Class's best cost performance low noise / high -resolution oscilloscope WAVESURFER 4000HD
Teledyne LeCroy
About This Product
■ Characteristics
・ 12.1 inch 1,280 × 800 Touch screen
・ The button and knob that glow in the color according to the display color of the waveform
・ Tablet -like intuition operation with OneTouch Maui
・ HDO4096 Realizes 12 -bit at all times with technology
・ Currently cursor operation and set value change without opening the menu
・ Compatible with more than 30 kinds of probes with Probus probe/interface
・ .. Supports mixed/signal functions in the digital port of 16 channels
・ Easy connection to various devices on USB3.1 ports
・ WAVESOURCE output for built -in function generator
・ HDMI external display/port
・ Remote control with USB2.0 (USBTMC) or 100BASE-T
・ Synchronous operation with other devices with trigger entry/output
・ Save data with a microSD card slot
■ HD4096 Technology - Low noise & 12 -bit
Teledine Recroy's 12 -bit high -resolution oscilloscope provides unpromial measurement ability that uses its own HD4096 technology. High -speed sampling, 12 -bit high resolution AD converter. Input amplorer with high SN ratio. (Up to 1 GHz) Low noise architecture
Once, if you experience the high -precision and high -definition HD4096 technology, you will not be able to return to 8 -bit/oscilloscope again. HD4096 technology provides unparalleled reliability and measurement, regardless of general design, debugging, high -precision sensor, power electronics, car electronics, mechatronics, etc.
■ Clear and clean waveform
Compared to the waveform captured by the conventional 8 -bit oscilloscope, the waveform captured by HD4096 12 -bit/technology is overwhelmingly clear, clean and more accurate. HD4096 If you look at the waveforms captured by technology, you will no longer be able to return to 8 -bit oscilloscope.
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Product
Class's best cost performance low noise / high -resolution oscilloscope WAVESURFER 4000HD
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Handling Company
Teledyne LeCroy
4 Models of Class's best cost performance low noise / high -resolution oscilloscope WAVESURFER 4000HD
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Analog bandwidth@50Ω (-3db) | Average number | Capture -Analog Channel sampling speed | Channel between isolation | Clock accuracy | DC gain accuracy (DC accuracy gain component) | Frequency band restriction | Group division of slesholds | Horizontal axis -analog channel capture mode | Input channel | Input coupling | Input dynamic range | Input impey dance | Maximum input voltage | Minimum input voltage swing | Number of valid bits (ENOB) | Offset accuracy | Offset range | Rescaling | Slateled accuracy | Standard memory long option (4ch / 2ch) | Standing time (10-90%) | Supreme selection of thresholds | Time -based | Time base range | Vertical axis, horizontal axis, capture-Digital channel WS4KHD-MSO Option only input channel | Vertical axis, horizontal axis, capture-Digital channel WS4KHD-MSO option only maximum input voltage | Vertical decomposition ability | Vertical noise floor 1mv/Div ~ 1V/Div | sensitivity |
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4024HD |
Available upon quote | 200 MHz | Additional average of 1024 sweep | 2.5GS/S (4ch), 5GS/S (2ch) | 60db | + 1 ppm/year from ± 2.5ppm calibration | Full scale ± 0.5%, offset 0V | 20 MHz | POD 2: D15 ~ D8, POD 1: D7 ~ D0 | Real time, roll, average, sequence (up to 1,000 segments, minimum 1 μs dead time) | Four | 1 mΩ: AC, DC, GND; 50 ω: DC, GND | ± 20V | 50 Ω: ± 2.0%; 1 mΩ: ± 2.0%, 15 PF | 50 Ω: 5 VRMS, ± 10V peak, 1 mΩ: 400 V Max (DC + Peak AC ≤ 10 kHz) | 500 MVPP | 8.7 | ± (1.0% of offset value + 0.5% of full scale + 0.02% + 1 MV of maximum offset) | 50 Ω: 1 MV ~ 4.95 MV: ± 1.6 V; 5 MV ~ 9.9 MV: ± 4 V, 10 MV ~ 19.8 MV: ± 8 V; 20 MV ~ 1 V: ± 10 V | Electric: Bolt, ampere | ± (3% + 100 MV of sleshold setting value) | 12.5 m points/25 M points | 1.75 NS | TTL (+1.4 V), 5 V CMOS (+2.5 V), ECL (-1.3 V) or user definition | The internal time base is common to 4 input | 500 PS/Div ~ 100 S/Div | 16 digital, channel | ± 30V peak | 12 -bit | 65μV ~ 2.7mv | 50 Ω: 1 MV -1 V/DIV (consecutive variable variable settings), Fully Variable; 1 MΩ: 1 MV -10 V/DIV (consecutive variable settings) |
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4034HD |
Available upon quote | 350 MHz | Additional average of 1024 sweep | 2.5GS/S (4ch), 5GS/S (2ch) | 60db@DC ~ 200MHz, 50db@200 ~ 350MHz | + 1 ppm/year from ± 2.5ppm calibration | Full scale ± 0.5%, offset 0V | 20 MHz, 200 MHz | POD 2: D15 ~ D8, POD 1: D7 ~ D0 | Real time, roll, average, sequence (up to 1,000 segments, minimum 1 μs dead time) | Four | 1 mΩ: AC, DC, GND; 50 ω: DC, GND | ± 20V | 50 Ω: ± 2.0%; 1 mΩ: ± 2.0%, 15 PF | 50 Ω: 5 VRMS, ± 10V peak, 1 mΩ: 400 V Max (DC + Peak AC ≤ 10 kHz) | 500 MVPP | 8.6 | ± (1.0% of offset value + 0.5% of full scale + 0.02% + 1 MV of maximum offset) | 50 Ω: 1 MV ~ 4.95 MV: ± 1.6 V; 5 MV ~ 9.9 MV: ± 4 V, 10 MV ~ 19.8 MV: ± 8 V; 20 MV ~ 1 V: ± 10 V | Electric: Bolt, ampere | ± (3% + 100 MV of sleshold setting value) | 12.5 m points/25 M points | 1NS | TTL (+1.4 V), 5 V CMOS (+2.5 V), ECL (-1.3 V) or user definition | The internal time base is common to 4 input | 500 PS/Div ~ 100 S/Div | 16 digital, channel | ± 30V peak | 12 -bit | 70μV ~ 2.9mv | 50 Ω: 1 MV -1 V/DIV (consecutive variable variable settings), Fully Variable; 1 MΩ: 1 MV -10 V/DIV (consecutive variable settings) |
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4054HD |
Available upon quote | 500 MHz | Additional average of 1024 sweep | 2.5GS/S (4ch), 5GS/S (2ch) | 60db@DC ~ 200MHz, 50db@200 ~ 500MHz | + 1 ppm/year from ± 2.5ppm calibration | Full scale ± 0.5%, offset 0V | 20 MHz, 200 MHz | POD 2: D15 ~ D8, POD 1: D7 ~ D0 | Real time, roll, average, sequence (up to 1,000 segments, minimum 1 μs dead time) | Four | 1 mΩ: AC, DC, GND; 50 ω: DC, GND | ± 20V | 50 Ω: ± 2.0%; 1 mΩ: ± 2.0%, 15 PF | 50 Ω: 5 VRMS, ± 10V peak, 1 mΩ: 400 V Max (DC + Peak AC ≤ 10 kHz) | 500 MVPP | 8.5 | ± (1.0% of offset value + 0.5% of full scale + 0.02% + 1 MV of maximum offset) | 50 Ω: 1 MV ~ 4.95 MV: ± 1.6 V; 5 MV ~ 9.9 MV: ± 4 V, 10 MV ~ 19.8 MV: ± 8 V; 20 MV ~ 1 V: ± 10 V | Electric: Bolt, ampere | ± (3% + 100 MV of sleshold setting value) | 12.5 m points/25 M points | 700ps | TTL (+1.4 V), 5 V CMOS (+2.5 V), ECL (-1.3 V) or user definition | The internal time base is common to 4 input | 500 PS/Div ~ 100 S/Div | 16 digital, channel | ± 30V peak | 12 -bit | 90μV ~ 3.5mv | 50 Ω: 1 MV -1 V/DIV (consecutive variable variable settings), Fully Variable; 1 MΩ: 1 MV -10 V/DIV (consecutive variable settings) |
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4104HD |
Available upon quote | 1GHz | Additional average of 1024 sweep | 2.5GS/S (4ch), 5GS/S (2ch) | 60db@DC ~ 200MHz, 50db@200 ~ 500MHz, 40db@500MHz ~ 1GHz | + 1 ppm/year from ± 2.5ppm calibration | Full scale ± 0.5%, offset 0V | 20 MHz, 200 MHz | POD 2: D15 ~ D8, POD 1: D7 ~ D0 | Real time, roll, average, sequence (up to 1,000 segments, minimum 1 μs dead time) | Four | 1 mΩ: AC, DC, GND; 50 ω: DC, GND | ± 20V | 50 Ω: ± 2.0%; 1 mΩ: ± 2.0%, 15 PF | 50 Ω: 5 VRMS, ± 10V peak, 1 mΩ: 400 V Max (DC + Peak AC ≤ 10 kHz) | 500 MVPP | 8.3 | ± (1.0% of offset value + 0.5% of full scale + 0.02% + 1 MV of maximum offset) | 50 Ω: 1 MV ~ 4.95 MV: ± 1.6 V; 5 MV ~ 9.9 MV: ± 4 V, 10 MV ~ 19.8 MV: ± 8 V; 20 MV ~ 1 V: ± 10 V | Electric: Bolt, ampere | ± (3% + 100 MV of sleshold setting value) | 12.5 m points/25 M points | 450ps | TTL (+1.4 V), 5 V CMOS (+2.5 V), ECL (-1.3 V) or user definition | The internal time base is common to 4 input | 500 PS/Div ~ 100 S/Div | 16 digital, channel | ± 30V peak | 12 -bit | 125μV ~ 4.7mv | 50 Ω: 1 MV -1 V/DIV (consecutive variable variable settings), Fully Variable; 1 MΩ: 1 MV -10 V/DIV (consecutive variable settings) |
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About Company Handling This Product
- United States of America
- Since 1964