ka-band model c-, x-, ku- and dbs-band models features ? 32 db attenuation control ? 10 mhz reference input on rf input or external reference input connector ? analog and rs485 remote control ? rf output power detector ? mute for external command or excess output power ? extended operating temperature ? low phase noise this series of block upconverters are designed to be used in place of the typical solid state pre-amplifier found in a high power amplifier. status and control can be ac- complished either by discrete lines for existing controllers or by rs485. block upconverters for integration in high power amplifiers
type......................................................................... single conversion frequency sense ..................................................... no inversion input characteristics impedance ........................................................... 50 ohms vswr .................................................................. 1.25:1 maximum non-damage ........................................................ +15 dbm minimum external reference characteristics location................................................................ input center conductor or reference connector frequency ............................................................ 10 mhz level..................................................................... -5 to +7 dbm output characteristics impedance ........................................................... 50 ohms vswr .................................................................. 1.25:1 maximum power output (1 db compression)........................ +13 dbm minimum, ka-band models ............................................... +16 dbm minimum transfer characteristics noise figure .......................................................... 15 db typical (minimum attenuation) gain...................................................................... 26 1 db at 23c, ka-band models ............................................... 30 2 db at 23c gain flatness ........................................................ 0.2 db/any 40 mhz, 0.25 db/any 80 mhz, 0.5 db/rf-band gain stability constant temperature ....................................... 0.25 db/24 hours -40 to +80c...................................................... 2 db maximum after 1/2 hour warm-up attenuation control ............................................... 32 db/0.1 db step remote control or 0 to 10 volts dc group delay slope (any 80 mhz segment) ........................... 0.0125 ns/mhz parabolic (any 80 mhz segment)...................... 0.000625 ns/mhz 2 ripple (any 80 mhz segment) .......................... 0.5 ns total .................................................................. 1 ns peak-to-peak over rf-band spurious output signal related .................................................... 65 dbc minimum ka-band models ............................................ 60 dbc minimum if signal second harmonic (ka-band models)...... -55 dbc maximum at 0 dbm output power signal independent (inband) ............................. -100 dbm maximum signal independent (out-of-band) ..................... -70 dbm maximum, ka-band models ............................................ -65 dbm maximum image rejection ........................................................ 60 db minimum second harmonic output (p1 db) ............................ -40 dbc maximum intermodulation distortion ........................................ with two inband output signals at 0 dbm, third order intermodulation products are less than 46 dbc mute......................................................................... 60 db minimum specifications model input frequency output frequency lo frequency number (ghz) (ghz) (ghz) upba-6.25 0.95 - 1.75 5.85 - 6.65 4.9 upba-8.15 0.95 - 1.45 7.9 - 8.4 6.95 upba-13 0.95 - 1.45 12.75 - 13.25 11.8 upba-14.25 0.95 - 1.45 14 - 14.5 13.05 upba-14.125 0.95 - 1.7 13.75 - 14.5 12.8 upba-17.85 0.95 - 2.05 17.3 - 18.4 16.35 ka-band models upba-28.475 0.95 - 1.2 28.35 - 28.6 27.4 upba-29.375 0.95 - 1.2 29.25 - 29.5 28.3 upba-29.5 1 - 2 29 - 30 28 upba-29.625 0.95 - 1.7 29.25 - 30 28.3 upba-29.75 0.95 - 1.45 29.5 - 30 28.55 upba-30.5 1 - 2 30 - 31 29
maximum phase noise ...................................... output power monitor dc voltage based on output level typical....... output power monitor level (dbm) (vdc) 13 0.85 C 1.50 10 0.60 C 0.84 7 0.38 C 0.59 3 0.12 C 0.28 no input signal 0.01 maximum control/monitor.................................................. discrete analog and rs485 provided, refer to miteqs technical note 25t058 for details. specifications (cont.) outline drawings j2 rf output type sma female j4 power/m&c type da-15p j3 reference input type sma female j1 rf input type sma female r j3 r ef input j1 r f input j4 p wr/ m &c j2 r f output .25 [6.35] .94 [23.90] 4.00 [101.60] 3.32 [84.33] 3.50 [88.90] 5.00 [127.00] .09 [2.29] 1.25 [31.75] .33 [8.38] 2.89 [73.53] 1.82 [46.25] 1.11 [28.19] .41 [10.41] 4x .125 [3.18] thru j2 rf output k type female j4, 15 pin d-sub male dc inputs and remote interface j3 10 mhz reference input type sma female j1 rf input type sma female r j3 r ef input j1 r f input j4 p wr/ m &c j2 r f output .25 [6.35] 1.20 [30.48] 4.00 [101.60] 3.32 [84.33] 3.50 [88.90] 5.00 [127.00] .090 [2.29] 1.51 [38.35] .41 [10.41] 1.82 [46.25] .60 [15.24] .42 [10.67] 1.11 [28.19] .41 [10.41] 4x .125 [3.18] thru note: dimensions shown in brackets [ ] are in millimeters. local oscillator (dbc/hz) offset 10 below above above (hz) mhz 10 ghz 10 ghz 27 ghz 10 -113 -51 -45 -34 100 -135 -73 -67 -64 1k -145 -83 -77 -74 10k -150 -93 -87 -84 100k -150 -103 -97 -94 1m -150 -103 -97 -104 ka-band
d-301b 01?07 block upconverters for integration in high power amplifiers primary power requirements voltage ................................................................. 12C18 vdc voltage ripple/noise.............................................. 50 mv peak-to-peak, typical (20 mhz bw) current ................................................................. 650 ma typical ka-band models............................................... 1.3a typical physical weight .................................................................. 1.5 pounds nominal connectors rf .................................................................... sma female power/monitor and control interface ................ 15 pin d-type male environmental operating ambient temperature........................................ -40 to +80c relative humidity.............................................. up to 95% at 30c atmospheric pressure ...................................... up to 10,000 feet nonoperating ambient temperature........................................ -40 to +85c relative humidity.............................................. up to 95% at 40c atmospheric pressure ...................................... up to 50,000 feet shock ............................................................... 30 gs, 10 rms vibration ........................................................... 20 to 2000 hz random to 0.04g 2 /hz 100 davids drive, hauppauge, ny 11788 tel.: +1-631-436-7400 ? fax: +1-631-436-7431 www.miteq.com general specifications block diagram frequency diplexer power divider output detector local oscillator j1 rf and reference input j2 rf output j3 reference input
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