8 TO 18 GHz EVEN-HARMONIC (1/2 LO) BALANCED MIXER
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1 8 TO 18 GHz EVENHARMONIC (1/ ) BALANCED MIXER MODEL SBE818LM Isolation... 6 db ( to )... 8 to 18 GHz... to 9 GHz... DC to 1 GHz High carrier rejection (when used as an upconverter) IN R DIA. THRU MTG. HOLES.5 RADIUS TYP. SCHEMATIC TYPICAL OUTPUT SPECTRUM AS LINEAR UPCONVERTER (MODULATOR) = +7 dbm 6 db 5 db FREQ. TYPICAL DOWNCONVERTER SPURS SINGLE TONE (m) ± (n) RELATIVE SPUR LEVEL (dbc) (AVERAGE MIDBAND,, FREQUENCIES, = 1 dbm, = +7 dbm) SPUR TEST TEST SPUR (m) X (n) FREQ. (GHz) FREQ. (GHz) LEVEL (dbc) 1 x x REF 1 x x x x x x x C3B/15
2 INPUT DYNAMIC RANGE OF LNA MIXER AS A FUNCTION OF LNA PEORMANCE P1 db / NF LNA IMAGE REJECTION MIXER NOISE FIGURE (db) TYPICAL INPUT DYNAMIC RANGE LIMITS OF MITEQ LNA/IR MIXER ( TO 8 GHz) +3 dbm P MIXER + dbm +15 dbm NOISE FIGURE (db) TYPICAL PEORMANCE LIMITS OF MITEQ LNAs ( TO 8 GHz) P1 db OUTPUT + dbm +15 dbm +1 dbm P1 db INPUT (dbm) For best spurious levels: 1 3 GAIN (db) Choose mixer with highest // port guaranteed isolation including triplebalanced designs Use maximum available power and diodes Terminate both and ports (or at least one of them) with wideband termination Utilize termination insensitive circuit Consider mixers C3B/153
3 SOURCE OF MIXING DISTORTION (E/I CHARACTERISTIC) OF A SCHOTTKY DIODE AND Straight line (5 ohm resistor) yields no distortion Maximum Schottky nonlinearity (and spurs) at knee symmetry yields low odd order spur products SCHOTTKY DIODE 1 5 ID VD 1 5 VGS IDS VDS Vgs = V Vgs = 1 V ID 5Ω IDS 5 5 5Ω VD UNSYMMETRIC E/I SINGLE FET SF WIDE BANDWIDTH W / ISOLATION 1.5 VDS SYMMETRIC E/I (Low Odd Harmonics) COMMON PASSIVE MIXER CIRCUITS = +13 IP 3 = +3 DUAL FET SBF OR HARMONIC SUPPRESSION REQUIRES BALUNS = + IP 3 = +3 QUAD FET DBF AND HARMONIC SUPPRESSION ALL PORTS ISOLATED = +3 IP 3 = +33 C3B/15
4 FUNDAMENTAL DOUBLEBALANCED MIXER CIRCUITS SCHOTTKY VB S D D S S D D S IP 3 /P = to 5 db Lowest cost Max IP 3 = +5 dbm (> GHz) P1 db/p = 5 db IP 3 /P = 5 to 15 db Easy to bias Max IP 3 > +35 dbm P1 db/p = db COMPARISON OF SCHOTTKY AND MIXER SPURS SCHOTTKY DB18HE1 DB18HW6 SBF618LW SINGLE TONE (m) ± (n) RELATIVE SPUR LEVEL (dbc) AVERAGE MIDBAND,, FREQUENCIES, = 1 dbm, = +1 dbm (L), + dbm (H) SPUR TEST TEST SPUR LEVEL (dbc) (m) X (n) FREQ. (GHz) FREQ. (GHz) L H 1 x x x x x x x x x SINGLE TONE (m) ± (n) RELATIVE SPUR LEVEL (dbc) (AVERAGE MIDBAND,, FREQUENCIES, = 1 dbm, = +16 dbm) SPUR TEST TEST SPUR (m) X (n) FREQ. (GHz) FREQ. (GHz) LEVEL (dbc) 1 x x x x x x x x x C3B/155
5 1.8 GHz DOUBLEBALANCED MIXER / to 1.9 GHz Input IP dbm dbm response... 5 to MHz Isolation... 5 db (/) 3 db (/) VSWR... :1... 3:1... :1.5 SQ L.5 +VDC I R DC BIAS PIN (AS REQUIRED).8. (TYP. 8 PLACES).5 (TYP. PLACES).16 ±. (TYP. PLACES).1 (TYP. PLACES) SCHEMATIC V 3 18 HYBRID V 3 Σ C3B/156
6 1.8 GHz DOUBLE BALANCED MIXER MODEL: DBF18W3 Twotone IP dbm Input 1 db comp dbm power... + to +6 dbm Packaging... Surface mount VSWR (RATIO) 5:1 :1 3:1 :1 AND VSWR ( = +3 dbm) VSWR VSWR 1: FREQUENCY (GHz) TYPICAL TEST DATA ISOLATION (db) 1 3 TO ISOLATION AND IP 3 = +6 dbm = + dbm Input IP 3 / Isolation / Isolation FREQUENCY (GHz) IP 3 POWER (dbm) CONVERSION SS RELATIVE RESPONSE ( = +3 dbm) SINGLE TONE (m) ± (n) SPUR LEVEL RELATIVE (dbc) TO REF ( = 1 dbm, = +6 dbm) CONVERSION SS (db) 6 8 RESPONSE CONVERSION SS 6 8 RESPONSE (db) HARMONIC >1 > REF 1 > >1 > >1 8 7 > HARMONIC 1.7 DC GHz GHz 1.9. C3B/157
7 XBAND TERMINATION INDEPENDENT MIXER MODEL: DBF18W3 / coverage... 8 to 1 GHz operation to GHz to isolation... 3 db minimum Input IP dbm / VSWR : DC.3 WIDTH.78 DIA. HOLE (TYP. PLACES) INPUT CONVERSION INPUT / RETURN RETURN IP 3 SS P1 db ISOLATION SS SS (GHz) (GHz) (dbm) (db) (dbm) (db) (db) (db) Note: Measured data with = +6 dbm, bias = 15 volts SCHEMATIC 3 (DOWN) 18 HYBRID 3 Σ (UP) C3B/158
8 NEW EVEN HARMONIC MIXER CIRCUIT... 5 to 6 GHz....5 to 3 GHz Conversion loss... 1 db 1 db comp dbm power dbm (with bias) to isolation... 3 db frequency... DC to 1 GHz SCHEMATIC C3B/159
9 SAMPLING MIXER CIRCUIT INPUT DC/ OUTPUT INPUT SCHOTTKY MICROWAVE INPUT R1 R IC C1 D1 D C R3 R R5 C3 C OUTPUT OUTPUT TO OP AMP C1 MICROWAVE INPUT C3B/16
10 COMPARISON OF SCHOTTKY AND TO 18 GHz SAMPLING MIXER SPURIOUS RESPONSES SCHOTTKY DIODE CONVERSION SS (db) ND 3 HARMONIC 35 SPURIOUS RESPONSE FREQUENCY (GHz) SPURIOUS RESPONSE (dbc) TYPICAL SCHEMATIC SRD CONVERSION GAIN (db) 1 1 ND & 3RD HARMONIC REJECTION AT 1 dbm INPUT (AT 5 C) CONVERSION GAIN ( ± n ) 3 ( ± n ) 5 6 HARMONIC REJECTION (dbc) SRD SRD18LW FET FREQUENCY (GHz) WER COST RECEIVER USING SAMPLING MIXER TECHNOGY INPUT LNA BANDPASS FILTER I/Q SAMPLING MIXER I 9 HYBRID Q 1 GHz C3B/161
11 MIXER ORDERING INFORMATION STANDARD OPTIONAL STANDARD OPTIONAL MODEL POWER OUTLINE OUTLINE MODEL POWER OUTLINE OUTLINE NUMBER DESIGNATION(*) DESIGNATION(**) DESIGNATION(**) NUMBER DESIGNATION(*) DESIGNATION(**) DESIGNATION(**) DALR5 DA8LR5 DA81LR5 DA118LR5 DA18LR5 DB118(*)A L, M, H DB18(*)(**) L, M, H W A1 DB18(*)(**) L, H W6 E1 DB18(*)W1 L, M, H DB118(*)W1 L, M, H DB6(*)A1 L, M, H DB6(*)W1 L, M, H DB186(*)W1 L, M, H DB13(*)A L, M, H DB(*)W1 L, H DB5(*)W1V L, H DM5(*)A L, M, H DM1(*)(**) L, M, H A1 A3 DM(*)(**) L, M, H W A1 TIM6HI DM(**)7(*) L, M, H X Y DM8(*)(**) L, M, H W A1 DM8(*)(**) L, M, H W A1 DM16(*)(**) L, M, H W A1 DM1(*)(**) L, M, H W A1 DM81(*)W L, M, H DM(**)18(*) L, M, H X Y DM(**)716(*) L, M, H X Y DM(**)518(*) L, M, H X Y DM(**)618(*) L, M, H X Y DM5(*)W1 L, M, H DM818(*)W1 L, M, H M5W1 M8W1 M618W1 M5W1 M186W1 M6W1 M5(**) W3 W8 M8(**) W3 W8 M618(**) W3 W8 M5(**) W3 W8 TB8(*)(**) L, M, H W A1 TB18(*)(**) L, M, H W A1 TBR18(*)(**) L, M, H W A1 TB18(*)W1 L, M, H TBR618HA1 TBR618HA1G TB6(*)(**) L, M, H W A1 TBR6(*)(**) L, M, H W A1 TB6(*)W1 L, M, H TB(*)W1 L, H SBB18LR5 SBB6LR5 DBF18W3 SBF8LW SBF81HI3A SBF81HI3B SBF618LW SBE115LM SBE818L(**) A1 M SBELW1 ME6W1 SYSMMX335 SYSMM3X93 SBW6LG1 SBW3337LG MA6W1 SRD18LW C3B/
Table of Contents. Quick Reference. Detailed Data Sheets. General Information. Questions & Answers. Technical Article. Technical Application MIXE MIXE
MIXE PRODU MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS MIXER PRODUCTS SINGLE-, DOUBLE-BALANCED
More informationTable of Contents. Quick Reference. Detailed Data Sheets. Mixer Terminology. Technical Article. Questions & Answers. References
Table of Contents Quick Reference Detailed Data Sheets Mixer Terminology Technical Article Questions & Answers References TABLE OF CONTENTS CONTENTS CONTENTS INTRODUCTION IMAGE REJECTION/IQ DETECTOR Corporate
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