Main HomePage - tinySA tinySA Ultra ZS405 Screen size 4 inch Spectrum Analyzer for 0 1-800MHz or, with Ultra mode enabled up to 5 3 GHz, level calibrated up to 6GHz Can observe signals up to 12GHz Signal Generator with sine wave output between 0 1-800MHz or square wave up to 4 4GHz or rf test signal output up to 5 3GHz when not used as Spectrum Analyzer
tinySA | Main tinySA Basic Ultra First Use Charge the Internal tinySA Battery After unpacking the tinySA insert the USB cable into the tinySA USB port and connect the cable to an active (5v DC) USB charger or computer USB port to charge the tinySA One hour charging should be sufficient for first usage A red LED will light while the tinySA is charging, and will go out when the
erikkaashoek tinySA: tiny Spectrum Analyzer - GitHub tinySA is very tiny handheld Spectrum Analyzer (SA) It is standalone with lcd display, portable device with battery This project aim to provide an useful instrument for the RF enthusiast This repository contains source of tinySA firmware
Main PC control - tinySA Simply connect the tinySA to your PC using the supplied USB cable Once connected you can either use a terminal program (such as Tera Term) or you can use an PC application to control the tinySA Three software's to control the tinySA are available All are able to capture the screen of the tinySA
LiteVNA - ZeenKo tinySA LibreVNA LibreCAL LiteVNA SAA2 TinyPFA LNA modules MMICs Contact LiteVNA LiteVNA improves on the popular NanoVNA and SAA2 Now you can get a portable vector network analyzer (VNA) as small as the NanoVNA and capable of meeting the ultra-wide measurement range of 50 kHz to 6 3 GHz
Main Specification - tinySA The input output specification of the tinySA is split over the 4 modes Low input mode spec: Input frequency range from 100kHz to 350MHz (with some limitations down to 10kHz) Input impedance 50 ohm when input attenuation set to 10dB or more Selectable manual and automatic input attenuation between 0dB and 31dB in 1 dB steps
Main Frequently Asked Questions - tinySA The tinySA uses these frequencies for the markers, even when using an RBW much smaller then the frequency step between the points Furthermore the tinySA takes steps of at least a quarter of the active RBW so any frequency reported has an uncertainty of at least that amount To increase accuracy, decrease the scan span