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DS1000B 系列普源数字示波器
¥3000普源总代理 现货供应普源数字示波器DS6000系列
¥3000普源DS4024数字示波器
¥3000普源DS4032数字示波器
¥3000DS1000E 系列普源 数字示波器
¥500普源总代理 现货供应普源数字示波器DS4000系列
¥500SHS1072X SHS1102X SHS1202X手持示波表
¥10000MSO5072 MSO5104数字示波器解码
¥6000鼎阳总代理 现货供应鼎阳数字示波器SDS1102CM
¥1950鼎阳总代理 深圳鼎阳数字示波器SDS1052DL
¥1500鼎阳总代理 深圳鼎阳数字示波器SDS1102CNL
¥1700麦科信MICSIG VTO2004 便携式分体式示波器
¥5000美国泰克示波器探头CT2 优势供应商
特征和利益
The CT6 is the newest addition to the Tektronix portfolio of high-frequency current probes. 这是的CT6之外的高频电流探头泰克公司投资组合。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. 这是专为满足需求高速电路设计和测试应用程序需要高带宽、低电感,非常的小尺寸。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. 这个CT6提供2兆赫当使用以示波器带宽高带宽等TDS694C泰克公司,TDS794D,TDS7000系列示波器或用其他兼容50Ω输入测量仪器。Low inductance (<3 nH) assures that the loading effect of the CT6 on the circuit-under-test will be negligible, which is especially important for today's low-amplitude, high-speed circuit designs such as disk drive read/write preamplifiers. 小电感(< 3 nH)确保载荷的影响在circuit-under-test CT6将是可以忽略的,这点尤其重要,对于今天的低烈度高速电路设计如磁盘驱动器读/写放大器。The probe is a closed-circuit design which will accept uninsulated wire sized up to 20 gauge. 探测器是一种闭路设计uninsulated电线大小将接受20表。This product is exempt from CE mark by virtue of its 30 V voltage limit.本产品是免除CE标志凭借*的30 V电压的限制。
CT2 CT1 /。Current Probes with P6041 BNC Probe Cable.电流探测器P6041 BNC探针与电缆。
The CT1 and CT2 Current Probes are designed for permanent or semi-permanent in-circuit installation. CT2 CT1电流探头的设计和*性或半*在线安装。Each probe consists of a current transformer and an interconnecting cable. 每种探由电流互感器和互连电缆。The current transformers have a small hole through which a current carrying conductor is passed during circuit assembly.目前有一个小洞变压器电流通过其导体电路中通过进行组装。
The P6041 Probe Cable provides the connection between the CT1 and CT2 Current Transformers and a BNC oscilloscope input. P6041探测器提供的电缆之间的连接和CT2 CT1电流互感器和一个BNC示波器输入。A 50 Ω termination is required to terminate the cable when connected to a high-impedance (1 MΩ) oscilloscope input. 一个50Ω终止时需要终止电缆连接到一个高祖抗(1 MΩ)示波器输入。One probe cable can be used to monitor several current transformers that have been wired into a circuit.一个探针电缆可用来监控,几个电流互感器接线进入一个电路。
The CT1 and CT2 detachable cable design enables one or more probes to be located on circuit boards or in other limited space areas.CT2 CT1电缆的设计使得毛皮和一个或多个探针位于电路板或其他有限的空间区域。
The CT6 offers the smallest form factor available, for measurement on ever-shrinking circuit boards and components. 提供zui小的CT6形式因素可能了,因为ever-shrinking电路板测试和部件。It is designed for temporary installation and does not incorporate removable cables, as the CT1 and CT2 do.它是专为临时安装,没有纳入移动电缆,和CT2 CT1。
Specified rise time and bandwidth are obtained when using the probe cables provided: The P6041 cable used with the CT1 and CT2 is 42 inches nominal. 的上升时间和带宽得到了电缆使用探测器提供:P6041电缆用CT1 42英寸和CT2是有名无实。If additional length is required, the cables can be extended by using high-quality 50 Ω cable and suitable interface connectors. 如果附加长度时,电缆可以延长采用优质50Ω电缆和合适的接口连接器。(Also see Special Probe Cables, Optional Accessories.) (也看到特别的探针,可选配件电缆。)Long cables may degrade high-frequency response.根长电缆可以降级频率响应。
The CT1 and CT6 provide an output of 5 mV for each milliamp of input current when terminated in 50 Ω. 提供了一种输出和CT6 CT1 5 mV为每个milliamp时的输入电流在50Ω终止。The CT2 provides 1 mV per milliamp when terminated in 50 Ω.CT2提供的每milliamp 1 mV 50Ω当终止。
The CT1, CT2, and CT6 high-frequency current transformers are dynamic (i.e., non-DC) current measuring devices. 这个CT1,CT2,CT6高频电流互感器是一种动态的(例如,non-DC电流测量设备。They are typically used in conjunction with compatible high-bandwidth oscilloscopes and other instruments to observe and/or record high-frequency current waveforms. 他们通常可以配合兼容的高带宽示波器和其他仪器观察和/或记录高频电流波形。The CT1, CT2, and CT6 normally operate directly into 50 Ω scopes and other measuring device inputs.这个CT1,CT2,CT6运作正常直接进入50Ω范围和其他测量设备的投入。
The CT1 or CT2 can be used with 1 MΩ input systems; use the P6041 probe cable and terminate the output with a 50 Ω feed-through termination (see Optional Accessories).这CT2 CT1或可以使用1 MΩ输入系统,使用P6041探测器输出电缆和终止一个50Ωfeed-through终止(见可选配件)。
In all cases, the CT1, CT2, and CT6 must work into 50 Ωs to obtain specified performance and sensitivity.在所有情况下,CT1,CT2,CT6必须工作到50个Ωs得到规定的性能和灵敏度。
Most true-differential voltage amplifiers have a maximum bandwidth of about 100 MHz. 大多数true-differential电压放大器有zui大带宽约100赫兹。The CT1 or CT6 can make differential current measurements to 1 GHz and 2 GHz, respectively, by passing two wires carrying opposing currents through the same core. 这可以使差或CT6 CT1电流测量到1兆赫和2兆赫,分别通过两线电流,同时通过携带对方核心。The displayed result is the difference current. 结果所显示的是截然不同的电流。The CT2 can perform the same function to 200 MHz.CT2可以执行同样的功能到200兆赫。
In all cases, Derating with Frequency and Amp-second Product (Current-time Product) guidelines should not be exceeded. 在所有病例中,Derating与频率和Amp-second产品(Current-time产品规范不应超过。(See Characteristics.)(见特点。)
These common measurements are easy to make with the CT1, CT2, or CT6 provided that your signal fits within the Max Pulse Current and Amp-second Product (Current-time Product) guidelines for the specific current probe characteristics.这些通用的测量是容易与CT1,CT2或CT6规定好了,如果你适合在zui大信号脉冲电流和Amp-second产品(Current-time产品关于特定的电流探测器的特点。
For example, the CT2 is rated at 36 A peak, with an Amp-second Product of 50 × 10-6 seconds (50 Amp-microseconds), therefore the CT2 can safely handle a 36 A peak pulse with a maximum width of 1.39 microseconds or lower amplitude pulses for longer pulse widths. 例如,CT2被36岁的高潮,和一个Amp-second 50×产品时刻秒(50 Amp-microseconds),所以CT2可以安全地处理36峰与zui大宽度脉冲的振幅1.39微秒脉冲或降低长脉冲宽度。The CT1, CT2, and CT6 all have low-frequency roll-off characteristics. 这个CT1,CT2,CT6同时减少伴侣翻身时都有低频特性。Low-frequency "droop" will exhibit itself when the pulse width approaches the L/R time constant of the specific transformer.“下垂”将展示低频脉冲宽度的方法本身,L / R时间常数的特定的变压器。
Two CT1 or CT2 Current Transformers with matching probe cables can be used to measure propagation delay (transit time) between the input and output currents of high-frequency devices. 两个CT1或CT2电流互感器与之相配套的探测器可以用来测量电缆传输延迟(如时间)的输入、输出电流之间的高频设备。The probe outputs are connected to the inputs of dual-channel real-time or sampling scopes.探测器的输出连接到的输入dual-channel实时或抽样范围。
Verification of any Probe/Cable/Scope System mismatch can be obtained by passing the same signal current through both probes and observing total system delay difference, if any.任何探测器检定/电缆/范围系统不匹配可以通过经过同一信号电流进行了探索和观察,经过两个整个系统的时滞差分(如果有的话)。
CT1,CT2,CT6特点
Characteristic特点 | CT1CT1 | CT2CT2 | CT6CT6 |
---|---|---|---|
Bandwidth (typical)带宽(典型的) | 25 kHz to 1 GHz25 kHz 1兆赫 | 1.2 kHz to 200 MHz1.2千赫至200赫兹 | 250 kHz to 2 GHz250千赫至2兆赫 |
Rise Time上升时间 | 350 ps350 ps | 500 ps500 ps | 200 ps200 ps |
Sensitivity灵敏度 (into 50 Ω)(50Ω) | 5 mV/mA5 mV /马 | 1 mV/mA1 mV /马 | 5 mV/mA5 mV /马 |
Accuracy精度 | ±3%±3% | ±3%±3% | ±3%±3% |
Magnetizing Inductance磁化电感 | 6 μH6μH | 7 μH7μH | 1 μH1μH |
Leakage Inductance漏电感 | 2.4 nH2.4尼克-海德菲尔德 | 1 nH1尼克-海德菲尔德 | 1.5 nH1.5尼克-海德菲尔德 |
Insertion Impedance:插入阻抗: | |||
at 10 MHz在10兆赫 | <1 Ω< 1Ω | 0.1 ΩΩ0.1 | 1.1 ΩΩ1.1 |
at 100 MHz在100兆赫 | 2 Ω2Ω | 0.5 ΩΩ0.5 | 1.3 ΩΩ1.3 |
at 1 GHz在1兆赫 |
|
| 11.9 ΩΩ11.9 |
Max. 马克斯。Bare Wire Size裸露的电线大小 | #14 wire# 14线 | #16 wire# 16线 | #20 wire20 #线 |
1.78 mm (0.070 in.)1.78毫米(0.070英寸) | 1.32 mm (0.052 in.)1.32毫米(0.052英寸) | 0.8 mm (0.032 in.)0.8毫米(0.032英寸) | |
Max. 马克斯。Bare Wire Voltage:裸露的电线电压: | |||
RMS有效值 | 175 VRMS CAT I175 VRMS猫 | 175 VRMS CAT I175 VRMS猫 | 30 VRMS CAT I30 VRMS猫 |
Peak峰 | 1000 V*1000 V *11 | 1000 V*1000 V *11 | 30 V30伏 |
DC直流 | 175 V175 V | 175 V175 V | 30 V30伏 |
Max. 马克斯。Peak Pulse Current脉冲电流峰值 | 12 A第十二 | 36 A36个固定 | 6 A6 |
Max. 马克斯。Continuous Current (RMS)连续电流(RMS) | 450 mA450毫安 | 2.5 A2.5 | 120 mA120毫安 |
Amp-second ProductAmp-second产品 | 1 × 10-6 A*Sec1×时刻一个*秒 | 50 × 10-6 A*Sec50×A *秒的时刻 | 0.25 × 10-6 A*Sec* * * 0.25×整齐秒 |
L/R Time Constant (droop)L / R时间常数(下垂) | >6.35 μs> 6.35μs | >160 μs> 160μs | 0.4 μsμs 0.4 |
Propagation Delay传播延迟 | 3.25 ns3.25奈秒 | 6.1 ns6.1奈秒 | 5.2 ns5.2奈秒 |
Safety安全 | UL3111-2-032, CSA1010.2.032, EN61010-2-032, IEC61010-2-032UL3111 - 2 - 032,CSA1010.2.032,EN61010 - 2 - 032,IEC61010 - 2 - 032 | UL3111-2-032, CSA1010.2.032, EN61010-2-032, IEC61010-2-032UL3111 - 2 - 032,CSA1010.2.032,EN61010 - 2 - 032,IEC61010 - 2 - 032 |