UNI-T UTS1000B/T Series Spectrum Analyzers
UNI-T's UTS1000B/T Series of 1.5 & 3.2 GHz Performance-Series Spectrum Analyzers are designed to enhance the capabilities of electrical engineers.
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9 kHz ~ 3.2 GHz Frequency Range
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1 Hz ~ 1 MHz Resolution Bandwidth
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-161 dBm Display Average Noise Level
UNI-T UTS1000B/T Series 1.5/3.2 GHz Spectrum Analyzers
Product Overview
Uni-T's UTS3000B Series of 2.1 & 3.6 GHz Performance-Series Spectrum Analyzers are designed to enhance the capabilities of electrical engineers. Featuring frequency ranges between 9 kHz to 3.2 GHz and a resolution bandwidth of 1 Hz to 1 MHz, these instruments present a multitude of advantages and applications for professionals working in the field.
Advanced Function
The UTS1000B/T Series offers a variety of advanced instrument functions, including: Channel power, Time domain power, Occupies Bandwidth, Third Order Intermodulation, Adjacent channel power, Spectrum Monitoring, Carrier-to-noise ratio, and Harmonic.
EMI Pre-Compliance Analysis
Optional components combined with near-field probes assist in locating and resolving EMI defects in advance
Rich Detector Functions
Positive peak, Negative peak, Sampling, Standard, Average, Quasi-peak
Intuitive Touch-Screen Operation
The 10.1-inch multi-touch HD capacitive screen streamlines menu adjustments and enables various gesture actions such as dragging, expanding, and zooming on the trace. This user-friendly interface elevates the user experience, guaranteeing swift and effective operation in a range of settings, whether in the field or laboratory.
4 Traces
The UTS1000B/T Series provides 4 traces to enable comparative observation and locate abnormal signals.
10001 Scan Points
Scan 10001 Points displays details far clearer, supports a greater effectiveness in capturing abnormal signals.
Excellent Selectivity
The UTS1000B/T Series has a stronger signal resolution capability of adjacent unequal amplitudes.
DANL <-161dBm
This series of spectrum analyzers has low bottom noise and more accurate measurements. A small signal can be accurately measured.