YB4328D 長余輝慢掃描二綜示波器產(chǎn)品介紹

YB4328D 長余輝慢掃描二綜示波器是一款專為滿足復(fù)雜信號測量與分析需求而設(shè)計的高性能電子測試儀器。它具備長余輝顯示功能，能夠在屏幕上清晰地呈現(xiàn)信號的軌跡，即使對于低頻或慢變信號，也能讓波形細節(jié)得以完整展現(xiàn)，極大地提升了觀測的準(zhǔn)確性和便捷性。慢掃描功能則進一步增強了其在測量低頻信號時的能力，可將緩慢變化的信號進行有效捕捉和放大，使其在長時間觀測過程中仍能保持穩(wěn)定的顯示效果，避免了因掃描速度過快導(dǎo)致的信號丟失或模糊不清等問題。

該示波器采用先進的電子技術(shù)和優(yōu)化的電路設(shè)計，確保了測量的高精度與高穩(wěn)定性。其操作界面簡潔直觀，配備了多種便捷的操作按鍵和旋鈕，用戶可以輕松地進行通道選擇、增益調(diào)節(jié)、觸發(fā)設(shè)置等操作，無論是初學(xué)者還是經(jīng)驗豐富的工程師都能快速上手并高效使用。此外，它還具備良好的兼容性和擴展性，能夠與多種外部設(shè)備進行連接和協(xié)同工作，為用戶在電子電路調(diào)試、信號分析、科研實驗等多種應(yīng)用場景中提供了強大的支持，是電子工程師、科研人員以及高校實驗室等領(lǐng)域的理想選擇。

The YB4328D Long Persistence Slow Scan Dual Trace Oscilloscope is a high-performance electronic test instrument specifically designed to meet the complex signal measurement and analysis requirements. It features a long persistence display function, which can clearly present the signal trajectory on the screen. Even for low-frequency or slowly varying signals, the waveform details can be fully displayed, greatly improving the accuracy and convenience of observation. The slow scan function further enhances its ability to measure low-frequency signals. It can effectively capture and magnify slowly changing signals, maintaining a stable display effect during long-term observation and avoiding signal loss or blurriness caused by too fast scanning speed.

Adopting advanced electronic technology and optimized circuit design, the oscilloscope ensures high-precision and high-stability measurement. Its user-friendly interface is equipped with various convenient operation buttons and knobs, allowing users to easily perform channel selection, gain adjustment, trigger setting and other operations. Both beginners and experienced engineers can quickly get started and use it efficiently. In addition, it has good compatibility and expandability, enabling connection and collaborative work with a variety of external devices. It provides strong support for users in various application scenarios such as electronic circuit debugging, signal analysis, and scientific research experiments, making it an ideal choice for electronic engineers, researchers, and university laboratories.