MC1502

MC1502 ETC1

Document overview

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Technical content

562 408-522-3838 • Fax: 408-522-3839 • Check for updates: www.cougarcorp.com 2005/2006

10 TO 1500 MHz

TO-8 DOUBLE-BALANCED MIXERMC1502 SPECIFICATIONS* Typical Values MC1502 SSB Conversion Loss fR 20 to 600 6.0 7.5 and f L 10 to 800 6.0 7.5 SSB Noise Figure f I 1 to 200 6.0 7.5 fR 10 to 1200 7.0 8.0 fL 10 to 1400 7.0 8.0 fI 1 to 200 7.0 8.0 fR 10 to 1500 7.5 8.5 fL 10 to 1500 7.5 8.5 fI 1 to 200 7.5 8.5 fI 1 to 1000 8.5 9.5 Conversion Comp. f R Level = 0 dBm — 1.0 Desensitization Level fR2 Level = -2 dBm — 1.0 Typ. Min. Isolation (dB) (dB) fL at R fL 10 to 800 40 35 fL at I 32 25 fL at R f L 800 to 1200 35 25 fL at I 25 18 fL at R fL 1200 to 1500 30 25 fL at I 25 14 Third Order Intercept LO = +7.0 dBm +12.0 dBm — Guaranteed -55° to +85° C Parameter Port Frequency Typ. Max. (MHz) (dB) (dB) derate to +17 dBm @ 100°C ABSOLUTE MAXIMUM RATINGS MC1502 MTS1502 LO IF 0.031 (0.79) RF GROUND 45° ± 3° 0.033 (0.84) 0.018 ± 0.002□ (0.46 ± 0.05)□ (4) PLCS 0.300□ (7.62)□ DIA. B.C. 0.504 (12.80)□ DIA. 0.025□ (0.64) 0.450 (11.43)□ DIA. 0.208 (5.28)□ MAX. 0.185 ± 0.015□ (4.70 ± 0.38) DIA. PIN D M Mixer□ 0.510□ (12.950) 0.385□ (9.779) CL CL PRODUCT□ LABEL AREA DIMENSIONS ARE IN INCHES (MILLIMETERS) 0.48□ 0.53□ (12.19)□ (13.46) 0.010□ (4.32) 0.06□ (1.52)□ 6 PL 0.099□ (2.515)□ 4 PL 0.224□ (5.689)□ 2 PL 0.100□ (2.540)□ 2 PL 0.055□ (1.397)□ 2 PL 0.350□ (8.890) 0.016□ (0.406)□ 4 PL

0.025 X 45°□

(0.635) 0.020 R□ (0.51)□ TYP IF R L Surface Mount Package for Mixer * 1) Measured in a 50-ohm system with nominal LO drive of +7.0 dBm as a downconverter. 2) Guaranteed conversion loss increases 0.5 dB for -55°C to +85°C temperature range. 3) The I-port frequency range extends to DC for phase detection, pulse modulation, or attenuation appli- cations. 4) Noise figure is specified only down to 1 MHz for the IF frequency to avoid 1/F contributions. DIMENSIONS ARE IN INCHES (MILLIMETERS)

2005/2006 408-522-3838 • Fax: 408-522-3839 • Check for updates: www.cougarcorp.com 563 MC1502□ Typical Performance -20□ -40□ -60□ -80 CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level3 -4□ -6□ -8□ -10□ -12 LO DRIVE - dBm ISOLATION - dB Isolation (L to I) vs. Frequency1 CONVERSION LOSS - dB Conversion Loss vs. Input Frequency4 -4□ -5□ -6□ -7□ FREQUENCY - GHz□ -10□ -30□ -50□ -70□ -90 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency2 FREQUENCY - GHz□ IF – 30 MHz 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency2 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency2 FREQUENCY - GHz□ KEY: +25 ° C□ +85 ° C -55 ° C FL – 0.8 GHz at +7 dBm FL – 0.8 GHz at +7 dBm FL at +7 dBm FL at +7 dBm FL at +7 dBm HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 410 MHz @ -10 dBm□ F L = 500 MHz □ FL @ +7 dBm□ F L @ +10 dBm IP3□□ □ FR = 410, 414 MHz @ -10 dBm□ F L = 500 MHz @ +10 dBm□ Vertical Scale: 10 dB/DIV MC1502 TYPICAL PERFORMANCEMC1502□ Typical Performance -20□ -40□ -60□ -80 CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level3 -4□ -6□ -8□ -10□ -12 LO DRIVE - dBm ISOLATION - dB Isolation (L to I) vs. Frequency1 CONVERSION LOSS - dB Conversion Loss vs. Input Frequency4 -4□ -5□ -6□ -7□ FREQUENCY - GHz□ -10□ -30□ -50□ -70□ -90 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency2 FREQUENCY - GHz□ IF – 30 MHz 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency2 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency2 FREQUENCY - GHz□ KEY: +25 ° C□ +85 ° C -55 ° C FL – 0.8 GHz at +7 dBm FL – 0.8 GHz at +7 dBm FL at +7 dBm FL at +7 dBm FL at +7 dBm HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 410 MHz @ -10 dBm□ F L = 500 MHz □ FL @ +7 dBm□ F L @ +10 dBm IP3□□ □ FR = 410, 414 MHz @ -10 dBm□ F L = 500 MHz @ +10 dBm□ Vertical Scale: 10 dB/DIV MC1502□ Typical Performance -20□ -40□ -60□ -80 CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level3 -4□ -6□ -8□ -10□ -12 LO DRIVE - dBm ISOLATION - dB Isolation (L to I) vs. Frequency1 CONVERSION LOSS - dB Conversion Loss vs. Input Frequency4 -4□ -5□ -6□ -7□ FREQUENCY - GHz□ -10□ -30□ -50□ -70□ -90 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency2 FREQUENCY - GHz□ IF – 30 MHz 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency2 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency2 FREQUENCY - GHz□ KEY: +25 ° C□ +85 ° C -55 ° C FL – 0.8 GHz at +7 dBm FL – 0.8 GHz at +7 dBm FL at +7 dBm FL at +7 dBm FL at +7 dBm HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 410 MHz @ -10 dBm□ F L = 500 MHz □ FL @ +7 dBm□ F L @ +10 dBm IP3□□ □ FR = 410, 414 MHz @ -10 dBm□ F L = 500 MHz @ +10 dBm□ Vertical Scale: 10 dB/DIV MC1502□ Typical Performance -20□ -40□ -60□ -80 CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level3 -4□ -6□ -8□ -10□ -12 LO DRIVE - dBm ISOLATION - dB Isolation (L to I) vs. Frequency1 CONVERSION LOSS - dB Conversion Loss vs. Input Frequency4 -4□ -5□ -6□ -7□ FREQUENCY - GHz□ -10□ -30□ -50□ -70□ -90 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency2 FREQUENCY - GHz□ IF – 30 MHz 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency2 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency2 FREQUENCY - GHz□ KEY: +25 ° C□ +85 ° C -55 ° C FL – 0.8 GHz at +7 dBm FL – 0.8 GHz at +7 dBm FL at +7 dBm FL at +7 dBm FL at +7 dBm HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 410 MHz @ -10 dBm□ F L = 500 MHz □ FL @ +7 dBm□ F L @ +10 dBm IP3□□ □ FR = 410, 414 MHz @ -10 dBm□ F L = 500 MHz @ +10 dBm□ Vertical Scale: 10 dB/DIV

1 Level of the fL signal fed through to the R- and I-ports with respect to the level of the fL signal

at the L-port. 2 VSWR of the I- and R-ports in a 50-ohm system.Some variation in the R-port VSWR will occur as a function of the L-port frequency as shown above. 3 The minimum recommended drive level is +4 dBm. The maximum recommended drive level is +18 dBm. 4 Conversion loss of the mixer when used in an SSB system. The frequency ordinate refers to the R-port (fR) with fI at 30 MHz.Data plotted with an fL level of +7.0 dBm. MC1502□ Typical Performance -20□ -40□ -60□ -80 CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level3 -4□ -6□ -8□ -10□ -12 LO DRIVE - dBm ISOLATION - dB Isolation (L to I) vs. Frequency1 CONVERSION LOSS - dB Conversion Loss vs. Input Frequency4 -4□ -5□ -6□ -7□ FREQUENCY - GHz□ -10□ -30□ -50□ -70□ -90 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency2 FREQUENCY - GHz□ IF – 30 MHz 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency2 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency2 FREQUENCY - GHz□ KEY: +25 ° C□ +85 ° C -55 ° C FL – 0.8 GHz at +7 dBm FL – 0.8 GHz at +7 dBm FL at +7 dBm FL at +7 dBm FL at +7 dBm HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 410 MHz @ -10 dBm□ F L = 500 MHz □ FL @ +7 dBm□ F L @ +10 dBm IP3□□ □ FR = 410, 414 MHz @ -10 dBm□ F L = 500 MHz @ +10 dBm□ Vertical Scale: 10 dB/DIV MC1502□ Typical Performance -20□ -40□ -60□ -80 CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level3 -4□ -6□ -8□ -10□ -12 LO DRIVE - dBm ISOLATION - dB Isolation (L to I) vs. Frequency1 CONVERSION LOSS - dB Conversion Loss vs. Input Frequency4 -4□ -5□ -6□ -7□ FREQUENCY - GHz□ -10□ -30□ -50□ -70□ -90 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency2 FREQUENCY - GHz□ IF – 30 MHz 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency2 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency2 FREQUENCY - GHz□ KEY: +25 ° C□ +85 ° C -55 ° C FL – 0.8 GHz at +7 dBm FL – 0.8 GHz at +7 dBm FL at +7 dBm FL at +7 dBm FL at +7 dBm HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 410 MHz @ -10 dBm□ F L = 500 MHz □ FL @ +7 dBm□ F L @ +10 dBm IP3□□ □ FR = 410, 414 MHz @ -10 dBm□ F L = 500 MHz @ +10 dBm□ Vertical Scale: 10 dB/DIV MC1502□ Typical Performance -20□ -40□ -60□ -80 CONVERSION LOSS - dB Conversion Loss vs. LO Drive Level3 -4□ -6□ -8□ -10□ -12 LO DRIVE - dBm ISOLATION - dB Isolation (L to I) vs. Frequency1 CONVERSION LOSS - dB Conversion Loss vs. Input Frequency4 -4□ -5□ -6□ -7□ FREQUENCY - GHz□ -10□ -30□ -50□ -70□ -90 ISOLATION - dB Isolation (L to R) vs. Frequency1 FREQUENCY - GHz□ FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR L-Port VSWR vs. Frequency2 FREQUENCY - GHz□ IF – 30 MHz 2.5□ 2.0□ 1.5□ 1.0□ 0.5 VSWR R-Port VSWR vs. Frequency2 FREQUENCY - GHz□ 3.0□ 2.5□ 2.0□ 1.5□ 1.0 VSWR I-Port VSWR vs. Frequency2 FREQUENCY - GHz□ KEY: +25 ° C□ +85 ° C -55 ° C FL – 0.8 GHz at +7 dBm FL – 0.8 GHz at +7 dBm FL at +7 dBm FL at +7 dBm FL at +7 dBm HARMONICS OF fR Harmonic Intermodulation Products □ (single tone) HARMONICS OF f L□ □FR = 410 MHz @ -10 dBm□ F L = 500 MHz □ FL @ +7 dBm□ F L @ +10 dBm IP3□□ □ FR = 410, 414 MHz @ -10 dBm□ F L = 500 MHz @ +10 dBm□ Vertical Scale: 10 dB/DIV TYPICAL PERFORMANCE