LZSAA-2 V2 50KHz-3GHz Vector Network Analyzer 2.8 Inch Digital Nano VNA Tester MF HF VHF UHF USB Logic Antenna Analyzer Standing Wave
Description:
S-a-a-2, portable vector network analyzer up to 3GHz designed by owocomm.
We manufacture in strict accordance with the document of owocomm, using 0.5ppm TCXO to ensure the frequency accuracy of high-frequency measurement. The complete metal shell can fully protect the internal precision circuit and fully consider the protection of external interface. The customized high-performance ss405 cable provides good amplitude and phase stability, and the high-performance calibration kit ensures that the calibration SWR is less than 1.03 at 3GHz.
Product performance:
Frequency range: 50KHz-3GHz
Frequency error: < 2ppm
Frequency temperature: < 0.5ppm
System dynamic range (calibration): 70dB (up to 1.5GHz), 60dB (up to 3GHz)
S11 noise floor (calibration): – 50dB (up to 1.5GHz), – 40dB (up to 3GHz)
Scanning speed: 100 points / S
Display: saa2 2.8 “, 320 x 240
RF port: saa2 SMA; saa2n n
(if you need to measure anti pin SMA equipment such as wifi antenna, please use SMA to rpsma connector)
USB interface: microusb
Power supply: USB, maximum charging current 1a
Battery: saa2 2000mAh lithium ion; saa2n 3000mAh lithium ion
Battery connector: jst-xh 2.54mm
Max scan point (on device screen): 201
Maximum scan point (USB): 1024
Return loss of port 2 (1.5GHz): 20dB typ
Port 2 return loss (3GHz): 13dB min
Vna-qt software compatible system: Linux, windows (7 +), OS planned
Outer package size: 140 * 100 * 40MM
Small package weight: 480 G
Package includes:
1 x S-a-a-2 host (with 2000mAh battery)
1 x USB cable
2 x 30cm SMA male to male ss405 RF cable
1 x SMA simple calibration kit open
1 x SMA simple calibration kit short
1 x SMA simple calibration kit load
1 x SMA female to female connector
1 x EVA carrying case
1 x Rope touch paddle
Note: S-a-a-2 / nanovna V2 uses a user interface similar to that of nanovna, but adopts a different technical architecture. S-a-a-2 / nanovna V2 does not load initial calibration data at startup, and does not automatically insert calibration data after user changes frequency. Calibration data must be recalibrated or called back after each startup and frequency change. Please read the operation manual carefully before use to avoid damaging the equipment.
Details pictures:
