TVME200 数字存储示波器信号通道中包括微处理器

描述

TVME200 数字存储示波器信号通道中包括微处理器

数字存储示波器是一种用于信息科学与系统科学领域的电子测量仪器，TVME200 其核心功能是信息获取和信号处理。

数字存储示波器通过模数转换器（ADC）把被测电压转换为数字信息，并捕获波形的一系列样值。这些样值被存储起来，存储限度是判断累计的样值是否能描绘出波形为止。然后，数字示波器重构波形。数字示波器分为数字存储示波器（DSO）、数字荧光示波器（数字荧光示波器）和采样示波器。

TVME200 数字存储示波器的特点包括：

提供优异的信号完整性，满足高速数字和射频应用的需求。
利用示波器本身或外部计算机，方便进行分析、存档、打印和其他的处理。
包含更多的数据处理子系统，因此能够收集显示整个波形的数据。
从捕获信号到在屏幕上显示波形，数字存储示波器采用串行的处理体系结构。
垂直控制系统方便用户调整幅度和位置范围。
数字存储示波器信号通道中包括微处理器，被测信号在显示之前要通过微处理器处理。
没有实时亮度级，因此不能表示实际信号中不同的亮度等级。
数字存储示波器的应用非常广泛，包括但不限于：

通信领域：TVME200用于测试和调试通信设备和协议，如手机、基站、路由器等。
电子制造领域：用于测试和调试电子设备，如电路板、芯片等。
汽车电子领域：用于测试和调试汽车电子控制系统等。
科研领域：用于测试和调试各种复杂的电子系统，如雷达、卫星等。
教育领域：用于教学和实验，帮助学生了解电子系统和信号处理的基本原理。
总之，数字存储示波器是一种非常重要的电子测量仪器，广泛应用于各个领域。

TVME200 数字存储示波器信号通道中包括微处理器

Digital storage oscilloscope is a kind of electronic measuring instrument used in the field of information science and system science. The core function of TVME200 is information acquisition and signal processing.

The digital storage oscilloscope converts the measured voltage to digital information by analog-to-digital converter (ADC) and captures a series of samples of the waveform. These samples are stored up to the point of determining whether the accumulated samples can represent the waveform. The digital oscilloscope then reconstructs the waveform. Digital oscilloscope is divided into digital storage oscilloscope (DSO), digital fluorescence oscilloscope (digital fluorescence oscilloscope) and sampling oscilloscope.

Features of TVME200 digital storage oscilloscope include:

Delivers superior signal integrity to meet the needs of high-speed digital and RF applications.
Use the oscilloscope itself or an external computer to facilitate analysis, archiving, printing and other processing.
More data processing subsystems are included, so it is possible to collect data that displays the entire waveform.
From capturing signal to displaying waveform on screen, digital storage oscilloscope adopts serial processing architecture.
The vertical control system allows the user to adjust the amplitude and position range.
The signal channel of the digital storage oscilloscope includes a microprocessor, and the measured signal is processed by the microprocessor before display.
There is no real-time brightness level, so the different brightness levels in the actual signal cannot be represented.
Digital storage oscilloscopes have a wide range of applications, including but not limited to:

In the field of communication: TVME200 is used to test and debug communication equipment and protocols, such as mobile phones, base stations, routers, etc.
Electronic manufacturing field: Used to test and debug electronic equipment, such as circuit boards, chips, etc.
Automotive electronics: Used to test and debug automotive electronic control systems.
Scientific research: Used to test and debug various complex electronic systems, such as radar, satellite, etc.
Educational field: Used in teaching and experimentation to help students understand the basic principles of electronic systems and signal processing.
In short, digital storage oscilloscope is a very important electronic measuring instrument, widely used in various fields.