iso 9001 iso 14001 as 9100 certified mi n i-ci r cuit s ? p . o . b ox 3 50 166 , b r ooklyn , new y or k 1 1 2 3 5- 0 00 3 ( 7 18) 9 3 4- 4 50 0 fax ( 7 1 8 ) 332 -4 66 1 th e d es ign eng i n e e rs searc h eng i n e pr ovides actual d at a i n st an tly a t ? notes: 1. performance and quality attributes and conditions not exp r essly stated in this specification sheet a r e intended to be excluded and do not form a part of this specification sheet. 2. electrical specifications and performance data contained he r ein a r e based on mini-ci r cuit s applicable established test performance criteria and measu r ement instructions. 3. the parts cove r ed by this specification sheet a r e subject to mini-ci r cuits standa r d limited warranty and terms and conditions (collectivel y , standa r d t erms) ; pu r chasers of this part a r e entitled to the rights and benefits contained the r ein. for a full statement of the standa r d t erms and the exclusive rights and r emedies the r eunde r , please visit mini-ci r cuits website at ww w .minici r cuits.com/mclsto r e/terms.jsp. fo r detailed performance specs & shoppi n g onli n e see web site mi n ici r cuits. c o m if/rf micro w a ve components rev. c m108294 edr-6380 zx60-2534m+ rav/urj 110526 page 1 of 3 50? 0.5 to 2.5 ghz connectorized ampli?er electrical speci?cations at t amb = 25 o c model no. freq. (ghz) f l - f u dc voltage @ pin v+ (v) gain over frequency in ghz typ (db) maximum power (dbm) output (1 db comp.) typ. f l f u dynamic range nf ip3 (db) (dbm) typ. typ. 1ghz 1ghz 2ghz vswr (:1) typ. active directivity (db) isolation-gain typ. dc operating current @ pin v+ (ma) typ. max. 0.5 1.0 1.5 2.0 2.5 min.at 2 ghz in out zx60-2534m+ 0.5-2.5 5.0 31.7 39.4 39.4 38.4 35.9 34.0 18.0 15.9 3.1 30.0 27.8 1.3 1.5 25 153 185 2.8 28.9 35.2 34.9 34.6 32.8 31.0 13.8 14.0 3.1 25.4 24.6 1.3 1.8 23 141 185 maximum ratings operating temperature -40 o c to 80 o c case storage temperature -55 o c to 100 o c dc voltage 7v input power (no damage) -15dbm power 1w ? buffer ampli?er ? cellular ? pcn ? lab ? instrumentation ? test equipment applications ? from 2.8v to 5v operation ? high directivity, 24 db typ. ? wide bandwidth, 0.5 to 2.5 ghz ? low noise ?gure, 3.1 db typ. ? output power, up to 18 dbm typ. ? protected by us patent 6,790,049 features case style: ga955 connectors model price qty. sma ZX60-2534M-S+ $64.95 ea. (1-9) zx60-2534m+ + rohs compliant in accordance with eu directive (2002/95/ec) the +suf?x has been added in order to identify rohs compliance. see our web site for rohs compliance methodologies and quali?cations. ???????????????????????????????????????????????????????????????? outline drawing ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ??? 1.20 .75 .46 1.18 .04 .17 .45 .59 .33 .21 .22 .18 1.00 .50 .35 .18 .106 grams ????? ????? ????? ????? ???? ???? ????? ????? ???? ???? ???? ???? ????? ????? ???? ???? ???? ???? outline dimensions ( ) ???? mm
iso 9001 iso 14001 as 9100 certified mi n i-ci r cuit s ? p . o . b ox 3 50 166 , b r ooklyn , new y or k 1 1 2 3 5- 0 00 3 ( 7 18) 9 3 4- 4 50 0 fax ( 7 1 8 ) 332 -4 66 1 th e d es ign eng i n e e rs searc h eng i n e pr ovides actual d at a i n st an tly a t ? notes: 1. performance and quality attributes and conditions not exp r essly stated in this specification sheet a r e intended to be excluded and do not form a part of this specification sheet. 2. electrical specifications and performance data contained he r ein a r e based on mini-ci r cuit s applicable established test performance criteria and measu r ement instructions. 3. the parts cove r ed by this specification sheet a r e subject to mini-ci r cuits standa r d limited warranty and terms and conditions (collectivel y , standa r d t erms) ; pu r chasers of this part a r e entitled to the rights and benefits contained the r ein. for a full statement of the standa r d t erms and the exclusive rights and r emedies the r eunde r , please visit mini-ci r cuits website at ww w .minici r cuits.com/mclsto r e/terms.jsp. fo r detailed performance specs & shoppi n g onli n e see web site mi n ici r cuits. c o m if/rf micro w a ve components typical performance data at 25 o c page 2 of 3 500 28.16 48.01 2.42 3.31 13.61 24.20 3.59 560 30.73 44.40 2.19 2.83 14.33 24.90 3.49 680 32.94 39.00 1.89 2.20 15.12 25.75 3.31 800 33.88 35.01 1.71 1.87 15.36 26.04 3.21 860 34.47 33.31 1.63 1.78 15.36 26.05 3.15 1000 34.64 29.84 1.46 1.66 15.22 25.84 3.10 1100 34.89 27.74 1.35 1.61 15.09 25.58 3.07 1160 34.78 26.66 1.28 1.59 15.01 25.41 3.05 1280 34.70 24.91 1.17 1.54 14.88 25.07 3.02 1400 34.52 23.78 1.08 1.49 14.79 24.79 2.95 1460 34.81 23.44 1.06 1.45 14.75 24.68 2.99 1500 34.41 23.29 1.05 1.43 14.73 24.62 2.99 1580 34.60 23.13 1.04 1.39 14.68 24.52 3.00 1700 34.47 23.13 1.05 1.35 14.60 24.45 2.97 1760 34.12 23.15 1.07 1.33 14.55 24.44 3.01 1880 34.21 23.06 1.10 1.34 14.43 24.46 3.01 2000 34.38 22.57 1.13 1.41 14.27 24.51 3.05 2060 34.39 22.14 1.13 1.46 14.19 24.53 3.07 2360 33.48 20.15 1.15 1.88 13.85 24.54 3.18 2500 32.29 23.09 1.40 2.07 13.83 24.44 3.25 frequency (mhz) gain (db) directivity (db) vswr in (:1) vswr out (:1) power out @1db compression (dbm) ip3 (dbm) nf (db) v+ = 2.8v 500 31.31 42.97 2.28 3.11 17.54 30.41 3.52 560 34.33 39.91 2.05 2.65 18.41 31.09 3.42 680 36.96 35.75 1.77 2.01 19.15 31.74 3.23 800 38.13 32.69 1.60 1.65 19.06 31.72 3.18 860 38.60 31.26 1.52 1.53 18.86 31.54 3.11 1000 39.31 27.91 1.37 1.36 18.24 30.85 3.07 1100 39.67 25.59 1.27 1.29 17.80 30.26 3.05 1160 39.73 24.30 1.21 1.26 17.57 29.90 3.02 1280 39.70 22.14 1.13 1.20 17.21 29.22 2.99 1400 39.49 20.75 1.09 1.16 16.98 28.66 2.94 1460 39.47 20.37 1.09 1.15 16.90 28.42 2.95 1500 39.24 20.23 1.09 1.14 16.86 28.29 2.94 1580 39.15 20.19 1.11 1.13 16.79 28.07 2.95 1700 38.85 20.54 1.16 1.13 16.69 27.86 3.00 1760 38.53 20.78 1.18 1.14 16.64 27.81 2.94 1880 38.32 21.07 1.21 1.19 16.50 27.76 2.97 2000 38.23 20.75 1.19 1.27 16.30 27.79 3.03 2060 38.30 20.28 1.16 1.33 16.19 27.81 3.04 2360 36.64 17.33 1.06 1.60 15.66 27.89 3.14 2500 35.29 21.18 1.45 1.64 15.58 27.86 3.18 frequency (mhz) gain (db) directivity (db) vswr in (:1) vswr out (:1) power out @1db compression (dbm) ip3 (dbm) nf (db) v+ = 5.0v zx60-2534m+
iso 9001 iso 14001 as 9100 certified mi n i-ci r cuit s ? p . o . b ox 3 50 166 , b r ooklyn , new y or k 1 1 2 3 5- 0 00 3 ( 7 18) 9 3 4- 4 50 0 fax ( 7 1 8 ) 332 -4 66 1 th e d es ign eng i n e e rs searc h eng i n e pr ovides actual d at a i n st an tly a t ? notes: 1. performance and quality attributes and conditions not exp r essly stated in this specification sheet a r e intended to be excluded and do not form a part of this specification sheet. 2. electrical specifications and performance data contained he r ein a r e based on mini-ci r cuit s applicable established test performance criteria and measu r ement instructions. 3. the parts cove r ed by this specification sheet a r e subject to mini-ci r cuits standa r d limited warranty and terms and conditions (collectivel y , standa r d t erms) ; pu r chasers of this part a r e entitled to the rights and benefits contained the r ein. for a full statement of the standa r d t erms and the exclusive rights and r emedies the r eunde r , please visit mini-ci r cuits website at ww w .minici r cuits.com/mclsto r e/terms.jsp. fo r detailed performance specs & shoppi n g onli n e see web site mi n ici r cuits. c o m if/rf micro w a ve components typical performance curves at 25 o c page 3 of 3 zx60-2534m+ gain 24 28 32 36 40 44 500 1000 1500 2000 2500 frequency (mhz) gain (db) v+ = 2.8v v+ = 5.0v zx60-2534m+ directivity 10 20 30 40 50 60 500 1000 1500 2000 2500 frequency (mhz) directivity (db) v+ = 2.8v v+ = 5.0v zx60-2534m+ output power at 1db compression 10 12 14 16 18 20 22 500 1000 1500 2000 2500 frequency (mhz) output power (dbm) v+ = 2.8v v+ = 5.0v zx60-2534m+ vswr 1.0 1.5 2.0 2.5 3.0 3.5 500 1000 1500 2000 2500 frequency (mhz) vswr in ,v+ =2.8v in ,v+ =5v out ,v+ =2.8v out ,v+ =5v zx60-2534m+ noise figure 2.8 3.0 3.2 3.4 3.6 3.8 500 1000 1500 2000 2500 frequency (mhz) noise figure (db) v+ = 2.8v v+ = 5.0v zx60-2534m+ ip3 15 20 25 30 35 40 500 1000 1500 2000 2500 frequency (mhz) ip3 (dbm) v+ = 2.8v v+ = 5.0v =+
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