NI GPIB-140 扩展器 成都阳光熹禾

产品细节说明：GPIB-140 NI 扩展器

1. 光纤传输：
   • 使用光纤技术，将GPIB信号转换为光信号进行长距离传输。这有助于克服电磁干扰和减少信号损失，提高信号传输的稳定性和可靠性。
2. 信号延长：
   • 该扩展器的主要功能是延长GPIB总线的范围，允许将仪器和设备连接到更远的距离，而无需牺牲信号质量。这对于需要长距离连接多个仪器设备的场景非常有用。
3. 高速数据传输：
   • 支持高速数据传输，能够以高达1.1 Mb/s（IEEE 488.1）或2.8 Mb/s（HS488）的速率传输数据，满足对数据传输速度有较高要求的应用场景。
4. 多设备连接：
   • 允许连接多个仪器和设备，以建立复杂的测试和测量系统。这有助于在科研、实验室和工业环境中构建灵活、可扩展的测试系统。
5. 嵌入式控制：
   • 可能具有嵌入式控制器，用于管理光纤通信和处理GPIB数据。这有助于简化系统架构，提高系统的整体性能和可靠性。

GPIB-140

产品详情参数 ：GPIB-140 NI 扩展器

• 品牌：National Instruments（NI）
• 型号：GPIB-140A
• 类型：光纤GPIB扩展器

GPIB-140 NI  应用领域：

NI GPIB-140A光纤GPIB扩展器是一款功能强大、性能稳定的扩展器，通过光纤传输技术将GPIB信号扩展到更远的距离，同时保持高速数据传输和稳定的信号质量。它适用于多种领域的应用场景，为用户提供了灵活、可扩展的解决方案。

NI GPIB-140A光纤GPIB扩展器适用于多种领域，包括但不限于：

1. 测试与测量：
   • 在测试与测量领域，GPIB接口被广泛用于连接和控制各种测试设备，如示波器、信号发生器、频谱分析仪等。光纤扩展器可以延长这些设备的连接距离，使测试系统更加灵活和高效。
2. 科学研究：
   • 在科学研究中，特别是在实验室环境中，科学家和工程师可能需要在不同实验室设备之间建立连接。光纤GPIB扩展器有助于实现这些连接，同时保持稳定的信号传输。
3. 制造和生产测试：
   • 在制造和生产测试中，GPIB接口用于自动化测试系统（ATE），检查生产线上的产品质量。通过光纤扩展，可以更方便地连接和集成测试设备，提高生产效率和产品质量。
4. 医疗设备测试：
   • 在医疗行业，GPIB接口可能用于测试和诊断医疗设备。光纤GPIB扩展器有助于连接这些设备，无论它们在医院的哪个区域。
5. 半导体测试：
   • 在半导体行业，GPIB接口用于测试半导体器件和集成电路。通过光纤扩展，可以优化设备的布局和连接，提高测试效率和准确性。
6. 航空航天和国防：
   • 在航空航天和国防应用中，GPIB接口可能用于测试和控制各种航空航天系统。光纤扩展器有助于满足长距离传输的需求，确保系统的稳定性和可靠性。

Product Details: GPIB-140 NI Expander
Fiber optic transmission:
Using fiber optic technology to convert GPIB signals into optical signals for long-distance transmission. This helps to overcome electromagnetic interference and reduce signal loss, improving the stability and reliability of signal transmission.
Signal extension:
The main function of this extender is to extend the range of GPIB bus, allowing instruments and devices to be connected over longer distances without sacrificing signal quality. This is very useful for scenarios where multiple instruments and equipment need to be connected over long distances.
High speed data transmission:
Supports high-speed data transmission, capable of transmitting data at speeds up to 1.1 Mb/s (IEEE 488.1) or 2.8 Mb/s (HS488), meeting application scenarios with high requirements for data transmission speed.
Multi device connection:
Allow the connection of multiple instruments and devices to establish complex testing and measurement systems. This helps to build flexible and scalable testing systems in scientific research, laboratory, and industrial environments.
Embedded control:
It may have an embedded controller for managing fiber optic communication and processing GPIB data. This helps simplify the system architecture and improve the overall performance and reliability of the system.
Product details and parameters: GPIB-140 NI extender
Brand: National Instruments (NI)
Model: GPIB-140A
Type: Fiber GPIB extender
GPIB-140 NI application areas:

NI GPIB-140A Fiber GPIB Expander is a powerful and stable extender that extends GPIB signals over longer distances through fiber optic transmission technology, while maintaining high-speed data transmission and stable signal quality. It is suitable for various application scenarios in various fields, providing users with flexible and scalable solutions.

NI GPIB-140A fiber GPIB extender is suitable for various fields, including but not limited to:

Testing and Measurement:
In the field of testing and measurement, GPIB interface is widely used to connect and control various testing equipment, such as oscilloscopes, signal generators, spectrum analyzers, etc. Fiber optic extenders can extend the connection distance of these devices, making the testing system more flexible and efficient.
Scientific research:
In scientific research, especially in laboratory environments, scientists and engineers may need to establish connections between different laboratory equipment. Fiber GPIB extenders help achieve these connections while maintaining stable signal transmission.
Manufacturing and production testing:
In manufacturing and production testing, GPIB interface is used for automated testing systems (ATE) to check product quality on the production line. Through fiber optic expansion, it is more convenient to connect and integrate testing equipment, improving production efficiency and product quality.
Medical equipment testing:
In the healthcare industry, GPIB interfaces may be used for testing and diagnosing medical devices. Fiber GPIB extenders help connect these devices, regardless of their location in the hospital.
Semiconductor testing:
In the semiconductor industry, GPIB interfaces are used to test semiconductor devices and integrated circuits. Through fiber optic expansion, the layout and connection of equipment can be optimized, improving testing efficiency and accuracy.
Aerospace and Defense:
In aerospace and defense applications, GPIB interfaces may be used to test and control various aerospace systems. Fiber optic extenders help meet the needs of long-distance transmission, ensuring system stability and reliability.

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