Used WANDEL & GOLTERMANN DLA-9D #9263568 for sale

ID: 9263568
Transmission measuring systems With data line analyzer AC/DC Adapter charger Ohms: 600, 900, 220, 820 / 115 nF Standard ohms: 600, 150, 220, 820 /115 nF Swept signal noise level ratio Frequency: 20 Hz - 300 kHz.
WANDEL & GOLTERMANN DLA-9D is a highly advanced, precision, electronic test equipment designed for advanced level analog and microwave circuit design and research applications. It is the perfect tool for designing and verifying complex, top-performance linear circuits. DLA-9D has an intuitive touch-sensitive display which allows for excellent usability and control. In addition, the test set includes an array of key features such as an oscilloscope, signal source, and network analyzer. Furthermore, its ability to simulate real-world signal traversing, with high accuracy and fidelity, makes it the perfect choice when designing analog or microwave circuits. WANDEL & GOLTERMANN DLA-9D features an impressive 3-GHz bandwidth and up to 8 signal channels, all with 30-V range. This is combined with a built-in programmable power supply, so users can work with realistic load effects in simulations. Additionally, the test set can also be used to test analog devices such as amplifiers, attenuators, and mixers, due to its on-board IV meters. DLA-9D also contains the innovative TESTPACE system. This advanced di/dt system measures the dynamic stability of closed-loop control systems with ease, and allows users to quickly set parameters before tests. Moreover, the system includes an automated result trace function, which records the results as a real-time trace during the tests. WANDEL & GOLTERMANN DLA-9D is an excellent choice for any laboratory when dealing with analog and microwave circuit design. Its ability to simulate realistic signals to high accuracy, as well as its comprehensive measurement capabilities, makes it ideal for these types of tasks. Additionally, its intuitive user interface and powerful features make it incredibly simple to use. DLA-9D will undoubtedly provide an abundance of useful information when designing complex circuits.
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