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Owon SDS8302-V Series SmartDS Deep Memory Digital Storage Oscilloscope with VGA Interface, 2 Channels, 300MHz, 2.5GS/s Sample Rate
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Owon SDS8302-V Series SmartDS Deep Memory Digital Features
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300 MHz, two-channel digital oscilloscope for electronics applications such as product design and debugging, repair and servicing, and electrical engineering education
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Maximum real-time sample rate of 1.25 GS/s per channel and record length of 10 Mpts per channel for acquiring and processing detailed waveforms
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Advanced triggers allow isolation of specific signals and a trigger hold-off function stabilizes triggering on complex waveforms
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Three math functions plus FFT and 20 automatic measurements for analyzing waveforms
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8" color TFT-LCD for viewing waveforms and a VGA port for connecting to an external monitor
About Owon SDS8302-V Series SmartDS Deep Memory Digital
The Owon SDS8302-V is a 300 MHz, two-channel digital oscilloscope with a maximum real-time sample rate of 1.25 GS/s per channel (2.5 GS/s interleaved), a record length of 10 Mpts per channel, advanced triggering, three math functions and FFT, 20 automatic measurements, auto-scale function, pass/fail testing, a VGA port, and USB connectivity for electronics applications such as product design and debugging, repair and servicing, and electrical engineering education, among others. The high sample rate and deep memory enable long capture times for processing and displaying detailed waveforms. An external channel can trigger from a third source while acquiring data from channels 1 and 2. Edge, pulse width, slope, and video triggers allow isolation of specific signals, an alternate trigger allows simultaneous observation of two unrelated signals, and a trigger hold-off function stabilizes triggering on complex waveforms. The oscilloscope's math functions—add, subtract, and multiply—plus FFT (fast Fourier transform) and automatic measurements such as period, frequency, and peak-to-peak enable an in-depth analysis of waveforms. An auto-scale function selects the optimal settings for displaying a waveform, and can be disabled for educational exercises. Pass/fail mask testing determines whether a signal falls within the user-programmed settings. Up to 15 waveforms can be stored in the internal memory. Additional specifications include a rise time of 1.17 ns and various triggering features. The oscilloscope has an 8" color TFT (thin film transistor) LCD with a resolution of 800 x 600 pixels for viewing waveforms. The oscilloscope has a VGA port for connecting to an external monitor to view waveforms, a USB host port for storing data on a flash drive (sold separately), USB device and LAN ports for connecting to a PC, and includes Microsoft Windows compatible software for transmitting data and remote operation. The unit has European Conformity (CE) marking. It comes with two passive voltage probes; CD-ROM PC software; a USB interface cable; a power cord for 100 to 240VAC, 50/60Hz, CAT II; and instructions. Specifications Display8" color TFT-LCDBandwidth300 MHzChannelsTwo + one externalMaximum real-time sample rate1.25 GS/s per channel (2.5 GS/s interleaved)Record length10 Mpts per channelPower source100 to 240VAC, 50/60 Hz, CAT II or a rechargeable lithium ion battery (sold separately)Dimensions (H x W x D)155 x 340 x 70 mmWeight1.8 kg H is height, the vertical distance from the lowest to highest point; W is width, the horizontal distance from left to right; D is depth, the horizontal distance from front to back. Oscilloscopes are electrical testing devices used to verify the functionality of equipment that generates an electrical signal. Oscilloscopes measure the voltage of an electrical signal over time, and display the measurement as a waveform in a visual graph. The waveform shows the sweeps (or refresh) of voltage on a vertical (Y) axis, and the time on a horizontal (X) axis. Details of a waveform demonstrate the signal over time. Most oscilloscopes have two or four channels for inputting a signal. Some digital oscilloscopes offer more than four channels, allowing channels to be dedicated to specific signals and applications. Bandwidth is the maximum frequency of a signal that an oscilloscope can capture. A constant image will display if a signal is shown at a high frequency. Oscilloscopes may be analog, digital, or mixed signal. An analog oscilloscope directly displays an input signal as a continuous waveform, typically in a luminous phosphor on a cathode ray tube (CRT). A digital oscilloscope converts the input signal into a digital format and reassembles the waveform for display, typically on an LCD. A mixed signal oscilloscope (MSO) displays both analog and digital formats. Some oscilloscopes can display more than one channel and type of measurement simultaneously. Some oscilloscopes can capture waveform signals to memory, and r
