TDS2001C

series introduction

# TDS2001C Oscilloscope Product Series Introduction

## 1. Overview
The TDS2001C is a remarkable product series within the realm of oscilloscopes, designed and engineered to meet the diverse needs of professionals, students, and hobbyists in the fields of electronics, electrical engineering, and related disciplines. Oscilloscopes are essential tools for visualizing, measuring, and analyzing electrical signals, and the TDS2001C series stands out with its advanced features, user - friendly interface, and reliable performance.

## 2. Key Features

### 2.1 Display
- **Large and Clear Screen**: The TDS2001C is equipped with a generous display that provides a clear and detailed view of the electrical signals. The high - resolution screen ensures that even the smallest signal details can be easily observed, making it ideal for both basic signal analysis and more complex troubleshooting tasks.
- **Color Display Option**: Some models in the TDS2001C series offer a color display. This feature enhances the user experience by allowing different signals to be distinguished easily through color - coding. For example, multiple input signals can be assigned different colors, making it simpler to track and analyze their relationships.

### 2.2 Signal Acquisition
- **High - Speed Sampling**: With a high sampling rate, the TDS2001C can accurately capture fast - changing electrical signals. This is crucial for applications such as analyzing high - frequency signals in communication systems or studying the transient behavior of electronic circuits.
- **Deep Memory**: The oscilloscope comes with a deep memory that can store a large number of data points. This enables users to capture long - duration signals without losing any details. For instance, when monitoring a slow - changing signal over an extended period, the deep memory ensures that all the data is recorded for later analysis.

### 2.3 Triggering Capabilities
- **Multiple Trigger Modes**: The TDS2001C offers a variety of trigger modes, including edge, pulse width, video, and pattern triggering. Edge triggering is useful for capturing signals based on rising or falling edges, while pulse width triggering can be used to isolate specific pulses of a certain width. Video triggering is ideal for analyzing video signals, and pattern triggering allows users to set up complex trigger conditions based on specific signal patterns.
- **Precise Triggering**: The oscilloscope provides precise control over the trigger level and position. This allows users to accurately capture the desired portion of the signal, ensuring that the analysis is focused on the relevant part of the waveform.

### 2.4 Input Channels
- **Dual - Channel Configuration**: The TDS2001C typically features a dual - channel design, which means it can simultaneously display and analyze two different electrical signals. This is extremely useful for comparing signals, measuring phase differences between two signals, or studying the interaction between different parts of an electronic circuit.

### 2.5 Measurement and Analysis Tools
- **Automated Measurements**: The oscilloscope offers a wide range of automated measurement functions, such as voltage, frequency, period, rise time, fall time, and duty cycle. These measurements can be quickly and accurately obtained with just a few button presses, saving time and reducing the potential for human error.
- **Math Functions**: It also includes math functions like addition, subtraction, multiplication, and division of signals. These functions can be used to perform complex signal processing tasks, such as calculating the difference between two signals or generating a new signal based on the combination of existing ones.

## 3. User - Friendly Interface
- **Intuitive Controls**: The TDS2001C is designed with an intuitive user interface that makes it easy for users to operate the oscilloscope. The front - panel controls are well - laid out, and the menu system is

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Datasheets

• PDF 1
• PDF 2

Partlist