Tasuta tarne Unisend pakiautomaatidesse alates 35 €
Tasuta tarne Unisend pakiautomaatidesse alates 35 €
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FNIRSI 1013D 7" Portable Tablet Oscilloscope

139.60 €135.50 €
Kaubakood: 175537
Tarnija laos olemas Tellimiseks saadaval: 10+ tk Ooteaeg: 5–12 tööpäeva

Tarnevõimalused – tarneriik:

Eesti
Tarne pakiautomaati Eeldatav: 12.11.–23.11.
Tasuta
Kulleriga kohaletoimetamine Eeldatav: 12.11.–23.11.
9.90 €

The FNIRSI 1013D is a portable 2-channel tablet oscilloscope featuring a 7-inch TFT touchscreen, designed for signal analysis in workshops, electronic design, and device servicing.

Key Features

  • Bandwidth and Sampling: 100 MHz bandwidth and 1 GSa/s real-time sampling rate.
  • Touch Display: 7-inch TFT capacitive touchscreen with 800 x 480 resolution.
  • Dual Channels: 2 measurement channels with 1 MΩ input impedance for simultaneous signal analysis.
  • Auto Adjustment: One-button automatic signal adjustment for fast parameter setup.
  • Data Storage: 1 GB internal memory storing up to 1,000 screenshots and 1,000 waveform sets with USB export.
  • Battery Life: Built-in 6,000 mAh lithium battery provides approximately 4 hours of operation.

ManufacturerFNIRSI
Model1013D
Number of channels2
Bandwidth100 MHz
Sampling frequency1 GSa/s
Screen size7 inches
Resolution800 x 480
Display technologyTFT
Highest test voltage1X: 40V, 10X: 400V
Memory depth240 Kbit
Input resistance1 MΩ
Sensitivity50 mV ~ 500 V
Time base50 s ~ 10 ns
Trigger modesSingle / Normal / Auto
Battery capacity6000 mAh
Operating time4 hours
ChargingUSB-C 5V 2A/3A/4A
Dimensions184 x 124 x 50 mm
EAN5907085527086
What is included in the FNIRSI 1013D package?

The package includes the FNIRSI 1013D portable oscilloscope, two 100 MHz probes, a USB charger, and a user manual.

How long does the built-in battery last?

The integrated 6,000 mAh lithium battery provides approximately 4 hours of operation on a full charge.

How much waveform data can be stored on the device?

The device features 1 GB of internal memory, which can store up to 1,000 images and 1,000 waveform sets.