Oscilloscopes

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Mfr Part #	Quantity Available	Price	Series	Package	Product Status	Type	Bandwidth	Channels	Display Type	Interface	Memory Size	Function	Probe Type	Sampling Rate (Per Second)	Input Impedance	Rise Time (Typ)	Voltage - Input (Max)	Voltage - Supply

T3DSO2104HD TELEDYNE LECROY, 100 MHZ, 2 GS/S Teledyne LeCroy	4 In Stock	1 : $4,695.02000 Box	T3DSO2000HD	Box	Active	Bench, Digital	100 MHz	4 Analog	LCD - Color	USB	200Mpts	Record, Playback, Save, Trend	Passive 10:1 (4)	2G	1M - 16pF	3.5 ns	400V	100 ~ 240VAC
T3DSO2104HD-MS TELEDYNE LECROY, 100 MHZ, 2 GS/S Teledyne LeCroy	2 In Stock	1 : $4,895.02000 Box	T3DSO2000HD	Box	Active	Bench, Digital	100 MHz	4 Analog	LCD - Color	USB	200Mpts	Record, Playback, Save, Trend	Passive (4)	2G	1M - 16pF	3.5 ns	400V	100 ~ 240VAC
T3DSO2204HD TELEDYNE LECROY, 200 MHZ, 2 GS/S Teledyne LeCroy	8 In Stock	1 : $5,005.03000 Box	T3DSO2000HD	Box	Active	Bench, Digital	200 MHz	4 Analog	LCD - Color	USB	200Mpts	Record, Playback, Save, Trend	Passive 10:1 (4)	2G	1M - 16pF	1.7 ns	400V	100 ~ 240VAC
T3DSO2354HD TELEDYNE LECROY, 350 MHZ, 2 GS/S Teledyne LeCroy	5 In Stock	1 : $5,695.03000 Box	T3DSO2000HD	Box	Active	Bench, Digital	350 MHz	4 Analog	LCD - Color	USB	200Mpts	Record, Playback, Save, Trend	Passive (4)	2G	1M - 16pF	1 ns	400V	100 ~ 240VAC
T3DSO2204HD-MS TELEDYNE LECROY, 200 MHZ, 2 GS/S Teledyne LeCroy	1 In Stock	1 : $5,250.03000 Box	T3DSO2000HD	Box	Active	Bench, Digital	200 MHz	4 Analog	LCD - Color	USB	200Mpts	Record, Playback, Save, Trend	Passive (4)	2G	1M - 16pF	1.7 ns	400V	100 ~ 240VAC
T3DSO2354HD-MS TELEDYNE LECROY, 350 MHZ, 2 GS/S Teledyne LeCroy	1 In Stock	1 : $5,895.03000 Box	T3DSO2000HD	Box	Active	Bench, Digital	350 MHz	4 Analog	LCD - Color	USB	200Mpts	Record, Playback, Save, Trend	Passive (4)	2G	1M - 16pF	1 ns	400V	100 ~ 240VAC

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Oscilloscopes

Oscilloscopes are measurement tools that create a visual representation of electronic signals. An essential tool for those who work with electronics, they are used to observe and measure high-speed phenomena, with more advanced examples capable of measuring signals with frequency content approaching the GHz range. As a general rule they exchange absolute accuracy and measurement resolution for speed, with even modest multimeters likely to yield better measurements than most oscilloscopes of the DC/low-frequency phenomena for which multimeters are well-adapted.