YB1630H型DDS数字合成函数波形发生器产品介绍（中文）
YB1630H型DDS数字合成函数波形发生器是一款基于直接数字合成技术的高性能信号源设备，适用于电子电路开发、教学实验、科研测试及工业检测等领域。该设备通过先进的数字信号处理技术，能够生成具有高频率精度和相位连续性的多种标准波形，为使用者提供稳定可靠的信号输出解决方案。
本产品支持正弦波、方波、三角波、锯齿波等基础波形输出，同时具备脉冲调制、扫频信号和线性/对数扫频功能。频率输出范围覆盖0.1Hz至30MHz，分辨率达到0.1μHz级别，输出幅度可在2mVpp至20Vpp范围内连续调节。独特的频率捷变技术确保在切换输出参数时波形无相位间断，特别适用于通信系统测试和精密测量场景。
设备采用5英寸彩色液晶显示屏配合人性化操作界面，支持参数实时显示与波形预览功能。内置存储模块可保存100组用户自定义配置，便于快速调用常用设置。配备USB和LAN通信接口，兼容PC端控制软件，支持远程操作与自动化测试系统集成。为满足不同应用需求，设备还提供直流偏置调节、幅度调制及外部触发等实用功能。
在电路设计方面，采用多级滤波和电磁屏蔽技术，有效降低谐波失真和杂散干扰，典型波形失真度小于0.5%。全金属机箱结构配合智能温控系统，确保设备在长时间连续工作状态下保持稳定性能。兼容50Ω标准阻抗匹配，可直接驱动各类负载设备。
YB1630H型波形发生器适用于高校实验室、电子研发中心、通信设备制造等场景，可为数字电路调试、传感器激励、滤波器测试等应用提供精准信号源支持。通过软硬件协同优化，在保证输出质量的同时实现了快速响应与便捷操作的良好平衡。
Product Introduction of YB1630H DDS Function Waveform Generator (English)
The YB1630H DDS Function Waveform Generator is a high-performance signal source device based on Direct Digital Synthesis technology, designed for electronic circuit development, educational laboratories, scientific research, and industrial testing applications. Utilizing advanced digital signal processing, this equipment generates multiple standard waveforms with high frequency accuracy and phase continuity, delivering stable and reliable signal output solutions.
This instrument provides fundamental waveform outputs including sine, square, triangular, and sawtooth waves, along with pulse modulation, frequency sweep (linear/logarithmic), and burst mode functionalities. With a frequency range spanning 0.1Hz to 30MHz and 0.1μHz resolution, the output amplitude can be continuously adjusted from 2mVpp to 20Vpp. Its innovative frequency-agile technology ensures phase-continuous waveform switching, making it particularly suitable for communication system testing and precision measurement applications.
Featuring a 5-inch color LCD screen with intuitive user interface, the device enables real-time parameter monitoring and waveform preview. The built-in memory module supports storage of 100 user-defined configurations for quick recall. Equipped with USB and LAN interfaces, it seamlessly integrates with PC control software for remote operation and automated test systems. Additional practical functions include DC offset adjustment, amplitude modulation, and external trigger capabilities to meet diverse application requirements.
The circuit design incorporates multi-stage filtering and electromagnetic shielding technology, effectively reducing harmonic distortion and spurious interference to less than 0.5%. The all-metal chassis combined with intelligent thermal management ensures consistent performance during prolonged operation. With 50Ω impedance matching compatibility, it can directly drive various load equipment.
Ideal for university laboratories, electronics R&D centers, and communication device manufacturing facilities, the YB1630H excels in digital circuit debugging, sensor excitation, and filter testing applications. Through optimized hardware-software coordination, it achieves an optimal balance between output quality, rapid response, and user-friendly operation.
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