miniVNA Tiny Vector Network Analyzer 1MHz-3GHz Signal Generator for Bluetooth WIFI 2.4G Antenna Test

miniVNA Tiny Vector Network Analyzer 1MHz-3GHz Signal Generator for Bluetooth WIFI 2.4G Antenna Test

Features:
-1MHz～3GHz frequency range
-Frequency step 10Hz
-Impedance range 1 to 1000 ohms
-RF generator output power -6dBm @ 500 MHz
-The dynamic range is 70dB @ 500MHz
-All phase measurement, and integrated Smith chart
-With software open circuit, short circuit, load calibration functions, the test results are more accurate
-Two-port VNA supports S11 and S21; supports display and result storage
-Support multi-format data export (JPEG, Excel, zplot, S2P, PDF)
-User-friendly interface, support Windows, Linux, Mac systems
-Support Android phone software
-RF port is SMA connector
-USB powered

1. Vector network analyzer with frequency 1MHz-3GHz.
2. Using high-frequency Rogers board, high-frequency performance is more stable.
3. Dynamic gain adjustment, higher reflection directivity.
4. High isolation switch, transmission dynamic range 1M-3GH, typical value is 70 dB.
5. Support the development of the host computer, comprehensive technical support.
6. Aluminum alloy + thermal silica gel pad heat dissipation technology, better temperature stability.
7. A multifunctional machine: cable length measuring/cable loss measuring/3G signal generator (not only vector analyzer).

The difference between miniVNA Tiny upgrade version and miniVNA Tiny:
1. The upgraded version of miniVNA Tiny adopts CNC machined aluminum housing to improve temperature rise and enhance high frequency anti-interference ability.
2. The upgraded version of miniVNA Tiny uses a higher precision temperature compensation device to improve the measurement temperature drift and reduce the measurement error caused by temperature changes.

Package List:
-1 x Vector Network Analyzer
-1 x USB Cable
-1 Set of 3G Calibration Parts
-2 x SMA Cables
-1 x Attenuator
-1 x Toolkit

Note:
-When the accuracy requirements are high, it is recommended to calibrate the corresponding mode every time the device is powered on, and calibrate after 5 to 15 minutes after the device is powered on to avoid errors in measurement accuracy caused by temperature changes.
-Due to the need for effective heat dissipation, please do not cover the surface with debris to maintain good heat dissipation on the surface. As the surface temperature of the equipment is high after long-term use, take care to prevent scalding.