The Rohde & Schwarz RTE1034 is a 350 MHz digital oscilloscope engineered for signal analysis, debugging, and validation across embedded systems, signal integrity, and power electronics. It combines a 5 GS/s sample rate with up to 200 Mpts memory depth and four analog channels to capture complex signal sequences with precision. The 10.4-inch capacitive touchscreen display and high-definition 16-bit vertical resolution deliver sharp waveforms and intuitive control. Acquisition rates exceed 1,000,000 waveforms/s, enabling real-time signal observation. The instrument supports hardware-based mask triggering, serial protocol decoding, and 77 automatic measurement functions—up to eight simultaneously. Optional mixed signal (16 channels), power analysis, protocol analysis, and frequency analysis modes extend measurement capability. Hardware-accelerated spectrum analysis supports EMI debugging. Full measurement bandwidth is available even at 500 µV/div, with excellent dynamic range and very low inherent noise.
Technical Specifications
• Bandwidth: 350 MHz (upgradeable)
• Channels: 4 analog
• Sample Rate: 5 GS/s per channel; 5 GS/s interleaved
• Memory Depth: 40 Mpts standard; up to 200 Mpts maximum; 200 Msample interleaved
• Vertical Resolution: Up to 16-bit (8-bit A/D with high-definition mode)
• Display: 10.4-inch capacitive touchscreen, 1024×768 pixels
• Waveform Acquisition Rate: >1,000,000 waveforms/s
• A/D Dynamic Range: >7 effective bits
• Full Measurement Bandwidth: Available at 500 µV/div minimum
– Key Features
• Hardware-based mask triggering and serial protocol triggering/decoding
• 77 automatic measurements with simultaneous configuration of up to eight
• Measurement wizard for guided test setup
• FFT and gated FFT analysis
• Hardware-accelerated spectrum analysis for EMI debugging
• Removable HDD/SSD storage on rear panel
– Analysis Options
• Mixed Signal Oscilloscope (MSO) with 16 channels, upgradeable
• Power analyzer module
• Protocol analyzer
• Frequency analysis mode
• Mask test capability with hardware acceleration
– Typical Applications
• Embedded system development and debug
• Signal integrity testing
• Power electronics characterization
• Serial protocol validation
• EMI/spectrum analysis
