20 MHz Digital Storage Oscilloscope, 2 Channel, 100 MSa/s

SISCO provides 2 channel digital oscilloscope with 20 MHz bandwidth, max. real-time sample rate up to 100 MSa/s. The professional portable oscilloscope with FFT display function can analyze the spectral characteristics of the signal. Cursor measurement function, convenient manual measurement period, frequency and voltage.
SKU: SISCO-DSCO-20
$514.60
i h
Free shipping
Delivery date: 7-12 days
Overview


SISCO digital storage oscilloscope with 20 MHz bandwidth, 100 MSa/s sampling rate, 7 inches color LCD screen. The oscilloscope with innovative design, compact appearance, and abundant functionalities together forge this simple-in-look oscilloscope a very powerful test and measurement instrument which facilitates people to easily solving complex measurement issues.

Detail of 20 MHz digital stroage oscilloscope

7-inch high-definition FFT LCD display

  • A clear view of all signals and screen information.
  • With the same screen display function, you can zoom in and observe the signal details.
 
Detail of 20 MHz digital stroage oscilloscope

Digital storage oscilloscope interface details

  1. 7 inches LCD display
  2. Function selection button
  3. Universal Knob
  4. Level control system
  5. Function menu button
  6. Switch
  7. USB port
  8. Channel input
  9. Vertical control system
  10. Trigger system

 

Dimension Unit (mm)

Dimension of 20 MHz digital storage oscilloscope

Application

The main application of a SISCO oscilloscope is used to display the waveforms of signals. It can be used in many fields such as automotive test, signal analysis, electrical, transducer test and measurement, electrical equipment design, medical equipment testing field, etc.

Application of laser distance meter

Specs

 

Model SISCO-NDS-1022S
Bandwidth 20 MHz
Channel 2 Channel
Sample rate 100 MSa/s
Acquisition model Sample, Peak detect
Record length 10K
Display 7 inch LCD
Waveform refresh rate 10000 wfrms/s
Input coupling DC, AC, Ground
Probe attenuation 1X, 10X, 100X, 1000X
Input Impedance 1MΩ ± 2%, in parallel with 20pF ± 5pF
Max. input voltage 400V (DC+AC, PK - PK)
Bandwidth limit(typical) 20MHz/ Full bandwidth
Sampling rate range 5ns/div ~ 1000s/div, step by 1-2-5
Vertical Resolution 8 bits
Sensitivity Resolution 5mV/div~5V/div
Low Frequency(-3db) ≥10 Hz (at input, AC coupling)
Rise time (at input, Typical) ≤17.5ns
Trigger type Edge
Trigger model Auto, Normal, Single
Trigger level range ±6 div from the screen center
Automatic measurement Vpp, Vavg, Vrms, Frequency, Period, Vmax, Vmin, Vtop, Vbase, Vamp, Overshoot,
Preshoot, Rise Time, Fall Time, +Width, -Width, +Duty, -Duty, DelayA→B , DelayA→B
Cursor measurement ΔV, ΔT, ΔT&ΔV between cursors,auto cursor
Dimension 301*152*70mm
Weight 1.1kg

 

Accessories

  • Power cable
  • USB cable
  • Probe
  • Probe Adjust
  • Quick Guide
FAQs

Q1: Can an oscilloscope measure DC voltage?
A1: DC voltage can be measured using either an oscilloscope or a digital multimeter. Each piece of testing equipment has its advantages and disadvantages.

Q2: What is the maximum frequency for the oscilloscope?
A2: System bandwidth determines an oscilloscope's fundamental ability to measure an analog signal - the maximum frequency range that it can accurately measure. Entry-level scopes will often have a maximum bandwidth of 100 MHz. They can accurately (within 2%) show the amplitudes of sine-wave signals up to 20 MHz.

Q3: What is the record length for an oscilloscope?
A3: The record length, measured in points or samples, divided by the sample rate (in Samples/second) specifies the total time (in seconds) that is acquired. Example: With a record length of 1 M points and a sample rate of 250 MSa/sec, the oscilloscope will capture a signal of 4 msec in length.

Tips: How does a digital storage oscilloscope measure voltage?

The oscilloscope can measure the voltage amplitude of various waveforms. It can measure both DC voltage and sinusoidal voltage as well as the amplitude of pulsed or non-sinusoidal voltages. What is more useful is that it can measure the voltage amplitude of each part of a pulse voltage waveform, such as the amount of impulse or the decrease in the top. The comparative measurement method uses a known standard voltage waveform to compare with the measured voltage waveform to obtain the measured voltage value.

The measured voltage Vx is input to the oscilloscope's Y-axis channel, adjust the sensitivity of the Y-axis, select the switch "V/div" and its fine adjustment knob, so that the screen displays a convenient measurement height Hx and make records, and “V/div” switch and the fine adjustment knob position remains unchanged. Remove the voltage under test, input a known adjustable standard voltage Vs into the Y-axis, and adjust the output amplitude of the standard voltage so that it shows the same amplitude as the measured voltage. At this point, the standard voltage output amplitude is equal to the measured voltage amplitude. The comparison method measures the voltage to avoid vertical system errors and errors, thereby improving the measurement accuracy.

Warranty

Thank you for buying industrial test and measurement equipment on sisco.com, all products sold by sisco and the partner cover a 12 months warranty, effective from the date of receiving the products.


What is covered?

sisco is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.


What is not covered?

  • Product purchased from anyone other than a sisco store or a sisco authorized reseller.
  • Expendable parts.
  • Routine cleaning or normal cosmetic and mechanical wear.
  • Damage from misuse, abuse or neglect.
  • Damage from use of parts other than sisco approved.
  • Damage from use outside the product’s usage or storage parameters.
  • Damage from use of parts not sold by sisco.
  • Damage from modification or incorporation into other products.
  • Damage from repair or replacement of warranted parts by a service provider other than a sisco authorized service provider.
  • Damage caused by the application environment not meeting the product usage requirements and the failure to perform preventive maintenance.
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