300 MHz Digital Oscilloscope, 2 Channels, 2 GSa/s

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Model: RDDLZ-SCOPE-300M
Weight: 1.00
SKU: RDDLZ-SCOPE-300M

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300 MHz Digital Oscilloscope Features

Bandwidth up to 300 MHz
2 analog channels, 16 digital channels (MSO model) with 2 GSa/s sample rate
Lower noise floor, 500 uV/div~10 V/div wider vertical range
Waveform capture rate up to 50,000 wfms/s
A variety of trigger and bus decoding functions (Parallel, RS232, I2C, SPI, CAN)
8 inch TFT (800x480) WVGA and 256 level intensity grading display

Models and Key Specifications

Brand Name	RIGOL
Model	DS2302A	MSO2302A
Number of Analog Channels	2
Number of Digital Channels (For MSO Series)	16
Bandwidth	300 MHz
Max. Real-time Sample Rate	Analog channel up to 2 GSa/s Digital channel up to 1 GSa/s (MSO Series)
Max. Memory Depth	Analog channel up to 14 Mpts (standard)/ 56 Mpts (optional) Digital channel up to up to 14 Mpts (standard)/ 28 Mpts (optional)
Max. Waveform Capture Rate	up to 52,000 wfms/s
Real-time, Hardware Waveform Recording, Playback, and Analysis Functions	Analog channel up to 65,000 frames Digital channel up to 32,000 frames (MSO Series)
Multi-level Intensity Grading Display	up to 256 levels
Standard probes	2 sets PVP2350 350 MHz BW Passive Probe 1 sets RPL2316 LA Probe (MSO series only)
Dimension	Width x Height x Depth = 362 mm x 180 mm x 131 mm
Weight	6 Kg (Package Included)
Packing Included	1 x Digital Oscilloscope; 2 x Probes; 1 x USB Cable; 1 x Power Cord; 1 x Quick Guide

DS/MSO2000A Series Rigol Digital Oscilloscope Specs PDF

Digital Oscilloscope Detail
Tips: AC calibration method for oscilloscope probe
High performance oscilloscope for testing high speed signal is very difficult to ensure that the amplitude and phase frequency response is absolutely flat because of the wide bandwidth. In order to improve the measurement accuracy, the frequency response of the band is required, so that the oscilloscope and the probe test system have the consistent amplitude and frequency response in the whole bandwidth. DC calibration cannot modify frequency response. The probe AC calibration method is to use the network analyzer to test the S parameters of the active probe amplifier, and to correct the frequency response of the probe by testing the loss of each frequency point. The oscilloscope manufacturer will test the S parameters of each probe amplifier and store it in the memory inside the probe. When the user USES the probe, the oscilloscope reads the probe S parameter for AC calibration.

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