Tektronix 2467B Oscilloscope, Analog: 400MHz,4ch (Stand alone)
Feature:
Bandwidth: 400MHz
Rise time: 875ps
No. of channels: 4ch
High Writing-Speed Brighteye Oscilloscope
The 2467B Shows Fast, Random Events in Normal Room Light.
- Highlights Interittent Glitches Instantly
- Brightly Displays Single Lines of Video Waveforms
- 4 cm/ns Visible Writing Speed
- 400 MHz Bandwidth, Single-Shot and Repetive
- Automatic Push-Button Setup and Measurements
- 4 Channels
- Lightweight and Rugged
2467B 400 MHz Oscilloscope
A Visible Difference
The 2467B instantly displays signals that other analog scopes can't show and digital scopes spend minutes (or hours) waiting to capture. The visible writing speed of the 2467B allows users to see single-shot traces from lasers and ESD (electro-static discharge) pulses. Random noise and infrequent or intermittent faults are clearly visible within repetitive signals.
Low repetition-rate signals, such as a line of raster-scan video, are easy to see without a viewing hood on the 2467B. The fast updHigh Writing-Speed Brighteye Oscilloscope
The 2467B Shows Fast, Random Events in Normal Room Light.
- Highlights Interittent Glitches Instantly
- Brightly Displays Single Lines of Video Waveforms
- 4 cm/ns Visible Writing Speed
- 400 MHz Bandwidth, Single-Shot and Repetive
- Automatic Push-Button Setup and Measurements
- 4 Channels
- Lightweight and Rugged
2467B 400 MHz Oscilloscope
A Visible Difference
The 2467B instantly displays signals that other analog scopes can't show and digital scopes spend minutes (or hours) waiting to capture. The visible writing speed of the 2467B allows users to see single-shot traces from lasers and ESD (electro-static discharge) pulses. Random noise and infrequent or intermittent faults are clearly visible within repetitive signals.
Low repetition-rate signals, such as a line of raster-scan video, are easy to see without a viewing hood on the 2467B. The fast upd
Period
Minimum Signal Amplifiction
Frequency
Volts
+-Peak
Peak-to-Peak
Average
Pulse Width
Duty Cycle
Rise Time
Fall Time
Time Interval
Jitter Error
Offset Error