Oscilloscopes

The comfortable SDO3000 2-channel digital sampling oscilloscope provides extreme clear transmission of signals. A digital oscilloscope of this quality distinguishes themselves by comprehensive sampling rates and a big choice of bandwidth. In generally the ocilloscope is, without doubt, the most important instrument in modern electric metering, to characterize time- and voltage domains of a signal. The oscilloscopes, of the XST3000 series provides high resolution and a brilliant color display to enhance the clarity of the signals. By means of "multi-color-display" you can distinguish different signal fast and easy. Bigger amounts of data can be transferred elegantly by USB connection or can be "printed" direct, incl. screenshot, to an USB-stick with a push of a button. The powerful SDO2000 oscilloscope convinces by higher bandwidth of 200 MHz and higher sampling rate of 1 GS/s, respectively 50 GS/s equivalent sampling rate. 25MHz/40MHz/60MHz/100MHz/200MHz.

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  1. Oscilloscope XST3302 300 MHz
    Oscilloscope XST3302 300 MHz
    €1,290.00
    • Signal bandwidth 200MHz
    • 8 bits resolution ADC
    • Function as data logger and multimeter with data logging function
    • Real-time sampling rate 2 GS/s
    • Relay time accuracy ±1ppm
    • 8" color LCD, 800*600 pixels
    • Build-in math functions including FFT
    • Memory for 100 waveforms
    • USB, USB HOST interface to store data on USB sticks
    • RS232C interface, CAN, SPI, I2C
    • WiFi module
    • Battery
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  2. Oscilloscope XST3202A 200 MHz
    Oscilloscope XST3202A 200 MHz
    €989.00
    • Signal bandwidth 200MHz
    • 12 bits high resolution ADC
    • Function as data logger and multimeter with data logging function
    • Real-time sampling rate 2 GS/s
    • Relay time accuracy ±1ppm
    • 8" color LCD, 800*600 pixels
    • Build-in math functions including FFT
    • Memory for 100 waveforms
    • USB, USB HOST interface to store data on USB sticks
    • RS232C interface, CAN, SPI, I2C
    • WiFi module
    • Battery
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  3. Oscilloscope XST3202 200 MHz
    Oscilloscope XST3202 200 MHz
    €898.00
    • Signal bandwidth 200MHz
    • 8 bits resolution ADC
    • Function as data logger and multimeter with data logging function
    • Real-time sampling rate 2 GS/s
    • Relay time accuracy ±1ppm
    • 8" color LCD, 800*600 pixels
    • Build-in math functions including FFT
    • Memory for 100 waveforms
    • USB, USB HOST interface to store data on USB sticks
    • RS232C interface, CAN, SPI, I2C
    • WiFi module
    • Battery
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  4. Oscilloscope XST3102A 100 MHz
    Oscilloscope XST3102A 100 MHz
    €689.00
    • Signal bandwidth 100MHz
    • 12 bits high resolution ADC
    • Function as data logger and multimeter with data logging function
    • Real-time sampling rate 1 GS/s
    • Relay time accuracy ±1ppm
    • 8" color LCD, 800*600 pixels
    • WiFi module
    • Build-in math functions including FFT
    • Memory for 100 waveforms
    • USB, USB HOST interface to store data on USB sticks
    • RS232C interface, CAN, SPI, I2C
    • Battery
    Learn More
  5. Oscilloscope XST3102 100 MHz
    Oscilloscope XST3102 100 MHz
    €419.00
    • Signal bandwidth 100MHz
    • 12 bits high resolution ADC
    • Function as data logger and multimeter with data logging function
    • Real-time sampling rate 1 GS/s
    • Relay time accuracy ±1ppm
    • 8" color LCD, 800*600 pixels
    • WiFi module
    • Build-in math functions including FFT
    • Memory for 100 waveforms
    • USB, USB HOST interface to store data on USB sticks
    • RS232C interface, CAN, SPI, I2C
    • Battery
    Learn More
  6. Oscilloscope XST3062A 60 MHz
    Oscilloscope XST3062A 60 MHz
    €469.00
    • Signal bandwidth 60MHz
    • 12 bits high resolution ADC
    • Function as data logger and multimeter with data logging function
    • Real-time sampling rate 1 GS/s
    • Relay time accuracy ±1ppm
    • 8" color LCD, 800*600 pixels
    • WiFi module
    • Build-in math functions including FFT
    • Memory for 100 waveforms
    • USB, USB HOST interface to store data on USB sticks
    • RS232C interface, CAN, SPI, I2C
    • Battery
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  7. Oscilloscope MST8202T 200 MHz
    Oscilloscope MST8202T 200 MHz
    €898.00
    • Signal bandwidth 200MHz
    • Function as digital storage Oscilloscope and Logic Analyzer
    • Real-time sampling rate 2 GS/s
    • Rise time: ≤1.7 ns
    • Horizontal Scale: 1ns / div - 100ns / div, step by 1 - 2 -5
    • 8" color LCD, 640*480 pixels
    • Build-in math functions including FFT
    • 20 group automatic measurement options
    • USB data transmission
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  8. Oscilloscope MST8102T 100 MHz
    Oscilloscope MST8102T 100 MHz
    €729.00
    • Signal bandwidth 200MHz
    • Function as digital storage Oscilloscope and Logic Analyzer
    • Real-time sampling rate 2 GS/s
    • Rise time: ≤1.7 ns
    • Horizontale Scale: 2ns/div - 100ns/div, step by 1 - 2 -5
    • 8" color LCD, 640*480 pixels
    • Build-in math functions including FFT
    • 20 group automatic measurement options
    • USB data transmission
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  9. Handheld Oscilloscope HST4202M-N 200 MHz
    Handheld Oscilloscope HST4202M-N 200 MHz
    €689.00
    • Handheld digital storage Oscilloscope
    • Signal bandwidth 200MHz
    • Real-time sampling rate 1 GS/s
    • Relay time accuracy ±1ppm
    • 2 in 1 Function: DSO + Multimeter
    • 3.7" color TFT display, 650*480 pixels
    • Build-in math functions including FFT
    • USB interface to store data on USB sticks
    • Rechargeable Li-ion battery ( 6 hours backup)
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  10. Handheld Oscilloscope HST3102M-N 100 MHz
    Handheld Oscilloscope HST3102M-N 100 MHz
    €589.00
    • Handheld digital storage Oscilloscope
    • Signal bandwidth 100MHz
    • Real-time sampling rate 1 GS/s
    • Relay time accuracy ±1ppm
    • 2 in 1 Function: DSO + Multimeter
    • 3.7" color TFT display, 650*480 pixels
    • Build-in math functions including FFT
    • USB interface to store data on USB sticks
    • Rechargeable Li-ion battery ( 6 hours backup)
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  11. Handheld Oscilloscope HST2062M-N 60 MHz
    Handheld Oscilloscope HST2062M-N 60 MHz
    €489.00
    • Handheld digital storage Oscilloscope
    • Signal bandwidth 100MHz
    • Real-time sampling rate 1 GS/s
    • Relay time accuracy ±1ppm
    • 2 in 1 Function: DSO + Multimeter
    • 3.7" color TFT display, 650*480 pixels
    • Build-in math functions including FFT
    • USB interface to store data on USB sticks
    • Rechargeable Li-ion battery ( 6 hours backup)
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  12. Handheld Oscilloscope HST1022M-N 20 MHz
    Handheld Oscilloscope HST1022M-N 20 MHz
    €429.00
    • Handheld digital storage Oscilloscope
    • Signal bandwidth 20MHz
    • Real-time sampling rate 1 GS/s
    • Relay time accuracy ±1ppm
    • 2 in 1 Function: DSO + Multimeter
    • 3.7" color TFT display, 650*480 pixels
    • Build-in math functions including FFT
    • USB interface to store data on USB sticks
    • Rechargeable Li-ion battery ( 6 hours backup)
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  13. Pentype PC-Oscilloscope RST1021 25 MHz
    Pentype PC-Oscilloscope RST1021 25 MHz
    €98.00
    • Pentype PC Oscilloscope
    • Signal bandwidth 25MHz
    • Real-time sampling rate 100 MS/s
    • Max record length: 5K points
    • Max. input voltage: 50V (peak to peak) (DC + AC. peak to peak)
    • Vertical Resolution: 8 bits
    • Multi trigger function: edge, slope and pulse
    • Including FFT functions
    • Vertical Rsolution: 8 bits
    • USB 2.0
    • Modern design
    • Portable and pocket accommodated
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  14. Pentype PC-Oscilloscope RST1021I 25 MHz
    Pentype PC-Oscilloscope RST1021I 25 MHz
    €129.00
    • Pentype PC Oscilloscope
    • Signal bandwidth 25MHz
    • Real-time sampling rate 100 MS/s
    • Max record length: 5K points
    • Max. input voltage: 400V (peak to peak) (DC + AC. peak to peak)
    • Vertical Resolution: 8 bits
    • Multi trigger function: edge, slope and pulse
    • Including FFT functions
    • Vertical Rsolution: 8 bits
    • USB 2.0
    • Modern design
    • Portable and pocket accommodated
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  15. PC-Oscilloscope VST3104
    PC-Oscilloscope VST3104
    €398.00
    • PC Oscilloscope
    • Signal bandwidth 100MHz
    • Real-time sampling rate 1 GS/s
    • Max record length: 5M points
    • Max. input voltage: 40V (peak to peak) (DC + AC. peak to peak)
    • Vertical Resolution: 8 bits (2 channels simultaneously)
    • Multi trigger function: edge, video, slope, alternate and pulse
    • Build-in math functions including FFT
    • USB 2.0, LAN
    • LabVIEW supported
    • Channel: 4+1 (multi)
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  16. PC-Oscilloscope VST3102
    PC-Oscilloscope VST3102
    €348.00
    • PC Oscilloscope
    • Signal bandwidth 100MHz
    • Real-time sampling rate 1 GS/s
    • Max record length: 10M points
    • Max. input voltage: 40V (peak to peak) (DC + AC. peak to peak)
    • Vertical Resolution: 8 bits (2 channels simultaneously)
    • Multi trigger function: edge, video, slope, alternate and pulse
    • Build-in math functions including FFT
    • USB 2.0, LAN (optional)
    • LabVIEW supported
    • Channel: 2+1 (multi)
    Learn More
  17. Osciloscope SDO3062BS 60 MHz
    Osciloscope SDO3062BS 60 MHz
    Special Price €398.00 Regular Price €685.00
    • New Device
    • Signal bandwidth 60 MHz
    • Real-time sampling rate 1 GS/s
    • 10 MHz Function generator
    • 5.7" TFT display
    • Memory depth 2.4 Mpts
    • Comprehensive math functions
    • Trigger: Edge, Puls, Video, ...
    • USB HOST interface to store data on USB sticks
    • Interface RS232, USB
    • Build-in frequency generator
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  18. Oscilloscope SDO3022A 25MHz
    Oscilloscope SDO3022A 25MHz
    Special Price €199.00 Regular Price €349.00
    • New Device
    • Signal bandwidth 25MHz
    • Real-time sampling rate 400 MS/s
    • 5.7" TFT display
    • Memory depth 2.4 Mpts
    • Comprehensive math functions
    • Trigger: Edge, Puls, Video, ...
    • USB HOST interface to store data on USB sticks
    • Interface RS232, USB
    Learn More

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An oscilloscope is defined as an instrument used for visualizing the electrical voltages and their trajectory on a display. The electrical function generator makes it possible to gather electric quantities, usually visible in a real-time display. For that purpose, a two-dimensional representation is given of the measured quantity in the form of an oscillo-gram. A dimensional axis is represented by time and a second dimensional axis is represented by an electrical quantity of a reference waveform graph in a co-ordinated system. The horizontal "X- axis" showing time and the vertical "Y axis "showing voltages are displayed. The resulting image is finally called an oscillo-gram.

The advantage of using this device over other instruments is due to the fact that the waveform is depicted. This causes overlays which are immediately recognizable as frequencies or other irregularities to the viewer. The only disadvantage of an oscilloscope with a function generator over other similar equipment is the prerequisite skills required to operator or control them. This refers primarily to the evaluation of sums as the identification of the image must first be evaluated - a figure that is represented in the <a href="https://www.sourcetronic.com/shop/en/oscilloscopes/">oscilloscope</a> which is normally quite cumbersome in other models.

Oscilloscope Construction

The construction of the oscilloscope is characterized by functions performed by a thermionic cathode; by applying a negative voltage relative to the anode causing the discharge of electrons. They are accelerated in<a href="https://www.sourcetronic.com/shop/en/oscilloscopes/"><img class="alignright  wp-image-1325" alt="SDO 2202B" src="https://www.sourcetronic.com/wp-content/uploads/2014/02/SDO-2202B-300x187.jpg" width="216" height="134" /></a>to an evacuated space by the electric field present and sent towards the cathode. By including a function generator in the oscilloscope, it is possible for a three-dimensional focusing to be achieved. For this reason, between the cathode and anode a negatively charged hollow cylinder, also known as "Wehnelt cylinder", is positioned. By doing this, the electrons are accelerated by a pair of capacitor plates, which usually sends them straight by deflecting them. The deflection is proportional in each direction to the applied voltage. The electrons are collected by a screen which then allows for a graphical representation for the ratio of the voltages.

Additionally, the equipped function generator in the oscilloscope makes it possible to gather data from pure stress ratios in order to draw time-dependent voltage functions. Many of the function generators also feature a dual-beam setting that allows the representation of two stress functions as a function of time.
There is a difference between an analog oscilloscope and a digital oscilloscope. An analog oscilloscope uses a cathode ray tube display, however; over time the digital oscilloscope devices almost completely replaced the analog devices on the market. This is mainly due to practical disadvantages such as the size of the cathode ray tubes as well as economic factors. These days, they are only used in smaller laboratories as well as for training in technical schools. The digital oscilloscope is increasingly common which uses an analog-digital conversion function. They are known principally as storage oscilloscopes as they provide data which can be saved or transferred to a computer.