MVIT Technology SDS4025 ໂມດູນອອດຊິວໂລສະໂຄບ / ດິຈິຕອລ PXI (2.5GSa/s)

Signal Input Channels: 2

Real-time Sampling Rate: 2.5GSa/s per channel

Vertical Resolution: 10bit

Maximum Input Voltage: 5Vpp@50Ω, 42Vpp@1MΩ

Onboard Memory: 2GB

Bandwidth (-3dB): 500MHz@50Ω, 300MHz@1MΩ

Rise Time: 750ps@50Ω, 1.4ns@1MΩ

Range: 50Ω: 50mVpp~5Vpp; 1MΩ: 50mVpp~42Vpp

DC Gain Accuracy: ≤±[2% × |reading - offset| + 1.4% × |offset| + 0.6% full scale + 600 μV] (calibration temperature ±3°C)

Input Impedance: 1MΩ±0.75% || 15pF±2.5pF, 50Ω±1.5%

Coupling Mode: DC/AC

Channel Isolation: 50Ω: -60dB (DC~100MHz), -45dB (100MHz~500MHz); 1MΩ (0.05V~10V full scale): -55dB (DC~100MHz), -45dB (100MHz~300MHz)

Connector: BNC

Trigger Source: CH0, CH1, external trigger, software

Trigger Type: Edge, Pulse Width

Trigger Holdoff: 0~10s

Time Measurement Resolution: 4ps

Trigger Accuracy: 6%FS ≤10MHz

Bus Connection: PXIe

Structural Form: 3U, PXIe single slot

Dimensions (W × H × D): 20 mm × 131 mm × 214 mm

Weight: ≤800g

Maximum Power Consumption: ≤40W

Environmental Adaptability: Operating temperature 10~40°C; Operating humidity ≤60%RH; Storage temperature -30~50°C; Storage humidity ≤60%RH; Altitude ≤2 km

The SDS4025 is used for high-speed acquisition of waveform data for broadband signals. It features dual-channel signal acquisition and storage, multiple acquisition and triggering modes, complex signal calculation and processing, time-domain analysis of signal waveforms, cursor measurement, onboard instrument setting storage, automatic calibration and tracking, plug-and-play functionality, and compliance with IVI driver standards.