v 2.00 high p o wer gaas spdt switc h dc - 3 ghz SW-106, sw-276 features l +39 dbm typ. 1 db compression point, -8v control l +65 dbm typ. 3rd order intercept, -8v control l insertion loss of 0.4 db typical l low power consumption l fast switching speed guaranteed specifications 1 (?5? to +85?) frequency rang e dc - 3.0 ghz SW-106 sw-276 insertion loss dc - 0.5 ghz 0.5 db 0.4 db max dc - 1.0 ghz 0.6 db 0.5 db max dc - 2.0 ghz 0.8 db 0.7 db max dc - 3.0 ghz 1.2 db 1.0 db max isolation dc - 0.5 ghz 34 db 37 db min dc - 1.0 ghz 32 db 31 db min dc - 2.0 ghz 20 db 24 db min dc - 3.0 ghz 15 db 19 db min vswr dc - 0.5 ghz 1.3:1 1.3:1 max dc - 1.0 ghz 1.5:1 1.5:1 max dc - 2.0 ghz 1.5:1 1.5:1 max dc - 3.0 ghz 1.6:1 1.6:1 max operating characteristics 2 impedance 50 ohms nominal switching characteristics tr ise , tfall (10% to 90% ) 30 ns t yp t on, t off (50% ctl to 90%/10% rf) 35 ns t yp tr ansients (in-band) 12 mv t yp input p o wer for compression 0.1 db 1.0 db 0.9 ghz (-5vcontrol) +32.5 dbm +35.5 dbm t yp 0.9 ghz (-8v control) +35.5 dbm +39.5 dbm t yp third order intercept point (with two +10 dbm input t ones) 0.9 ghz (-5v control) +61 dbm t yp 0.9 ghz (-8v control) +65 dbm t yp control v olta g es vin lo w 0 to -0.2v @ 20 ? max vin high -5v @ 50 ? t yp to -10v @ 800 ? max 1. all specifications apply when operated with bias voltages of 0v for vin lo w and -5 to -10v for vin high, and 50 ohm impedance at all rfports, unless otherwise specified. 2. high po w er (greater than 1w) handling specifications apply to cold switching only . f or input po w ers under 1w hot switching can be used. 3. contact the factory for standard or custom screening requirements . SW-106 (cr-5) sw-276 (cr-2) f or both switches: bottom of case is ac ground dimension in ( ) are in mm. unless otherwise noted: .xxx = ?0.010 (.xx = ?0.25) .xx = ?0.02 (.x = ?0.5) ordering information p art number p acka ge SW-106 pin surface mount sw-276 pin ceramic
v 2.00 high p o wer gaas spdt switc h SW-106, sw-276 absolute maximum ratings 1. operation of this device abo v e any one of these parameters ma y cause permanent damage . 2. t case = 25?c, where t case is the temperature at the bottom of the case . 3. special consideration must be given to the mounting of the switch to minimize the thermal resistance . the bottom of the case should be thermally attached to the mounting surface to maintain the junction temperature under the absolute maximum rating. functional schematics (top view) SW-106 sw-276 two t one ip 3 measurements t ruth t able t ypical performance p arameter absolute maximum 1 max. input p ow er 0.05 ghz +35 dbm 0.5 - 2.0 ghz ?v control +36 dbm ?v control +39 dbm ?0v control +40 dbm pow er dissipation 2,3 2.0 w control v oltage ?2v, +1v operating t emperature ?5?c to +125?c storage t emperature ?5?c to +150?c maximum junction t emperature +175?c thermal resistance 2 : q jc +50?c/w control condition of switc h rf common to each rf por t a b rf1 rf2 high lo w on off lo w high off on input p o wer 3rd order second bias f or each tone intermodulation ip 3 harmonic v olta ge (dbm) products (dbc) (dbm) (dbc) 0, ?v +27 ?4 +44 -61 0, ?v +27 ?9 +51 -61 0, ?v +27 ?4 +59 -63 0, ?v +27 ?5 +59 -63 0, ?v +28 ?0 +43 -58 0, ?v +28 ?1 +48 -58 0, ?v +28 ?2 +54 -57 0, ?v +28 ?0 +58 -57 0, ?v +29 ?8 +43 -54 0, ?v +29 ?4 +46 -54 0, ?v +29 ?4 +51 -54 0, ?v +29 ?2 +55 -54 0, ?v +30 ?6 +43 -52 0, ?v +30 ?2 +46 -51 0, ?v +30 ?8 +49 -51 0, ?v +30 ?4 +52 -51
v 2.00 high p o wer gaas spdt switc h SW-106, sw-276 t ypical performances (cont'd.)
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