Notes for TS-Series Oscilloscopes

Display section
	Type	5.8-inch color LCD (800 x 480 dots) 8 div x 10 div (60 dots/div, Graticule selectable)

Storage CRT
	Type		2-inch dia., CCD scan converter tube (380,000 pixels)
	Persistence characteristics
		Fastest writing speed	10 div/ns
		Persistence time	Variable between 0 and infinity

Storage CRT
	Type		2-inch dia., CCD scan converter tube (380,000 pixels)
	Persistence characteristics
		Fastest writing speed	10 div/ns
		Persistence time	Variable between 0 and infinity

Vertical deflection system (Y axis)
	Mode			CH1, CH2, CH3, CH4, ADD (CH1±CH2), ALT/CHOP (555kHz±1%)
	CH1,2
		Sensitivity range
			50W	5mV/div - 1V/div 8 steps (1-2-5)
			1MW	5mV/div - 5V/div 10 steps (1-2-5)
		Variable		Adjustable to less than 1/2.5
		Accuracy		±2%
		Frequency bandwidth (-3dB)
			50W	TS-81000: DC - 1GHz (10mV - 1V/div)
				TS-80600: DC - 600MHz (10mV - 1V/div)
				DC - 500MHz (5mV - 9.9mV/div)
			1MW (Passive probe model SS-101R is optional)	DC - 500MHz (10mV - 5V/div) at the tip of SS-101R probe
				DC - 350MHz (5mV - 9.9mV/div) at the tip of SS-101R probe
		Rise time		TS-81000 TS-80600 350ps (50W 10mV - 1V/div) 583ps (50W 10mV - 1V/div) Calculated from freq. Bandwidth x rise time = 0.35
		Offset voltage		5mV - 50mV/div: ±1V 100mV - 500mV/div: ±10V 1V - 5V/div: ±100V
		Offset accuracy		±(1.5%+0.5% of full scale + 1mV)
		Input RC		50W: ±2% 1MW: ±1% // 16pF (DC 1MW 5mV - 5V/div, AC 1MW 100mV - 5V/div)
				1.2MW ±1.0% // 16pF (AC 1MW 5mV - 50mV/div)
		Input coupling		DC 50W, DC 1MW, AC 1MW, GND
		Max. input voltage		50W: 5Vrms 1MW: 250Vmax (DC + Peak AC, 5kHz or less)
	CH3, CH4
		Sensitivity range		100mV/div, 500mV/div
		Accuracy		±2%
		Frequency bandwidth (-3dB)		DC - 500MHz
		Offset voltage		100mV/div: ±1V 500mV/div: ±5V
		Input RC		1MW: ±1.0% // 16pF
		Input coupling		DC, AC
		Max. input voltage		1MW: ±250Vmax (DC + Peak AC, 5kHz or less)
	ADD
		Frequency bandwidth (-3dB)		TS-81000 TS-80600 DC - 1GHz (10mV - 1V/div) at 50W input DC - 600MHz (10mV - 1V/div) at 50W input
	Lower cutoff for AC couple			10Hz (-3dB)
	Bandwidth limiter			20MHz 200MHz
	CH skew			Adjustable CH1 to CH4 (1MW)
	Probe sense			10:1, 100:1 detection
	Signal delay time			20ns
	Trace separation			More than 4div

Triggering
	A triggering
		Frequency	TS-81000 TS-80600 DC - 1GHz DC - 600MHz
		Signal sources	CH1, CH2, CH3, CH4, LINE
		Coupling	DC: DC - fmax AC: 100Hz - fmax HF-REJ: Attenuated at 10kHz or more LF-REJ: Attenuated at 10kHz or less
		Slope	+,-
		Sensitivity	DC - 10MHz 0.4div - 100MHz 1.0div - fmax 2.0div 50W 5mV/div - 9.9mV/div fmax: 500MHz 50W 10mV/div - 1V/div fmax: 1GHz (TS-81000) 50W 10mV/div - 1V/div fmax: 600MHz (TS-80600)
	B triggering
		Frequency	DC - 500MHz
		Signal sources	CH1, CH2, CH3, CH4
		Coupling	DC: DC - 500MHz AC: 100Hz - 500MHz HF-REJ: Attenuated at 10kHz or more LF-REJ: Attenuated at 10kHz or less
		Slope	+,-
		Sensitivity	DC - 10MHz 0.4div - 100MHz 1.0div - 500MHz 2.0div
	TV triggering		NTSC, PAL, CUSTOM Line select (1 to 3,000), Field select (1,2,4,8) CUSTOM (including HDTV)
		Slope	+,-
		Sensitivity	1.5 - 8.0div TV clamp available
	Event trigger
		Count mode	Range:1 - 65,535 Max. count frequency: 50MHz
		Burst mode	Range: 0.15 ms - 9.99 s

Horizontal deflection system (X axis)
	Horizontal display		A, ALT, B, X-Y
	A sweep
		Sweep mode	AUTO, NORMAL, SINGLE
		Max. sweep rate	200ps/div(TS-81000) 500ps/div(TS-80600)
		Range	2ns - 200ms/div 25 steps, 1-2-5 (TS-81000) 5ns - 200ms/div 24 steps, 1-2-5 (TS-80600)
		Variable	2ns - 600ms/div (TS-81000) 5ns - 600ms/div (TS-80600)
		Accuracy I (*1)	±2% (5ns - 200ms/div) over center 8div ±3% (2ns/div) over center 8div (TS-81000)
		Accuracy II (*1)	±5%(5ns - 200ms/div) any 2div within center 8div ±6% (2ns/div) over center 8div (*1) 20ns or 1div for the beginning of the sweep and 20ns for the end of sweep should be excluded. Add 1% when VARIABLE is ON
	B sweep
		Delay method	Triggered delay (TRIG'D DELAY) Continuous delay (RUNS AFTER DELAY)
		Max. sweep rate	200ps/div (TS-81000) 500ps/div (TS-80600)
		Range	2ns - 20ms/div 22 steps, 1-2-5 (TS-81000) 5ns - 20ms/div 21 steps, 1-2-5 (TS-80600)
		Accuracy I (*2)	±2% (5ns - 200ms/div) over center 8div ±3% (2ns/div) over center 8div
		Accuracy II (*2)	±5% (5ns - 200ms/div) any 2div within center 8div ±6% (2ns/div) over center 8div (TS-81000) (*2) 20ns or 1div for the beginning of the sweep and 20ns for the end of sweep should be excluded.
	Dual delay		Available
	Sweep magnification		x 10
	Delay jitter		Less than 1/50,000
	Hold off time		Variable 1 sec. max.

X-Y
	X axis		CH1
		Sensitivity	Same as CH1
		Frequency bandwidth	10MHz (-3dB)
	Y axis		CH1, CH2, CH3, CH4
		Sensitivity	Same as each CH
		Frequency bandwidth	Same as each CH
	X-Y phase difference		Within 3° (DC - 5MHz)

CAL signal
	Waveform	Square-wave
	Frequency	1kHz ±0.1%
	Output voltage	0.6V ±1%

CH2 OUT
	Amplitude	20mV/div ±20% (50W)
	Frequency bandwidth	500MHz(-3dB) 50W, 10mV/div (TS-81000) 300MHz(-3dB) 50W, 10mV/div (TS-80600)
	Output resistance	50W ±10%

Z AXIS IN
	Intensity modulation voltage	0.5Vp-p
	Polarity	Dark with positive voltage and brighter with negative voltage
	Frequency range	DC - 5MHz
	Input resistance	5kW ±20%
	Max. Input voltage	±40V

Probe power supply
	Connectors	2
	Suitable probes	SFP-5A, SFP-4A, SS-250, SS-240A

Auto Setup
	Auto Setup	Input sensitivity, Offset, TIME/DIV, Trigger level Amplitude: 30mV - 35V Frequency: 50Hz-200MHz

Cursor measurement
	Dt	Relative time difference measurement with cursor Resolution: 1/60 div
	DV	Relative voltage difference measurement with cursor Resolution: 1/60 div

Frequency counter
	Frequency bandwidth	2Hz - 1GHz (TS-81000) 2Hz - 600MHz (TS-80600)
	Digit	6 digits, accuracy ±0.01%

Clock
	Display	Month/Date/Time/Minute
	Accuracy	±50ppm

Interface
	Remote control	10Base-T (Ethernet)
	PC card slot	ATA card available (PCMCIA Type II)
	External monitor out	VGA WIDE
	NTSC output (Composite, S out)	Amplitude: 1 Vp-p ± 0.3 V 75W Output resistance: approx. 75W (AC coupling)
	Built-in printer	Line thermal printer Paper size: width 112mm, length 25m

Power supply
	Voltage range	100V - 240V AC 50/60Hz
	Power consumption	200VA max. (with built-in printer operation)
	Power consumption in the Standby mode	Approx. 5VA max.

Weight and dimensions
	Dimensions	Approx. 198H x 332W x 406Lmm (accessories and projections are not included)
	Weight	Approx. 10kg (accessories and options are not included)

Environmental conditions
	Operating range temperature	0°C - +40°C +5°C - +40°C (Built-in printer operation temperature)
	Humidity	90%/+40°C
	Performance guaranteed temperature	+10°C - +35°C
	Preheating time	These specifications are guaranteed after power has been on for 30 minutes or longer.
	Storage range temperature	-20°C - +60°C/80% RH
	Operating	2,000m, air pressure of approx. 79kPa
	Not operating	15,000m, air pressure of approx. 12kPa

Accessories
	Instruction manual (1), Power cord (1), Thermal printer paper (1)

Notes for TS-Series Oscilloscopes

Writing speed (maximum recording speed)

The writing speed indicates the ability to store the transition of a signal, and is expressed in units of div/ns which express the electron beam moving speed. The TS-Series has a writing speed of 10 div/ns. In other words, it can store a 100 ps/div signal sweep trace when there is no signal. When a 1,000MHz sine wave is input, an amplitude [peak-peak div] of up to 3.18 [div] can be stored. The writing speed at the point where the sinewave crosses 0°, 180° and 360° is calculated with the following equation. WS = Apf   WS: Write speed [div], A: Amplitude (peak-peak div), p: 3.14, f: Frequency (Hz)   10 div/ns = 10 x 1-E9 div/s 10 x 10E9 = A[div] x 3.14 x 1,000 x 10E6, where A = 3.18[div]   Pulse rise time is defined as the time it takes the pulse to rise from 10% to 90% of its amplitude, assuming that the pulse transition is a straight line. The equation for amplitude is A = 1.25 x WS x Tr, where Tr = rise time. Relation between writing speed and amplitude Sinewave: WS = pAf A = WS/pf Pulse: WS = A/(1.25 x Tr) A = WS(1.25 x Tr)

Notice regarding defective pixels in TFT display

The TFT (thin-film transistor) color liquid crystal display is carefully manufactured using advanced technology. Nonetheless, it may contain several display defects such as pixels that are constantly dark or constantly bright. This is not a malfunction of the instrument.