OSCILLOSCOPE digital (TBS1000C series) 100MHz

NST PELEMEASOTT

Valid Article



OC subscriptions: included in supply or field order tools (e.g. UniField)
SC subscriptions: included in supply or field tools
OC validations: approved for procurement and use by an OC for international or local orders specifying context and activity in Medical Standard Lists (MSL)

https://unicat.msf.org/web/image/product.template/577563/image_1920?unique=f080d82

This combination does not exist.

Add article to list

   

Add Kit To Wishlist

   

OSCILLOSCOPE digital (TBS1000C series) 100MHz

Form

Oscilloscope designed for general-purpose signal visualization, measurement, and troubleshooting in education, maintenance, and light industrial environments.

  • physical format: bench-top instrument with integrated carrying handle
  • display: 7-inch TFT color display, WVGA resolution
  • channels: 2 analog channels
  • bandwidth options: 100 MHz
  • sample rate: up to 1 GS/s
  • record length: 20 kpoints
  • acquisition modes: sample, peak detect, average, hi-resolution, roll
  • waveform update rate: up to 100 000 wfms/s
  • FFT analysis: yes
  • triggering: edge, pulse width, runt, and line triggers
  • front interface: USB 2.0 host port
  • rear interface: USB 2.0 device port
  • power supply: 100 to 240 VAC, 50/60 Hz​
  • safety standard: IEC 61010-1, Pollution Degree 2

Per piece.

Fit

Vertical system:

  • vertical resolution: 8 bits
  • input impedance: 1 MΩ ∥ ~15 pF
  • input coupling: AC, DC
  • maximum input voltage: 300 V RMS (CAT II)
  • vertical scale range: 1 mV/div to 10 V/div (with probe attenuation)

Horizontal system:

  • time base accuracy: ±20 ppm
  • time base range: model dependent, from ns/div to s/div

Trigger system:

  • trigger sources: CH1, CH2, external, AC line
  • trigger coupling: DC, noise reject, HF reject, LF reject

Environmental conditions:

  • operating temperature: 0 °C to +50 °C
  • storage temperature: –30 °C to +71 °C

Function

Digital storage oscilloscope intended for real-time visualization and analysis of electrical signals, enabling measurement, debugging, and verification of time-varying waveforms.

Primary functions:

  • real-time display of analog waveforms on two channels
  • automatic measurements of time and amplitude parameters
  • FFT-based frequency-domain analysis
  • advanced triggering for stable waveform capture
  • cursors and math functions for signal evaluation

Typical applications:

  • education and laboratory training
  • electrical and electronic troubleshooting
  • verification of power, control, and communication signals
  • maintenance and repair activities

Limitations:

  • no mixed-signal or logic analyzer channels
  • no battery operation (mains powered only)
  • bandwidth and performance dependent on selected model