pearson electronics宽带电流监视器工作原理
pearson electronics宽带电流监视器产品特性 
宽带电流互感器电流互感器电流探头电流互感器，
电流环形CT电流传感器脉冲电流监视器，
高频电流互感器
无论您是否有兴趣观察和测量带电粒子束中的亚毫安电流或由于主电源馈线故障导致的数千安培电流，您都可以找到适合您需求的皮尔逊电流监测器。采用我们的分布式终端技术，可以实现短至两纳秒的上升时间脉冲电流监测。我们目前使用的内径较大的传感器可以测量高电压电流，而不会出现电压崩溃的风险。我们的几个电流互感器型号具有双屏蔽功能，可提高抗噪能力，并提高高压应用的安全性。所有型号都是密封的，适用于高压绝缘油或真空下。它们可以连接到示波器，频谱分析仪，功率分析仪，数字电压表，模数转换器和各种其他测量仪器。
pearson electronics宽带电流监视器工作原理
pearson electronics宽带电流监视器所有型号的准确度为初始脉冲幅度的+ 1％，-0％，具有高阻抗负载，例如1兆欧与20 pF并联。一个50欧姆的终端将把输出降低一半。
*是双屏蔽的，推荐用于高电压或高噪声环境。条目标记
**可能需要一个小的直流偏置电流通过次级，以获得zui大电流时间额定值。
类型N连接器

Wideband Current Monitors

Current Transformer Current Probe Current Transducer,
Current Toroid CT Current Sensor Pulse Current Monitor,
High Frequency Current Transformer

Whether you are interested in observing and measuring submilliamp currents in a charged particle beam or thousands of amps resulting from a fault in a major power feeder, you will find a Pearson current monitor to suit your needs. The use of our patented distributed termination technique permits pulse-current monitoring of rise times as short as two nanoseconds. Our current sensor devices of larger inner diameter make possible high voltage current measurement without the risk of voltage breakdown. Several of our current transformer models feature double shielding for greater noise immunity and increased safety in high voltage applications. All models are sealed and are suitable for use in high voltage insulating oil or under vacuum. They can be connected to oscilloscopes, spectrum analyzers, power analyzers, digital voltmeters, analog-to-digital convertors, and a variety of other measuring instruments.

pearson electronics宽带电流监视器工作原理