MC1505 TELEDYNE | Alldatasheet
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D IM E N SIO N S A R E IN IN C HE S [M ILLIM E TE R S] SPECIFICATIONS * ABSOLUTE M AXIM UM RATINGS R ev. 5/10 6 50-6 91-9800 • Fax: 6 50-96 2-6 845 • U pdates: w w w.teledynem icrow ave.com • m icrow ave@ teledyne.com
10 TO 1500 M Hz
TO-8 DOUBLE-BALANCED M IXER M C1505 Typical Values M C 1 505 G uaranteed -55 to +85 °C Param eter Port Frequency Typ. M ax. (M H z) (dB ) (dB ) derate to + 17 dBm @ 100 °C M C1505 M TS1505 Surface M ount Package for M ixer *1) M easured in a 50-ohm system w ith nom inal LO drive of + 10.0 dBm as a dow nconverter. 2) The I-port frequency range extends to D C for phase detection, pulse m odulation, or attenuation applications. 3 ) N oise figure is specified only dow n to 1 M Hz for the IF frequency to avoid 1/F contributions. SSB C onversion Loss fR 20 to 6 00 6 .5 8.0 and fL 10 to 800 6 .5 8.0 SSB N oise Figure fI D C to 200 6 .5 8.0 fR 10 to 1500 7 .5 8.5 fL 10 to 1500 7 .5 8.5 fI D C to 200 7 .5 8.5 fI D C to 1000 8.0 9.0 C onversion C om p. fR Level = + 7 dBm — 1.0 D esensitization Level fR 2 Level = + 5 dBm — 1.0 Typ. M in. (dB ) (dB ) Isolation fL at R fL 10 to 800 40 27 fL at I 3 5 25 fL at R fL 800 to 1200 3 0 24 fL at I 25 20 fL at R fL 1200 to 1500 25 20 fL at I 24 15 Third O rder Intercept LO = + 10.0 dBm + 17 .0 dBm — LO = + 13 .0 dBm + 20.0 dBm —
6 50-6 91-9800 • Fax: 6 50-96 2-6 845 • U pdates: w w w.teledynem icrow ave.com • m icrow ave@ teledyne.com M C1505 -40□ CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level4 -5□ -7□ -9□ -11□ -13□ -15□ □ LO DRIVE - dBm I CONVERSION LOSS - dB Conversion Loss vs. RF Frequency5 -5□ -6□ -7□ -8□ FREQUENCY - GHz□ - □ -50□ 3 □ RF = 1.0 GHz□ LO = 1.03 GHz LO Power = +10 dBm□ IF = 30 MHz 2 □ 3 □ K + □ □ □ □ F □ -20□ F -5□ C - □ -50□ 3 □ R □ 3 □ K + □ HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 100 MHz @ -10 dBm□ F L = 130 MHz □ FL @ +10 dBm□ F L @ +13 dBm F -20□ -40□ -60 C -5□ ISOLATION - dB Isolation (L to I) vs. Frequency1 C -10□ -30□ -50□ -70 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency3 FREQUENCY - GHz□ R □ 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency3 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency3 FREQUENCY - GHz□ KEY: +25 °C□ +85 °C -55 °C FL = 0.6 GHz at +10 dBm FL = 0.6 GHz at +10 dBm FL at +10 dBm FL at +10 dBm □ □ □ F □ -10□ -20□ -30 ISOLATION - dB Isolation (R to I) vs. Frequency2 FREQUENCY - GHz□ FREQUENCY - GHz□ FL = 0.6 GHz at +10 dBm FL at +10 dBm + □ 1 Level of the f L signal fed through to the R - and I-ports w ith respect to the level of the f L signal at the L-port. 2 Level of the f R signal fed through the I-port w ith respect to the level of the f R signal at the R -port. 3 VSW R of the I- and R -ports in a 50-ohm system . Som e variation in the R -port VSW R w ill occur as a function of the L-port frequency as show n above. 4 The m inim um recom m ended drive level is + 10 dBm . The m axim um recom m ended drive level is + 20 dBm . 5 C onversion loss of the m ixer w hen used in an SSB system . The frequency ordinate refers to the R -port (f R ) w ith f I at 3 0 M Hz. D ata plotted w ith an f L level of + 10.0 dBm . -5□ C - □ 3 □ R □ 3 □ K + □ □ □ □ F □ F INTERCEPT POINT - dBm Intercept Point 70□ 60□ 50□ 40□ 30□ 20□ FREQUENCY - GHz□ +10 dBm LO□ +13 dBm LO □ IP2 IP3 IF = 30 MHz,□ Hi-Side LO RELATIVE IF RESPONSE - dB Relative IF Response 1.0□ 0.5□ -0.5□ -1.0□ -1.5□ -2.0□ -2.5 FREQUENCY - GHz□ +10 dBm LO□ +13 dBm LO LO = 1.5 GHz,□ Hi-Side LO