models: sysmm1x3436, sysmm2x3436 and sysmm3x3436 features ? low noise figure ............... 2.9 db typical ? high gain ........................... 37 db typical ? output 1 db comp. ........... +10 dbm typical ? integrated packaging ....... hermetically sealed ? integrated lo multiplier 34 to 36 ghz low-noise front end with lo multiplier option the sysmm3x3436 is an integrated low-noise converter with internal image filtering, and lo multiplier. the inte- grated lo multiplier provides higher front-end compression point than would be possible with a passive sub-har- monic mixer. internal lo filtering reduces spurious and fundamental lo leakage. all devices are screened to mil- std-883 method 1010 and 1008 prior to hermetic sealing for high reliability. the single piece housing is a robust mechanical design for ease of use in any system. waveguide inputs, alternate frequency bands, and quadrature or image rejection style units are available. please contact miteq. i m a g e r e j e c t i o n m i x e r p r o d u c t s 100 davids drive, hauppauge, ny 11788 ? tel: (631) 436--400 ??fax: (631) 436-7430 ? www.miteq.com electrical specifica tions input parameters condition units min. typ. max. rf frequency range ghz 34 36 rf vswr 50 ohm ref. ratio 2.5:1 v+ bias current @ +9 to +16 v 330 v- bias current @ -9 to -16 v 30 lo frequency range sysmm1x3436 ghz 32 sysmm2x3436 ghz 16 sysmm3x3436 ghz 10.67 lo power range dbm +10 +12 +14 lo vswr ratio 2.5:1 transfer characteristics condition units min. typ. max. conversion gain db 31 37 image rejection db 15 25 single-sideband noise figure db 2.9 3.3 output power at 1 db compression point dbm +7 +10 output parameters condition units min. typ. max. if frequency range ghz 2 4 if vswr ratio 2:1 maximum ratings specification temperature .................. +25c operating temperature ........................ -40 to +65 storage temperature .......................... -65 to +95 note: test data supplied at 25; conversion gain, image rejection, noise figure and output 1 db compression point.
sysmm1x3436, sysmm2x3436 and sysmm3x3436 outline drawings a vailable options part no. description opt143047 external dc-dc converter to generate -v for single supply requirements opt163370 heatsink for non-waveguide unit opt144696 spacer plate for non-waveguide unit (used when mounting unit to a flat surface, plate allows clearance for connectors) opt147307 l-shape mounting bracket ordering information sysmm3x3436 ............ front end with 3x lo multiplier sysmm2x3436 ............front end with 2x lo multiplier sysmm1x3436 ............front end with fundamental lo sysmm3x3436wg1 .... front end with 3x lo multiplier and rf waveguide port SYSMM2X3436WG1....front end with 2x lo multiplier and rf waveguide port sysmm1x3436wg1....front end with fundamental lo and rf waveguide port standard waveguide interface has 0.116 diameter clearance holes. for waveguide port with #4-40 tapped holes, substitute...wg2 for ...wg1. standard unit wg1, 2 waveguide options notes: 1. units mounting surface shall be attached to a heatsink capable of dissipating the devices power consumption without exceeding the devices temperature limits. 2. all dimensions shown in brackets [ ] are in millimeters. i m a g e r e j e c t i o n m i x e r p r o d u c t s 100 davids drive, hauppauge, ny 11788 ? tel: (631) 436--400 ??fax: (631) 436-7430 ? www.miteq.com block diagram typical application 0 .549 [13.95] 1.030 [26.16] 0 .375 [9.53] t yp. 0 .980 [24.89] 0.350 [8.88] t yp. 0 .700 [17.78] 0.250 [6.35] 0 .250 [6.35] 0.125 [3.18] 0.123 [3.12] mounting sur face ( see note 1) field r eplaceable sma female connector ( 2 places) 0. 1 10 [ 2.79] 0 .750 [19.05] 1 .200 [30.48] 0. 1 10 [ 2.79] typ. 0 .352 [8.94] typ. 0.120 [3.05] r f input 0.270 [6.86] 1 .200 [30.48] 0.15 [3.81] 2x ?0.104 [?2.64] 0.077 [1.96] optional s pacer plate pn: 144696 field replaceable k -type female connector v+ v- gnd if lo 2.345 [59.56] 0.75 [ 19.05] 0.35 [ 8.97] 0.25 [ 6.35] 0 .25 [6.35] 0 . 1 1 [ 2.79] 0.125 [3.18] 0.38 [9.53] 0.50 [ 12.70] 0.64 [16.31] 0 .70 [ 17.78] 1.20 [30.48] 0 .980 [24.89] 0 . 1 1 [ 2.79] mounting sur face (see note 1) r f output f orms to wr28 c over flange 0.88 [ 22.23] 0 .125 [3.18] 0 .60 [15.24] 0 .73 [ 18.42] 0.50 [12.67] 0 .87 [ 22.15] 2.095 [ 53.21] + vif lo gnd - v r f 2x ?0.10 [?2.64] model - wg1 0. 1 16 [2.95] dia. thru m odel - wg2 4C0 u nc-2b 0.549 [13.95] 1.030 [26.16] 0.375 [9.53] typ. 0 .980 [24.89] 0.350 [8.88] typ. 0 .700 [17.78] 0 .250 [6.35] 0.250 [6.35] 0.125 [3.18] 0.123 [3.12] m ounting sur face (see note 1) field replaceable sma female c onnector (2 places) 0. 1 10 [2.79] 0.750 [ 19.05] 1.200 [30.48] 0 . 1 10 [ 2.79] typ. 0.352 [8.94] typ. 0 .120 [ 3.05] r f input 0 .270 [6.86] 1 .200 [30.48] 0 .15 [3.81] 2x ?0.104 [?2.64] 0.077 [1.96] optional spacer plate pn: 144696 field replaceable k-type female c onnector v+ v- gnd if lo 2.345 [59.56] 0 .75 [ 19.05] 0.35 [8.97] 0 .25 [ 6.35] 0.25 [6.35] 0. 1 1 [2.79] 0 .125 [ 3.18] 0.38 [9.53] 0 .50 [ 12.70] 0.64 [16.31] 0.70 [17.78] 1.20 [30.48] 0 .980 [ 24.89] 0. 1 1 [2.79] m ounting sur face ( see note 1) r f output forms to wr28 cover flange 0 .88 [ 22.23] 0.125 [ 3.18] 0 .60 [ 15.24] 0 .73 [ 18.42] 0.50 [12.67] 0.87 [22.15] 2.095 [53.21] +v if lo g nd -v r f 2x ?0.10 [?2.64] m odel - wg1 0. 1 16 [2.95] dia. thru model - wg2 4C0 unc-2b ri l rf lna image filter lo 32 ghz if x3 rf rf i f if-i if-q front end qifm lo1 lo2 a/d dsp sysmm2x3436 irm0204lc2q .17 [4.32] dia. 147307 l-shape mounting bracket .75 [19.05] 1.27 [32.26] 2.00 [50.80] 0.50 [12.7] ri l rf lna image filter lo 32 ghz if x3 rf rf i f if-i if-q front end qifm lo1 lo2 a/d dsp sysmm2x3436 irm0204lc2q .17 [4.32] dia. 147307 l-shape mounting bracket .75 [19.05] 1.27 [32.26] 2.00 [50.80] 0.50 [12.7] ri l rf lna image filter lo 32 ghz if x3 rf rf i f if-i if-q front end qifm lo1 lo2 a/d dsp sysmm2x3436 irm0204lc2q .17 [4.32] dia. 147307 l-shape mounting bracket . 75 [19.05] 1.27 [32.26] 2.00 [50.80] 0.50 [12.7]
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