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產品規格表 文件編號： 發行日期 被動式 1x/10x 電壓探棒
51T-17984-3 TPP0051 Probe Datasheet
51W-30155-0 500 MHz 被動式探棒
P6139B 和 P5050B 探棒是具有 10 MΩ 輸入電阻，為高頻寬、高阻抗的 10X 被動式電壓探棒。這些探棒的探棒頭小而銳利，能夠輕鬆探測密集電路。P6139B 和 P5050B 的電路規格類似，但前者支援有不同補償範圍的 Tektronix 示波器。請造訪 tw.tek.com/probes 網站，並參閱網站上的 Oscilloscope Probe & Accessory Selector Tool (示波器探棒與配件選取工具)，確定您示波器選擇了正確的探棒。51T-26150-5 被動式 10X 電壓探棒
TPP0100 和 TPP0101 探棒為 100 MHz、10X 被動式電壓探棒，輸入電阻為 10 MΩ。51T-25690-3 被動式 10X 電壓探棒
TPP0200 和 TPP0201 探棒為 200 MHz、10X 被動式電壓探棒，輸入電阻為 10 MΩ。51T-25681-3 被動式電壓探棒
TPP1000、TPP0500B、TPP0502 和 TPP0250 機型為 Tektronix 的高頻寬通用型探棒，能提供同級產品中前所未有的突破性規格。這些探棒專為搭配 Tektronix MDO3000、MDO4000、MSO/DPO5000 和 5 系列 MSO 系列示波器使用所設計，提供高達 1 GHz 的類比頻寬與低於 3.9 pF 的電容性負載。51T-26151-9 THP0301 Series Passive 10x Voltage Probe
The THP0301 datasheet provides an overview of the product's features, important specifications, and ordering information.3GW-27122-4 Passive Voltage Probes
The P3010 and P6101B probes are designed to complement the Tektronix family of portable DSO and ART instruments.51W-26153-6
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使用手冊 手冊類型 零件編號： 發行日期 Tektronix Supplemental
Product Information Sheet for People's Republic of China Other使用者 071329402 Tektronix Supplemental
Product Information Sheet for People's Republic of China Other使用者 071296603 TPH1000
Probe Holder Instructions主要使用者 071289400 TPP0100 & TPP0200 Series
100 and 200 MHz 10X Passive Probes Instructions主要使用者 071278600 P2221
200 MHz 1X/10X Passive Probe Instructions使用者 071233500 P2220 200 MHz 1X/10X Passive Probe
1X/10X MHz Passive Probe Instructions主要使用者 071146400 P2220 Probe Safety Warning Sheet
1X/10X MHz Passive Probe Other使用者 063380400 P6101B Instructions
15 MHz 1X Passive Probe Instructions合併使用者/服務 070781907 P3010 100 MHz 10X Passive Probe With Readout
100 MHz 10X Passive Probe With Readout Instructions主要使用者 071046600 P6111B 200 MHz 10X Passive Probe w/Readout
200 MHz 10X Passive Probe With Readout Instructions主要使用者 070854305 Power Measurement Deskew & Calibration Fixture Instructions
067-1686-03主要使用者 071187204 TPP0502 Instructions
500 MHz 2X Passive Probe主要使用者 071288305 Probes and Accessories Declassification and Security Instructions
Declassification and Security解除機密 071238400 TPP0250 and TPP0500B Instructions
250 MHz & 500 MHz 10X Passive Probes主要使用者 071316404 P6139B and P5050B Instructions
500 MHz 10X Passive Probes主要使用者 071271001 TPH1000 Probe Holder Instructions
Probe Holder使用者 071289401 TPP1000
1GHz Probe主要使用者 071280904 Tektronix Supplemental, 071329404
Product Information Sheet for People‚s Republic of China使用者 071329404 Tektronix Supplemental, 071296605
Product Information Sheet for People‚s Republic of China使用者 071296605
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技術文件 文件類型 發行日期 探棒入門手冊
在這本全面的探棒基礎知識入門手冊中，瞭解探棒的基礎知識，瞭解如何為您的示波器選擇合適的探棒，並且每次都能獲得可靠的測量結果。 *下載最新版入門手冊的 PDF 版本。 ============================================== 精準的量測始於探棒 探棒在示波器量測中具有舉足輕重的地位。若要瞭解探棒的重要性，請嘗試不讓示波器連接探棒，然後進行量測。您將發現這是做不到的事。量測中必須有某種電子連接，在要量測的訊號和示波器的輸入通道之間必須有某種探棒 …白皮書 示波器探棒如何影響量測結果
本應用摘要介紹示波器探棒如何改變在測試點所量測的訊號，以及尋找何種探測規格，可盡量降低探測的影響。探棒負載的影響是常被忽視的一個量測陷阱。最後，您要選擇符合下列條件的示波器探棒：忠實地將訊號從待測裝置傳輸至示波器不要打擾！這意味著您所要選擇的探棒應盡可能不改變測試點的訊號應用摘要 2013年桌上型測試儀器產品型錄
提供了Tektronix桌上型儀器的最新產品細節和規格，包括：基礎和桌上型示波器、數位萬用電錶、電源供應器、計頻器/計時器和訊號產生器。產生選擇器指南 使用太克被動式探棒提高量測準確度和降低成本
本應用摘要介紹太克高頻寬、低電容被動式電壓探棒如何降低示波器使用者的總擁有成本、改善效能和量測準確度及節省使用者設定時間。大多數示波器標準配備的被動式電壓探棒都提供低成本通用型探測解決方案。一般來說，這些探棒缺乏主動式電壓探棒的效能，但堅固耐用且動態範圍寬，適合查看訊號。應用摘要 Probing High Frequency Digital Circuitry
技術簡介 High Performance Computing Expanded Solutions
Discover how Tektronix solutions streamline high‑performance computing workflows with unified tools for high‑speed I/O, networking, embedded interfaces, and power integrity to accelerate confident, next‑generation system design.小冊子 TPA BNC 3D CAD Models
Access the 3D CAD models for the TPA BNC 3D CAD Models, designed to support integration into mechanical layouts of test setups and laboratory environments. These files provide precise dimensional representations of the TPA BNC, aiding in the planning …CAD Files Passive Probe Accessories 3D CAD Models
Access the 3D CAD models for the Passive Probe Accessories 3D CAD Models, designed to support integration into mechanical layouts of test setups and laboratory environments. These files provide precise dimensional representations of the Passive Probe …CAD Files 131-0258-00 Test Points 3D CAD Models
Access the 3D CAD models for the Tektronix 131-0258-00 panel-mount probe tip adapter for 5 mm probes. These files provide accurate dimensional representations to support integration of the probe test point into racks or panels for probe tip …CAD Files 131-0258-00 Test Points 3D CAD Models
Access the 3D CAD models for the Tektronix 131-0258-00 panel-mount probe tip adapter for 5 mm probes. These files provide accurate dimensional representations to support integration of the probe test point into racks or panels for probe tip …CAD Files TPP 1000 3D CAD Models
Access the 3D CAD models for the TPP1000 3D CAD Models, designed to support integration into mechanical layouts of test setups and laboratory environments. These files provide precise dimensional representations of the TPP1000, aiding in the planning …CAD Files 131-5031-00 Test Points 3D CAD Models
Access the 3D CAD models for the Tektronix 131-5031-00 Circuit Board Test Point Adapter, a compact 3.5 mm probe adapter designed to support integration into board layouts. These files provide precise dimensional representations to help incorporate …CAD Files P3010 3D CAD Models
Access the 3D CAD models for the P3010 3D CAD Models, designed to support integration into mechanical layouts of test setups and laboratory environments. These files provide precise dimensional representations of the P3010, aiding in the planning and …CAD Files
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常見問答集 常見問答集 ID What is the p/n of the replacment body shell for my P6139B probe?
Question: What is the p/n of the replacement body shell for my P6139B probe? See arrow below: Answer: The replacement p/n for this part is 204122601. Product Series: Passive ProbeKB-01961 Which probes are compatible with oscilloscopes with the TekVPI probe interface?
Question: Which probes are compatible with oscilloscopes with the TekVPI probe interface? Answer: There are a couple different types of TekVPI interfaces, one with a notch and one without. The notch was implemented later and was put in place because …KB-03506 What is the difference between the P6139A and the P6139B?
Question: What is the difference between the P6139A and the P6139B? Answer: From a specifications perspective, the probes are identical. Both are 500 MHz, 10X passive probes. The P6139B can be used on oscilloscopes that shipped with the P6139A. From …KB-02011 What is the maximum floating voltage for a single-ended probe?
Question: What is the maximum floating voltage for a single-ended probe? Answer: A single-ended probe is a ground-referenced probe. The alligator clip connected to the side of the probe is a ground reference. This allows the scope and device under …KB-01411 When using my TPP0250, TPP0500, TPP1000, or TPP0500B probe, the signal disappears or is intermittant. What could be causing this?
Question: When using my TPP0250, TPP0500, TPP1000, or TPP0500B probe, the signal disappears or is intermittent. What could be causing this? Answer: The internal probe tip may have come loose and is causing the loss or intermittency of the signal …KB-01884
