tinySA Portable Spectrum Analyzer Handheld 100k-5.3GHz High Frequency Signal Generator Built-in LNA with TFT Touchscreen Display Support PC Connection

Features:Wide Frequency Coverage High Output: The tinySA Spectrum Analyzer supports ultra-wide frequency ranges from 100kHz to 5.3GHz, covering comprehensive analysis needs from low to high frequency. As a handheld high-frequency signal generator, it provides sinewave outputs from 100kHz to 800MHz, squarewave outputs from 800MHz to 4.4GHz, and frequency mixing signal outputs from 4.4GHz to 5.4GHz to meet diversified requirements.High Resolution Low Noise Performance: 200Hz to 850kHz adjustable resolution bandwidth (RBW), RBW design as low as 200Hz can effectively differentiate adjacent signals to meet SSB two-tone intermodulation test requirements, and the 850kHz RBW realizes fast scanning. In addition, the background noise level (DANL) is as low as -166dBm/Hz, and with the built-in low noise amplifier (LNA), it can distinguish signals as low as -140dBm at 200Hz RBW to ensure measurement accuracy.Intuitive and Convenient Control Experience: The built-in 4-inch TFT touchscreen provides a more intuitive data display and simplifies the operation process, which makes on-site analysis and setup easy and fast. The device is equipped with a 3000mAh high-capacity battery, allowing for up to 8 hours of continuous work to meet the needs of long-time outside measurements. It also supports saving screenshots directly to a memory card.Flexible Data Management Expandability: The device supports PC and tinySA-APP connections, allowing for wireless data transmission and real-time synchronized display on the computers, improving work efficiency and flexibility of analysis. The support for a memory card further expands the storage space, which makes it easy to save a large amount of data for subsequent analysis.Innovative ULTRA Mode Adaptability to Multiple Scenarios: The ULTRA mode extends the upper limit of the spectrum analyzer to 5.3GHz. Combined with the stable performance from 100kHz to 800MHz in the normal mode, it demonstrates superior application value and high adaptability in various fields such as communications, electronic RD, educational experiments, etc.