz bandwidth, 10:1 attenuation ratio, ±4V dynamic range Single-ended active probe |
|
UT-P07A
|
Probe factor:(10:1) Bandwidth: 500MHz.voltage:600Vpp |
|
UT-P08A
|
Probe factor:(10:1) Bandwidth: 350MHz.voltage:600Vpp |
|
UT-P20
|
Passive probe: (100:1) Bandwidth: 250MHz. voltage: 1500V |
|
UT-P21
|
Passive high voltage probe: (1000:1) Bandwidth: 40MHz voltage: DC 10kV/AC 7kVrms |
|
UT-V23
|
High voltage probe:(100:1)Bandwidth: 100MHz voltage: 2000Vpp |
|
UT-ISOT
|
Isolation transfomer for Bode plot application (Hardware) |
|
UT-M13X
|
Oscilloscope Signal Protocol Demonstration Board |
What is the maximum allowable input voltage for the Signal Generator (Gen) output port on the UPO6000LP Series high-resolution oscilloscope?
The signal generator output port is equipped with overvoltage protection. When the input voltage exceeds | ± 9V |, the overvoltage protection will be triggered.
What kind of oscilloscope is the UPO6000LP Series?
The UPO6000LP series high-resolution oscilloscopes are high-density integrated oscilloscopes designed for engineering applications.
Featuring a 1U, displayless form factor, the series requires an external HDMI monitor and USB mouse for operation. This design makes it particularly well-suited for rack-mounted system integration and automated test environments.
The product offers the following key features:
4/8 analog channel architecture, supporting high-density multi-channel testing
12-bit high-resolution sampling for enhanced waveform detail
Up to 500 Mpts deep memory, enabling long-duration signal capture and analysis
Advanced triggering capabilities, allowing reliable capture of complex signals
Comprehensive measurement and analysis functions to meet demanding engineering requirements
The UPO6000LP Series is especially suitable for applications such as automated test equipment (ATE), multi-channel synchronous acquisition, and high-density rack integration.
What are the valid signal requirements for Auto Setup on the UPO6000LP Series?
When performing the Auto Setup function on the UPO6000LP series oscilloscopes, the signal under test must meet the following basic conditions:
- Signal frequency is not less than 10 Hz
- Signal amplitude is not less than 12 mVpp
- Duty cycle of a square wave signal is greater than 5%
Whatmodels are included in the UPO6000LP Series? What are the key differences between different models?
The UPO6000LP series high-resolution oscilloscopes include six models, categorized into 4-channel and 8-channel versions based on the number of input channels:
▶ 4-channel models
▶ 4-channel models
- UPO6104LP (1 GHz)
- UPO6054LP (500 MHz)
- UPO6034LP (350 MHz)
- UPO6108LP (1 GHz)
- UPO6058LP (500 MHz)
- UPO6038LP (350 MHz)
- The 4-channel models support a built-in signal generator (Gen), making them suitable for integrated excitation and measurement applications.
- The 8-channel models support three-phase power analysis, making them suitable for high-density multi-channel acquisition and power system testing.
What protocol decoding and analysis capabilities are supported by the UPO6000LP Series?
The UPO6000LP Series oscilloscopes support a wide range of serial protocol decoding and analysis functions, covering both standard and optional protocols.
Standard configuration includes: RS232/422/485/UART, I2C, SPI。
Optional protocols include: CAN, LIN,CAN-FD, FlexRay, SENT, Audio, MIL-STD-1553, ARINC429, Manchester. In total, the series supports up to 12 types of serial protocol decoding and analysis, enabling comprehensive debugging and validation across a wide range of embedded, automotive, aerospace, and industrial applications.
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