CT1電流探頭

特性和好處

高帶寬

超低電感

非常小的形狀因子

表征電流波形

被測電路負(fù)載極低

適用于密集、緊密間隔的電路設(shè)計

應(yīng)用程序

數(shù)據(jù)存儲讀取通道設(shè)計

硅特性

高頻模擬電路設(shè)計

防靜電測試

信號注入

差動電流測量

單槍低重復(fù)率脈沖測量

傳播延遲測量

CT6電流探針

CT6是Tektronix高頻電流探頭產(chǎn)品組合中的產(chǎn)品。它的設(shè)計是為了滿足高速電路設(shè)計和測試應(yīng)用的需要，這需要超高帶寬，低電感，極小的形狀因子。2 GHz CT6提供高帶寬示波器的帶寬使用時如美國泰克TDS694C, TDS794D, TDS7000系列示波器或與其他兼容50Ω輸入測量儀器。低電感(

CT1 / CT2電流探針

CT1和CT2電流探頭用于性或半性的在線安裝。每個探頭由電流互感器和互連電纜組成。電流互感器有一個小孔，在電路裝配過程中，電流通過該小孔。

P6041探頭電纜提供了CT1和CT2電流互感器與BNC示波器輸入之間的連接。需要50Ω終止終止時,電纜連接到一個高阻抗(1 MΩ)示波器的輸入。一根探頭電纜可用于監(jiān)測幾個已連接到電路中的電流互感器。

Features & Benefits

• High Bandwidth

• Ultra-low Inductance

• Very Small Form Factor

• Characterize Current Waveforms up to

• Very Low Loading of Circuit Under Test

• Fits Into Dense, Closely-spaced Circuit Designs

Applications

• Data Storage Read Channel Design

• Silicon Characterization

• High-frequency Analog Design

• ESD Testing

• Signal Injection

• Differential Current Measurements

• Single-shot Low Rep-rate Pulse Measurements

• Propagation Delay Measurement

CT6 Current Probe

The CT6 is the newest addition to the Tektronix portfolio of high-frequency current probes. It is designed to meet the needs of high-speed circuit design and test applications which require ultra-high bandwidth, low inductance, and extremely small form factor. The CT6 provides up to 2 GHz bandwidth when used with high-bandwidth oscilloscopes such as the Tektronix TDS694C, TDS794D, and TDS7000 Series oscilloscopes or with other compatible 50 Ω input measuring instruments. Low inductance (

CT1/CT2 Current Probes

The CT1 and CT2 Current Probes are designed for permanent or semi-permanent in-circuit installation. Each probe consists of a current transformer and an interconnecting cable. The current transformers have a small hole through which a current carrying conductor is passed during circuit assembly.

The P6041 Probe Cable provides the connection between the CT1 and CT2 Current Transformers and a BNC oscilloscope input. A 50 Ω termination is required to terminate the cable when connected to a high-impedance (1 MΩ) oscilloscope input. One probe cable can be used to monitor several current transformers that have been wired into a circuit.