UNI-T UPO6102Z 100MHz 1GS/s Ultra Phosphor Oscilloscope 2-Channel Digital Oscilloscope for Vehicles

UNI-T UPO6102Z 100MHz 1GS/s Ultra Phosphor Oscilloscope 2-Channel Digital Oscilloscope for Vehicles

Description:
The UPO6000Z series is a multifunctional, high-performance, economical digital phosphor oscilloscope designed for the widely applied fields of electronic and electrical design, debugging, education, and industrial markets. The UPO6000Z series utilizes parallel digital signal processing technology, greatly improving data processing speed and waveform acquisition rate. Its unique Ultra Phosphor technology can display the frequency of the tested signal with multi-level afterglow effects similar to an analog oscilloscope. Compared to traditional digital storage oscilloscopes, the digital phosphor oscilloscope's afterglow can present three-dimensional waveform data including amplitude, time, and signal intensity. The Fast Acquire technology accurately records abnormal events such as video signals, jitter, noise, and low-level signals.

Features:
* Analog Channel Bandwidth: 200MHz or 100MHz
* Number of Analog Channels: 2
* Sampling Rate: 1GS/s (non-interleaved: independent sampling per channel)
* Vertical Scale: 1mV/div-20V/div
* Low Noise Floor: <100μVrms
* Memory Depth per Channel: up to 56Mpts
* Maximum Waveform Acquisition Rate: 500,000wfms/s
* Hardware Real-Time Continuous Waveform Recording: 100,000 frames
* Can Automatically Measure 36 Types of Waveform Parameters
* Multi-Scopes Support Dual-Channel Independent Trigger Fluorescence Display
* Two Channels with Independent 7-bit Hardware Frequency Counters
* DVM Supports Dual-Channel Independent AC/DC True RMS Measurement
* Waveform Math Functions (FFT, addition, subtraction, multiplication, division, digital filtering, logic operations, and advanced operations)
* 1M-point Enhanced FFT Function: Supports Frequency Setting, Waterfall Plot, Demodulation Settings, and Marker Measurement
* Rich Trigger Functions (Edge, Pulse Width, Video, Slope, Undershoot Pulse, Overshoot Pulse, Delay, Timeout, Duration, Setup/Hold, Nth Edge, and Pattern Trigger)
* Supports RS232, I²C, SPI, CAN, and LIN Triggering
* Innovative Full-Memory Hardware Real-Time Decoding for RS232, I²C, SPI, CAN, and LIN
* Ultra Phosphor Super Fluorescence Display with up to 256 Levels of Grayscale
* 7-inch WVGA (800 × 480) TFT LCD Screen
* Rich Interfaces: USB Host, USB Device, LAN, EXT Trigger, AUX Out (Trig Out/Pass/Fail)
* Supports SCPI Programmable Instrument Standard Commands
* Supports Web Access and Control

Packing List:
* 1 x Oscilloscope

Packaging Details:
* Weight: 3.5kg

Design Highlights:
256-Level Grayscale Display
* It uses innovative Ultra Phosphor display technology to clearly show waveform detail information.

Waveform Acquisition Rate of 500,000wfms/s
* It utilizes innovative parallel digital signal processing technology, achieving a normal sampling rate of up to 150,000wfms/s with an ultra-high acquisition rate to detect sporadic signals. (In Fast Acquire mode, it can reach 500,000wfms/s).


Standard 56M Sampling Points per Channel
* It allows the oscilloscope to maintain a high sampling rate across a wider time base range while preserving both overall waveform shape and detail, greatly improving the acquisition rate of abnormal waveforms.

Serial Bus Triggering and Hardware Decoding (RS232, I2C, SPI, CAN, LIN)
* Innovative hardware decoding achieves real-time decoding.

* With deep memory of 56Mpts, full-memory hardware decoding reduces decoding time from several seconds to milliseconds, enabling real-time decoding and significantly enhancing user troubleshooting efficiency.


* Decoding does not affect waveform refresh rate; and waveforms display with digital phosphor effects;
* The event list shows decoded data and packet timing from deep memory;
* Recorded waveforms also support full-memory real-time hardware decoding.

I2C Triggering and Decoding


SPI Triggering and Decoding


Multi-Scopes
* It supports testing of signals with different clock sources and frequencies, enabling stable waveform display on the screen to facilitate waveform parameter analysis.


1M-Point Enhanced FFT
* It supports frequency range setting, demodulation modes, spectrum markers, and waterfall display, providing practical features for frequency-domain signal analysis.


Remote Control via Web Page
* Built-in Web Server allows remote instrument control, waveform observation, and measurement result retrieval through a browser. Suitable for high-voltage, high-temperature, and other special environments. No need to install drivers or host software, enabling cross-platform operation. The virtual control panel embedded in the UPO6000Z series is identical to the oscilloscope's panel, supports web layout, and offers simpler, more convenient usage.