FNIRSI 1013D 2-ch Tablet Oscilloscope (100 MHz)

Description

The FNIRSI 1013D is a fully featured 2-channel tablet oscilloscope with a high-resolution 7-inch LCD screen (800 x 480 pixels). The oscilloscope has a real-time sampling rate of 1 GSa/s and an analog bandwidth of 100 MHz.

With full trigger functions (single/normal/automatic), it can be used for periodic analog signals or non-periodic digital signals. The built-in high-voltage protection module can withstand a continuous voltage of up to 400 V.

Features

  • Intelligent anti-burn,1X can withstand up to 400 V withstand voltage.
  • 100 MHz analog bandwidth @ 1 GSa/s sampling rate (1X = 5 MHz,10X = 100 MHz).
  • Fully fit 7-inch 800 x 480 resolution color TFT LCD display with bright colors and high contrast.
  • Capacitive touching screen, the same as the touching mode of modern mobile tablet, is not a resistive touching screen with ancient nail operation.
  • High measurement voltage range, 1X can measure 0~40 V, 10X can measure 0~400 V,100X can measure 0~4000 V.
  • Up to 12 parameters measurement: VPP, VP, Vmax, Vmin, Vavg, Vrms, Frequent, Duty+, Duty-, Time+, Time−, Period.
  • Cursor measurement function, it is convenient to manually measure the period and frequency and voltage.
  • Complete triggering function (single, normal, automatic).
  • At any time, the waveform display (pause function) is frozen.
  • Equipped with high efficiency One-button AUTO.
  • One-button waveform storage and screenshot.
  • Built-in 1 GB storage space, can store up to 1000 screenshots + 1000 sets of waveform data.
  • Powerful waveform picture manager supports thumbnail browsing, viewing, detailed viewing, page turning, deletion and waveform zooming in, zooming out, moving, etc.
  • Equipped with a USB interface, which can be connected to a computer to share its screenshots with the computer, which is convenient for secondary analysis.
  • Lissajous figures graphic display function can be used to determine the amplitude, frequency, and phase contrast of two groups of signals.
  • FFT display function, can analyze the spectral characteristics of the signal.
  • Built-in 6000 mAh rechargeable lithium battery, fully charged for 4 hours of continuous use at the highest screen brightness.
  • Memory compression technology, waveform refresh screen does not flicker.
  • Screen brightness adjustment.
  • Background grid brightness adjustment.

Applications

  • Electronic DIY
  • Appliance repair
  • Car repair
  • Equipment debug
  • Scientific research
  • Product development

Specifications

Channels 2
LCD size 7 inch
LCD resolution 800 x 480
Display technology TFT
Bandwidth 100 Mhz
Sampling rate 1 GSa/s
Rise time <3nS
Storage depth 240 Kbit
Input resistance 1 MΩ
Sensitivity 50 mV ~ 500 V
Time base 50S ~ 10nS
Trigger mode Single/Normal/Auto
Trigger edge Rising/Falling
Coupling AC/DC
Highest test voltage 1X: 40 V, 10X: 400 V
Cursor Position XY, Trigger Y
Roll mode Yes
One button AUTO Yes
Waveform storage 1000 pictures + 1000 waveforms
Waveform manager Yes
Voltage accuracy ±2%
Frequency precision ±0.01% high precision
Parameter 12 kinds in total
Battery 6000 mAh Lithium
Standby 4 hours
Extension USB export
Power supply USB-C, 5 V @ 2 A/3 A/4 A
Dimensions 184 x 124 x 50 mm
Weight 650 g

Included

  • 1x FNIRSI 1013D 2-ch Tablet Oscilloscope
  • 2x 100 MHz Probes (1X and 10X)
  • 1x USB charger
  • 1x USB cable
  • 1x Manual

Downloads

Product form

The FNIRSI 1013D is a fully featured 2-channel tablet oscilloscope with a high-resolution 7-inch LCD screen (800 x 480 pixels).... Read more

€ 169,95 incl. VAT
Members € 152,96

      Shipping may take longer during the festive season.

    Details

    SKU: 20644
    EAN: 020644

    Description

    The FNIRSI 1013D is a fully featured 2-channel tablet oscilloscope with a high-resolution 7-inch LCD screen (800 x 480 pixels). The oscilloscope has a real-time sampling rate of 1 GSa/s and an analog bandwidth of 100 MHz.

    With full trigger functions (single/normal/automatic), it can be used for periodic analog signals or non-periodic digital signals. The built-in high-voltage protection module can withstand a continuous voltage of up to 400 V.

    Features

    • Intelligent anti-burn,1X can withstand up to 400 V withstand voltage.
    • 100 MHz analog bandwidth @ 1 GSa/s sampling rate (1X = 5 MHz,10X = 100 MHz).
    • Fully fit 7-inch 800 x 480 resolution color TFT LCD display with bright colors and high contrast.
    • Capacitive touching screen, the same as the touching mode of modern mobile tablet, is not a resistive touching screen with ancient nail operation.
    • High measurement voltage range, 1X can measure 0~40 V, 10X can measure 0~400 V,100X can measure 0~4000 V.
    • Up to 12 parameters measurement: VPP, VP, Vmax, Vmin, Vavg, Vrms, Frequent, Duty+, Duty-, Time+, Time−, Period.
    • Cursor measurement function, it is convenient to manually measure the period and frequency and voltage.
    • Complete triggering function (single, normal, automatic).
    • At any time, the waveform display (pause function) is frozen.
    • Equipped with high efficiency One-button AUTO.
    • One-button waveform storage and screenshot.
    • Built-in 1 GB storage space, can store up to 1000 screenshots + 1000 sets of waveform data.
    • Powerful waveform picture manager supports thumbnail browsing, viewing, detailed viewing, page turning, deletion and waveform zooming in, zooming out, moving, etc.
    • Equipped with a USB interface, which can be connected to a computer to share its screenshots with the computer, which is convenient for secondary analysis.
    • Lissajous figures graphic display function can be used to determine the amplitude, frequency, and phase contrast of two groups of signals.
    • FFT display function, can analyze the spectral characteristics of the signal.
    • Built-in 6000 mAh rechargeable lithium battery, fully charged for 4 hours of continuous use at the highest screen brightness.
    • Memory compression technology, waveform refresh screen does not flicker.
    • Screen brightness adjustment.
    • Background grid brightness adjustment.

    Applications

    • Electronic DIY
    • Appliance repair
    • Car repair
    • Equipment debug
    • Scientific research
    • Product development

    Specifications

    Channels 2
    LCD size 7 inch
    LCD resolution 800 x 480
    Display technology TFT
    Bandwidth 100 Mhz
    Sampling rate 1 GSa/s
    Rise time <3nS
    Storage depth 240 Kbit
    Input resistance 1 MΩ
    Sensitivity 50 mV ~ 500 V
    Time base 50S ~ 10nS
    Trigger mode Single/Normal/Auto
    Trigger edge Rising/Falling
    Coupling AC/DC
    Highest test voltage 1X: 40 V, 10X: 400 V
    Cursor Position XY, Trigger Y
    Roll mode Yes
    One button AUTO Yes
    Waveform storage 1000 pictures + 1000 waveforms
    Waveform manager Yes
    Voltage accuracy ±2%
    Frequency precision ±0.01% high precision
    Parameter 12 kinds in total
    Battery 6000 mAh Lithium
    Standby 4 hours
    Extension USB export
    Power supply USB-C, 5 V @ 2 A/3 A/4 A
    Dimensions 184 x 124 x 50 mm
    Weight 650 g

    Included

    • 1x FNIRSI 1013D 2-ch Tablet Oscilloscope
    • 2x 100 MHz Probes (1X and 10X)
    • 1x USB charger
    • 1x USB cable
    • 1x Manual

    Downloads

    Customer Reviews

    Based on 2 reviews
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    K
    Klaus P.
    Digitaloszilloskop FNIRSI

    Sehr zufrieden mit Bestellungszeitraum ,Versand und Gerät bei gutem Preis...seit 40 Jahren elektor ,leser

    C
    Christian S.
    FNIRSI 1013d

    Es gibt immer wieder Menschen die vergleichen so ein kostengünstiges Digitaloszilloskop mit einem Markengerät, was das 10 bis 100 fache kostet .... Nonsens!
    Für den Preis bekommt man ein Spitzengerät mit Extras die zB .: das Display was ein Tektronix oder R&S oder Rigol usw einfach nicht bieten! Für Netzteile, TV Geräte, Verstärker, uvm vollkommen ausreichend! Ich besitze 2 der Geräte da ich immer eines im Auto mithabe... Ich bin von der Qualität überzeugt es reicht völlig aus für Profi, Hobbybastler, Einsteiger, Vor 40 Jahren während meiner Ausbildung wäre ich ausgeflippt, wenn ich so ein Oszilloskop gehabt hätte! Ich begann mit einem 1 MHz Röhrenoszilloskop Quasi ein Schätzeisen das heute im Museum steht. So ein Gerät hätte damals jedes Techniker Herz höher schlagen lassen! Während der Schule wäre das Verständnis der Elektronik einfacher gemacht denn wenn man sich Signale nur Vorstellen kann und selber Zeichnet ist direkt ansehen etwas einfacher....
    Christian aus Oberösterreich

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