I-V 曲線追蹤儀軟體

使用 IV 曲線追蹤儀軟體提高實驗室的效率

享受傳統式曲線追蹤儀功能，同時為個別的工程師配備其自己的 I-V 曲線追蹤儀，而不是為共用的過時設備集中資源。Keithley SourceMeter 儀器具有高度的可攜性，可輕鬆安裝在工作台上的筆記型電腦和數位萬用電錶(DMM) 旁。安裝 Keithley I-V 曲線追蹤儀軟體後，您可以保有 Keithley SourceMeter 儀器完整的來源端、接收端和量測功能，只需點一下滑鼠即可使用曲線追蹤儀功能。現代化的介面可讓您透過螢幕截圖或 CSV 輕鬆地匯出曲線。

I-V 曲線追蹤儀軟體使用者介面可提供精確掃描

前面板旋鈕可反應您的旋轉速度並在捏合縮放圖形時，進行動態調整，讓您得以即時控制 I-V 曲線。在同一圖形中，您可以加強對曲線異常部分 (如二極管的崩潰和導通行為) 的檢查，同時加快對可預測部分的檢查速度，無需移開目光。

熟悉的曲線追蹤儀功能

Keithley SourceMeter 儀器的 I-V 追蹤儀繼承了 Tektronix 標誌性曲線追蹤儀 (例如 576 和 370A 等) 的功能，為偏好直接控制曲線追蹤儀的人提供第一個現代化替代方案。新增簡單的桌上型解決方案，而不是尋找價格過高的維修零件或老化曲線追蹤儀的替代品。

IV Curve Tracer: Unveiling Electrical Characteristics

What is an IV Curve Tracer?

An IV (current-voltage) curve tracer is a sophisticated electronic test instrument designed to measure and display the current-voltage characteristics of electronic components, devices, or circuits. It provides a graphical representation of how the current passing through a device changes concerning the voltage applied to it. This type of measurement is crucial for understanding the behavior and performance of various electronic components, including diodes, transistors, solar cells, and more.

Read more: IV Curve Tracer vs. Curve Tracer

Why is IV Curve Tracer important?

1. Comprehensive Characterization: The IV curve provides a comprehensive view of how a device responds to different levels of applied voltage, offering insights into its electrical characteristics. It helps identify parameters such as threshold voltage, breakdown voltage, saturation current, and dynamic resistance.

2. Fault Detection and Analysis: IV curve tracers are valuable tools for detecting faults or abnormalities in electronic components or circuits. By analyzing deviations from expected IV characteristics, engineers can pinpoint defects, aging, or malfunctions in devices.

3. Performance Optimization: Engineers use IV curve tracing to optimize the performance of electronic components and circuits, ensuring they operate within specified parameters.

4. Quality Control in Manufacturing: During the manufacturing process, IV curve tracers are employed to ensure the consistency and quality of electronic components by verifying that each unit meets specified electrical characteristics.

History of IV Curve Tracer

The concept of IV curve tracing can be traced back to the mid-20th century. As semiconductor technology advanced, there was a growing need to understand the electrical characteristics of newly developed devices. The first IV curve tracers were relatively simple analog instruments that allowed engineers to manually trace the current-voltage relationship.

Over time, with the evolution of technology and the integration of digital electronics, IV curve tracers have become highly sophisticated instruments. Modern curve tracers offer automation, computer interfacing, and advanced data analysis capabilities, making them essential tools in research, development, and quality control in electronics.

In summary, the IV curve tracer plays a pivotal role in understanding, optimizing, and ensuring the quality of electronic components. Its evolution reflects the dynamic progress of electronics over the years, from simple analog tools to sophisticated digital instruments.

關於 Tektronix 軟體

支援的儀器

儀器類型	機型	KickStart 應用程式
SMU 儀器	2450、2460、2461、2470	I-V 追蹤儀應用

關於 Tektronix 軟體

支援的儀器

儀器類型	機型	KickStart 應用程式
SMU 儀器	2450、2460、2461、2470	I-V 追蹤儀應用

關於 Tektronix 軟體

關於 Tektronix 軟體