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Enhanced resolution of 16-bit
Higher precision, lower noise floor
In 16-bit high-resolution mode, by combining 12-bit ADC with 4-bit ERES (enhanced resolution), the measurement accuracy is significantly improved, finely displaying the intricate details of waveforms. This effectively suppresses out-of-band noise and reduces the oscilloscope's inherent noise interference with the real signal, thereby ensuring a more precise measurement experience while increasing the sampling bits.
Versatile Testing Equipment
- Oscilloscopes
- Logic Analyzer
- Function/Arbitrary
- Waveform Generator
- Spectrum Analyzer
- Protocol Analyzer
- Timing Analyzer
- Power Analyzer
- Bode plot Analyzer
- High Precision Frequency Counter
- Digital Voltmeter
Ultra Phosphor 3.0
Ultra Phosphor 3.0, with its advanced software and hardware architecture, supports 8-channel parallel graphic mapping, achieving a processing rate of up to 20 Gbps and a waveform capture rate of up to 500,000 wfms/s, reaching 1,500,000 wfms/s in sequence mode, with a minimum dead time of less than 1 μs. This makes sporadic signals and rare anomalies detectable.
56 Types: Measurement, Statistics, Trend Graphs
56 types of precise parameter automatic measurements covering multiple dimensions such as voltage, frequency, phase, and power. It also integrates advanced parameter statistics and trend graph visualization analysis functions, providing a comprehensive and multi-dimensional display of signal characteristic changes, achieving professional-level deep insights and efficient data interpretation.
Protocol decoding and triggering
Supports 12 types of mainstream protocols, including
- Embedded: UART, I2C, SPI
- Automobile: CAN, CAN-FD, LIN, FlexRay, SENT
- Audio: I2S (Audio-I2S, Audio-LJ, Audio-RJ)
- Aerospace：MIL STD 1553、ARINC 429
- Wireless communication：Manchester
Equipped with precise anomaly trigger capture and real-time decoding capabilities, it decodes 200M data in less than 1 second and innovatively supports four-bus simultaneous analysis, providing fast and in-depth protocol analysis solutions for complex communication systems.
Spectrum Analyzer
- FFT maximum of 4M points
- Waterfall curve
- Automatic marker measurement
- 4 traces
- Simultaneously open 4 CH FFT
Equipped with full hardware acceleration technology, this product achieves ultra-fast sampling of up to 4M points, significantly enhancing the accuracy of frequency and amplitude measurements. The innovative integration of peak search and frequency domain marker functions helps users accurately capture and deeply analyze complex signal dynamics within circuits, greatly improving circuit analysis efficiency and providing users with an exceptional testing experience.
Power Analysis 6+
It integrates power supply rejection ratio (PSRR) analysis, closed-loop control response analysis, power quality assessment, current harmonic detection, and surge current analysis functions, providing comprehensive and professional solutions for power system performance qualification, stability evaluation and optimization. The aim is to enhance energy efficiency and system stability.
Supports 12 power tests in 2024 year.
Hardware-accelerated mask testing: 6σ standard < 1s
The 6σ (Six Sigma) standard for electronic signals is a process with a defect rate of no more than 3.4 defects per million opportunities (DPMO). This means there are only 3.4 anomalies per 1,000,000 samples. With its ultra-high hardware capture rate, the hardware-accelerated template testing maintains the full capture rate of Ultra Phosphor 3.0, completing waveform tests that meet specific standards within 1 second (instead of several hours).
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 |
