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텍트로닉스 TDS3000B 시리즈 오실로스코프와 애질런트 DSO5000A를 기능별로 간략하게 비교한 자료입니다. 레코드 길이, 샘플 속도 기능 등에 대한 두 제품의 비교 내용을 보실 수 있습니다. 또한, DSO5000가 제공하는 1메가 샘플 속도는 특정한 상태에서만 가능하다는 사실도 아시게 될 것입니다.
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텍트로닉스 MSO4000 시리즈 혼합 신호 오실로스코프와 애질런트 MSO6000A 의 기능별 상세 비교 자료를 받아 보십시오. 제품 사이즈, 파형 디스플레이, 다른 주요 사양들을 비교했습니다.
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텍트로닉스 MSO4000 시리즈 혼합 신호 오실로스코프와 애질런트 MSO8000A 의 기능별 상세 비교 자료를 받아 보십시오. 제품 사이즈, 파형 디스플레이 및 다른 주요 사양들을 비교했습니다.
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텍트로닉스 MSO4000 시리즈 혼합 신호 오실로스코프와 르크로이 WaveSurfer 의 기능별 상세 비교 자료를 받아 보십시오. 제품 사이즈, 파형 디스플레이 및 다른 주요 사양들을 비교했습니다.
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텍트로닉스 MSO4000 시리즈 혼합 신호 오실로스코프와 요코가와 DL7400 의 기능별 상세 비교 자료를 받아 보십시오. 제품 사이즈, 파형 디스플레이 및 다른 주요 사양들을 비교했습니다.
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The Tektronix DPO4000 Series speeds your troubleshooting with features that no other platform can match. See how the DPO4104 compares against other manufacturer solutions when debugging I²C serial and synchronous devices.

Timing violations can cause system instability problems. Compared to other industry manufacturers, see how only the Tektronix DPO4000 has all the tools necessary for debugging issues in embedded system design.

DPO4000 vs. 애질런트 - DSO6000
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DPO4000 vs. 르크로이 - WaveSurfer 454
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DPO4000 vs. 르크로이 - WaveRunner 6000
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DPO4000 vs. 요코가와 - DL9000
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See how the Tektronix DPO4000's I²C triggering, decode and
analysis capabilities can help you solve real-world system design
problems more efficiently compared to the difficult, time-consuming
and manual process offered by other industry manufacturers.

DPO4000 vs. 애질런트 - DSO6000
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DPO4000 vs. 르크로이 - WaveSurfer 454
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DPO4000 vs. 르크로이 - WaveRunner 6000
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DPO4000 vs. 요코가와 - DL9000
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See how the Tektronix DPO4000 compares to Agilent, Lecroy and Yokogowa models based upon ease-of-use, screen display, form factor, connectivity, portability and other important usability factors.
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This video compares the Tektronix DPO7000 series with the LeCroy SDA 6020 and 애질런트 54855A to see their capabilities to observe infrequent signal details and then to trigger on specific attributes of the signal.
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This video compares the ability of the Tektronix DPO7000, LeCroy SDA 6020 and 애질런트 54855A to use glitch triggering to isolate narrow metastable signal pulses that may exist in a design.
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Capture Time Interval on 4 channels simultaneously at full bandwidth.
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The Pinpoint® Triggering system in the DPO7000 and DPO70000 series oscilloscopes gives you the ability to handle high speed signals and the flexibility to set the combination of events you need to find.
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DPO shortens the time required to find circuit faults. The proprietary DPX hardware speeds waveform images to the screen at rates far higher than any other oscilloscope, showing a much more complete picture of your circuit's behavior.
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The Tektronix TDS1000/2000 and Agilent DSO3000 go head-to-head in this insightful 1-page brief comparing key areas of performance, quality and design.
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This video provides an introductory overview of the Tektronix DSO3000 versus the TDS1000/2000 digital storage oscilloscopes.
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When an oscilloscope has a specified bandwidth of 200 MHz, you would expect that bandwidth under all possible conditions. See what the bandwidth response of the Agilent DSO3202A is, with only a single channel on.
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Following on from the "Bandwidth (single channel)" video, see how the Agilent DSO3202A becomes a 100 MHz oscilloscope as soon as 2 channels are turned on.
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See how the ET mode in the Agilent DSO3202A can have problems displaying sine waves and how the TDS1000/2000 does not need ET mode to achieve full bandwidth on all channels, all the time.
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Making all measurements at one time and on one screen enables you to speed up testing time and simplify documentation. See which oscilloscope will provide you with clear, rapid and accurate measurements.
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Record length is a key banner spec for digital storage oscilloscopes. But discover how the published 4000-point record length of the Agilent DSO3202A is present only at 100 MS/s sample rate and slower.
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See the difference between an oscilloscope with true variable persistence (with several selections as to time of persistence), and an instrument that either has no persistence or infinite persistence and nothing in between.
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View a clear side-by-side form factor comparison of the Tektronix TDS1000/2000 against the Agilent DSO3000, which takes up over twice the valuable bench space of the Tektronix oscilloscope.
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In this visual 1-page brief, you will discover the narrow conditions of Agilent's 1 million point record length compared to Tektronix Digital Phosphor Oscilloscopes (DPOs) which provide consistently accurate measurement results.
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The Tektronix TDS3000B and the Agilent DSO6000A go head-to-head in this visual 1-page brief comparing measurement system performance on both simple and complex measurements, and in gating and reference waveforms.
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Discover the complete story behind record length and measurement fidelity in this visual 2-page brief showing side-by-side comparisons of the Tektronix TDS3000B and the Agilent DSO6000A.
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Waveform capture rate is critical in helping you capture and identify infrequent events. Find out how DPOs can provide you with a full insight into complex signal behavior, and how to debug and characterize your designs with speed and confidence, compared with other manufacturer oscilloscopes.
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See how 1 GHz real-time bandwidth on the Agilent 6104A only occurs on 1 or 2 channels at a time, and only in specific channel combinations.
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Compare the measurement accuracy of the TDS3000B, which uses acquired waveform data, to the Agilent 6000A measurements which are based only on screen display.
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Many manufacturers do not offer the advanced triggering capabilities of Tektronix oscilloscopes. Find out how the Tektronix TDS5000B and TDS3000B can help you to easily isolate and capture specific events within complex signals.
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When you want to zoom in on waveform details, you can expect good overdrive recovery to let you to see accurate details - or can you? See how the overdrive recovery performance of the Agilent 6000A may not provide an accurate representation of the signal.
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Limit testing is a simple, yet powerful feature that enables you to capture signal anomalies. Find out how some manufacturer's mid-range oscilloscopes don't even offer this capability.
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See how the B triggering capabilities of the TDS3000B can make you more productive when examining details in sequential signals, compared to the Agilent DSO6000A triggering system.
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For some manufacturer oscilloscopes the answer is questionable. Find out why you can be confident in the answers you get from Tektronix oscilloscopes, whether applied to acquired data, math or reference waveforms.
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See how the FFT analysis on the TDS3000B (based on 10,000 points of acquired waveform data), compares to the Agilent 6000A's 1,000 displayed points.
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