Descriptions

• Upgraded Hand held tiny Spectrum analyzer TinySA 2" reveal 100kHz to 960MHz with ESD protecedVersion V0 User interface: * Display decision 320*240 pixels * Screen diagonal 2" * sixteen bits in line with RGB pixels * Resistive touch control * Jog change control * USB serial port control * Optional TTL USART port (SW no longer but implemented) on the internal PCB * Linear energy supply to circumvent switching noise *Add port ESD defense to improve version(V0) The input/output specification of the tinySA is divided over the 4 modes Low input mode spec: * Input frequency differ from 100kHz to 350MHz * Input impedance 50 ohm when enter attenuation set to 10dB or extra * Selectable manual and automated enter attenuation between 0dB and 31dB in 1 dB steps * Absolute maximum enter point with out attenuation of +10dBm * Absolute most input energy with 30dB attenuation of +20dBm for short period * Input Intercept Point of 1/3 order modulation products (IIP3) with 0dB attenuation of +15dBm * 1dB compression point at +2dBm with 0dB attenuation * Power detector decision of 0 and linearity versus frequency of +/-1dB * Absolute strength level accuracy after energy point calibration of +/- 1dB * Lowest discernible signal utilizing a decision bandwidth of 30kHz of -102dBm * Frequency accuracy equivalent to the selected decision bandwidth * Phase noise of -90dB/Hz at 100kHz offset and -115dB/Hz at 1MHz offset * Spur loose dynamic range when utilizing a 30kHz decision bandwidth of 70dB * Manually selectable decision filters of 3, 10, 30, 100, 300, 600kHz Automatic number of one of the 57 resolution filters * On screen resolution of one hundred forty five or 290 measurement facets * Scanning pace of over a thousand points/second utilizing greatest decision filters * Automatic optimization of actual scanning aspects to guarantee policy of the whole scan range regardless of the selected decision bandwidth * Spur suppression possibility for assessing if certain indicators are internally generated or truthfully present in the input sign High input mode spec: * Input frequency fluctuate from 240MHz to 960MHz * As there is not any input bandfilter stable signals outdoors the 240MHz to 960MHz range may cause distortion of the in band indicators * Absolute most input point without attenuation of +10dBm * Input Intercept Point of 1/3 order modulation products (IIP3) of -5dBm * 1dB compression point at -6dBm with 0dB attenuation * Power detector resolution of zero and linearity as opposed to frequency of +/-1dB * Absolute power point accuracy after strength level calibration of +/- 1dB * Lowest discernible sign utilizing a decision bandwidth of 30kHz of -115dBm * Frequency accuracy equal to the chosen resolution bandwidth * Spur loose dynamic vary when utilizing a 30kHz decision bandwidth of 50dB * Selectable (automatic and manual) resolution filters of 3, 10, 30, 100, three hundred and 600kHz * Optional 25dB to 40dB frequency dependent input attenuator The energy level error with this attenuator activated increases to +/- 15dB * On display screen resolution of one hundred forty five or 290 dimension facets * Scanning speed of over one thousand points/second utilizing largest decision filters * Automatic optimization of tangible scanning points to ensure policy of the entire scan fluctuate regardless of the selected decision bandwidth Low output mode spec: * Sinus output with harmonics under -40dB of primary * Output frequency differ from 100kHz to 350MHz * Output point selectable in 1dB steps between -76dBm and -6dBm * Optional AM, slim FM and large FM modulation or slow sweep over selectable frequency span High output mode spec: * Square wave output * Output frequency vary from 240MHz to 960MHz * Output point selectable in variable increments between -38dBm and +13dBm * Optional slim FM and broad FM modulation or gradual sweep over selectable frequency span Reference generator spec: * Optional square wave output with most important at -25dBm connected to excessive input/output * Frequency would be set to 1MHz, 2MHz, 4MHz, 10MHz, 15MHz or 30MHz Battery spec: * Charging time max 1 hour on 500mA minimal USB port or USB charger * Operation on entirely charged battery for not less than 2 hours Package inclued: TinySA 2" Spectrum analyzer *1 20cm sma-sma rg174 rf cabe *2 USB Type-C Data Cable *1 Hand rope *1 SMA feminine to female connector *1 SMA telescopic antenna *1

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Révision