U2042XA功率传感器

主要特性与技术指标

宽动态范围（-70 至 +26 dBm）适用于小信号测量

超快的实时测量速度，可达 50,000 个读数/秒

在零静寂时间下进行实时测量，可确保每一个连续脉冲都被测量

平均模式时间选择性功能支持整个动态范围的平均和选定时间间隔平均功率测量

内部归零和自动校准功能可以节省测量时间，降低测量不确定度

使用界面直观的 BenchVue 软件，轻松开始测量

描述

Keysight U2040 X 系列宽动态范围功率传感器能够精确测量各种调制信号。此系列 USB 功率传感器拥有 -70 至 +26 dBm 的宽广动态范围。U2040 X 系列可对各种调制信号执行高精度和可重复的功率测量，并提供高达 50,000 个读数/秒的超快测量速度，以实现更高的生产吞吐量。内置归零和校准功能有助于用户节省测量时间和降低测量不确定度。U2040 X 系列功率传感器得到 Keysight BenchVue 软件的支持。BenchVue 软件使您无需编程，便可轻松控制功率计记录数据，并通过广泛的显示选件查看测量结果。只需将此传感器连接至安装有 BenchVue BV0007B 功率计/传感器控制和分析应用软件的计算机，便可执行复杂的脉冲分析和标准的平均功率测量。

Main features and technical indicators

Wide dynamic range (-70 to +26 dBm) for small signal measurements

Super fast real-time measurement speed up to 50,000 readings/SEC

Real - time measurement at zero silence time ensures that each continuous pulse is measured

The mean mode time selection feature supports average power measurements for the entire dynamic range and for selected time intervals

Internal zeroing and automatic calibration can save measurement time and reduce measurement uncertainty

BenchVue software with an intuitive interface makes it easy to start measuring

describe

Keysight U2040 X series wide dynamic range power sensors can accurately measure various modulated signals. This series of USB power sensors has a wide dynamic range of -70 to +26 dBm. The U2040 X series can perform high-precision and repeatable power measurements for a variety of modulated signals and provide ultra-fast measurement speeds of up to 50,000 readings per second to achieve higher production throughput. Built-in zeroing and calibration functions help users save measurement time and reduce measurement uncertainty. The U2040 X series power sensors are supported by Keysight BenchVue software. BenchVue software allows you to easily control the power meter to record data without programming and view the measurements through a wide range of display options. BenchVue BV0007B power meter/sensor control and analysis applications are installed on a computer to perform complex pulse analysis and standard average power measurements.