TCP0150電流探頭

特性和優(yōu)點(diǎn)

• 簡便易用，準(zhǔn)確進(jìn)行交流/直流電流測量

• 直接連接到具有 TekVPI™ 探頭接口的示波器

• 直流至 20 MHz 帶寬

• 150 ARMS 電流功能

• 500 A 峰值脈沖電流功能

• 精度高，直流增益誤差一般小于 1%

• 準(zhǔn)確測量 5 mA 的電流

• 低噪聲和直流漂移

• 在示波器顯示屏上自動確定顯示單位和讀數(shù)

• 通過示波器實(shí)現(xiàn)遠(yuǎn)程 GPIB/USB 探頭控制

• 利用分芯探頭頭部結(jié)構(gòu)可輕松地連接導(dǎo)線

• 可以輕松地消磁和自動清零

• 簡便進(jìn)入示波器 UI 顯示菜單，獲得兩種探頭硬件的設(shè)置控制及探頭狀態(tài)和診斷指示器

應(yīng)用

• 電源

• 半導(dǎo)體設(shè)備

• 逆電器/轉(zhuǎn)換器

• 電子鎮(zhèn)流裝置

• 工業(yè)/消費(fèi)電子

• 馬達(dá)驅(qū)動器

• 交通運(yùn)輸系統(tǒng)

TCP0150 是簡便易用的高性能 150 A AC/DC 電流探頭家族，設(shè)計(jì)用于使用和直接連接到 TekVPI™ 探頭接口。這一交流/直流電流測量探頭提供了 20 MHz 的頻帶，帶有可選擇的 25 A 和 150 A 測量量程控制。這些探頭還提供了低電流測量能力和每格 5 mA 的電流精度，這對實(shí)現(xiàn)高電平和低電平測量信號的廣泛動態(tài)電流范圍至關(guān)重要。

Features and benefits

Easy to use, accurate ac/dc current measurement

Directly connected to a TekVPI ™ oscilloscope probe interface

Dc to 20 MHz bandwidth

Maximum current function of ARMS 150

500 A peak pulse current function

High accuracy, dc gain error is generally less than 1%

Accurately measure the minimum 5 mA current

Low noise and dc drift

The display unit and reading are automatically determined on the oscilloscope display screen

Remote GPIB/USB probe control is realized through oscilloscope

The conductor can be easily connected with a split probe head structure

It can be easily degaussed and reset automatically

Simply enter the oscilloscope UI display menu to obtain the setting control of two kinds of probe hardware, probe state and diagnostic indicator

application

The power supply

Semiconductor equipment

Inverter/converter

Electronic ballast

Industry/consumer electronics

Motor driver

Transportation system

TCP0150 is easy to use 150 A high performance AC/DC current sensor family, designed for use and connected directly to the TekVPI ™ probe interface. This ac/dc current measuring probe provides A 20 MHz frequency bａnd with optional 25 A and 150 A measurement range controls. These probes also provide low current measurement capability and a minimum current accuracy of 5 mA per grid, which is critical for achieving a wide dynamic current range of high - and low-level measurement signals