You can check the price history of AURSINC Tinysa Ultra+ ZS407 7.3GHz with ZA-048 LDPA Antenna, here. This product's current Price in USA is $284.89. The average and highest prices are $284.89 and $284.89 respectively.
Lowest Ever Price
$284.89
31st Aug 2026
Average Price
$284.89
Based on 12 days price tracking
Highest Price
$284.89
31st Aug 2026
Current Price in USA
Price
$284.89
MRP
$286.84
Savings
$1.95
Discount
0.679%
Product Information
Details
Product Name
AURSINC Tinysa Ultra+ ZS407 7.3GHz with ZA-048 LDPA Antenna,
Store Product Code
B0DXPYNJR9
Store Name
amazon.com
Brand
AURSINC
Category
Spectrum Analyzers
Features
AURSINC 2025 Upgraded Tinysa Ultra+ ZS407 spectrum analyzer: With ultra-wide frequency range of 100kHz-7.3GHz, enabling you to capture and analyze a broader spectrum of signals precisely. With 4 IPS-TFT LCD (480320) display can show a maximum of 450 points per scan, clearly presenting signal details and measurement results. Supports PC control, enabling easy data transfer and analysis
Ultra-Wide Frequency Range: The TinySA Ultra+ ZS407 frequency range of 100kHz-7.3GHz in Ultra mode and the input frequency range of 100kHz-900MHz represent a significant improvement over previous models. It can accurately capture and analyze a broader range of signals, making it suitable for a variety of complex RF testing scenarios
Powerful Signal Generation Capability: It can generate MF/HF/VHF sinusoidal output from 100kHz-900MHz, UHF square wave output from 900MHz-6.3GHz, and mixed signal output from 6.3GHz- 7.3GHz. With a rich variety of signal generation types and a wide frequency range
The ZA048 is a printed LDPA(Log-Periodic Dipole Array Antenna). Optimized design techniques significantly reduce its size, making it compatible with the tinySA ULTRA spectrum analyzer. Using new technology, it covers 400MHz - 8GHz in a 27x23cm size, with some low - frequency directionality loss
The antenna's input resistance is rated at 50, and return loss fluctuates when the antenna is connected to a 50 source. In most frequency bands above 1GHz, the return loss is about 10dB or less, and the VSWR is about 2. In the 400M-1GHz band, the return loss is about 4.5dB or less, and the VSWR is about 4. The VSWR increases rapidly at frequencies below 400MHz
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