KVG series PXle Vector Signal Generator
The KVG5100 PXle Vector Signal Generator incorporates a standardized modular design, offering high integration, excellent performance, and flexibility in applications. It supports modular reconfigurable configurations for the PXle system, enabling precise simulation of single-tone signals, multi-tone signals, and various wideband modulation signals. As a result, it serves as an ideal tool for generating high-quality complex digital modulation signals. Its frequency range spans from 100kHz to 43.5GHz, with a maximum generation bandwidth of 1GHz. At 43.5GHz, the output noise spectral density remains no greater than -135dBm/Hz.
The KVG5100 PXle Vector Signal Generator comprises a broadband up-conversion link and a high-performance DAC conversion link, making it widely applicable in testing various types of equipment, systems, and their components and components.
PRODUCT FEATURES
- Maximum signal generation bandwidth up to <1GHz>;
- Output signal frequency range covering 100kHz to 43.5GHz;
- Output noise spectral density: ≤-150dBm/Hz at 8GHz; ≤-145dBm/Hz at 26.5GHz; ≤-140dBm/Hz at 43.5GHz;
- Flexible configuration functions help you easily and quickly design the required signals: equipped with various generation functions such as single-tone/multi-tone, frequency scanning, power scanning, arbitrary waveform, sequence waveform, and broadband modulation signal; equipped with configuration list and digital IO functions;
- Rich trigger synchronization mechanism helps you build a reliable communication link between systems: supports synchronous signal output, trigger input, trigger output, trigger delay, reference input, and reference output;
- Real-time monitoring of equipment temperature to help you control the first-hand information of equipment and system reliability;
- Optional support for high-speed P2P data transmission function, which can be combined with SSD solid-state storage and other media to build a large-capacity high-speed playback system;
- Compact PXIe 3U standard structure, easy to build a multi-channel broadband RF signal generation system.
- Comes with an SFP application that can be used as a stand-alone device;
- The API driver conforms to the IVI interface specification and supports development environments such as C/C++, C#, and LabView;
- Comes with more than ten functional/performance test routines.
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