Video signal

The TS-Series displays video signal details accurately. It can clearly show slow repetition video signal details with ultra-high brightness via the persistence function. The TS-Series has functions that are ideal for video signal monitoring, including an HDTV trigger, a greatly reduced delay jitter performance, two types of video signal scales, a TV clamp, 4-field selector, and dual delay.

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Photo multiplier tube

The photo multiplier tube enables weak light emitted via radiation in the scintillation counter to be measured as voltage variations. With the TS-Series, clusters of irregular single-shot signals can be updated at ultra-high speeds and displayed in real time with slight differences in brightness.

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Blue laser diode

The read/write signals of laser diodes are getting faster as the density of optical storage media increases. The TS-Series can provide solutions for engineers due to its 1GHz (TS-81000)/600MHz (TS-80600) frequency bandwidth - the widest in the world.

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High-power laser waveform

High-brightness analog oscilloscopes are necessary for continuous low-repetition rate pulse signals. The TS-Series can provides new safety evaluation style as a high power laser with video output and a LAN interface.

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HDD magnetic head measurement

Output waveforms from defective sectors on a hard disk where errors have occurred are magnified for observation.

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Large-capacity transmission

Digitized video data is sent via a high-speed serial transmission line. The TS-81000 accurately displays subtle variations, such as overshoot of serial data signal waveforms.

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Evaluation of power-factor improvement circuit (power supply)

The TS-Series displays jitter contained waveforms with brightness vatiation in real time.

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Comparing waveform observation of analog and digital oscilloscopes

The following shows a comparison of analog and digital waveforms, using calibration waveforms from the EMC static electricity discharging immunity testing equipment. The figure on the left shows a waveform captured by an analog storage oscilloscope, while the figure on the right shows a waveform captured by a digital oscilloscope with a 10 GS/s high-speed sampling frequency. When compared to the analog oscilloscope (on the left), you may see an apparent difference in peak level in the first pulse section. The observed object is a signal with an amplitude of approximately 800 mV. The peak signal is not captured by the digital oscilloscope, possibly because correct observation is not possible with the digital oscilloscope due to insufficient sampling speed, depending on the waveforms being observed. Although the static electricity discharging test is just an example, it shows that the TS-Series Analog Storage Oscilloscope can easily capture extra-high speed signals of this type and display the captured waveform "as it is" in real time.

Captured by analog storage oscilloscope	Captured by digital oscilloscope (10 GS/s)
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