Caseless Components Features For installation directly in microstrip circuits Largest selection of frequency ranges and case styles Lowest cost Smallest size, lightest weight Laminated stripline construction High isolation with low VSWR Rugged aluminum cases Meets MIL-E-5400 Class 3 require- ments Applications * Inexpensive power dividers and combiners Low cost balance amplifier designs * Matrix amplifi- ers * Voltage variable PIN diode attenu- ators * Balanced mixers and modulators * Switching networks * Balanced detectors Antenna feed networks Phase shifters and compara- tors Description This ultraminiature series of 3 dB, 90 hybrid couplers are available in 34 stan- dard models and 15 case styles to cover the frequency range ceaarams. Fbsiryaare fags. GS eb ar, ed 30 MHz to 6.0 GHz. The popular 225-400 MHz band is covered by 4 standard case styles. There are a number of techniques available for con- structing microwave quadrature hybrids, but Anaren uses the backward wave 3 dB, 90 hybrid coupler in stripline form. This stripline version is smaller, provides better performance and can cover wider bandwidths than other types. The single-section, backward wave, 3 dB hybrid allows octave bandwidth coverage and multi section ver- sions can easily be designed to cover multi octave and decade band- widths. All Anaren ultra- miniature couplers are printed on stable teflon-glass substrates using shielded stripline techniques. They are laminated un- der heat and pres- sure using a low loss dielectric bonding com- pound. The pack- age assures high reliability and is capable of with- standing extreme environmental stress. inaren 2) E} O 3 = n ssajase9)3 dB, 90 Electrical Specifications Hybrid Couplers Package Styles are on Pages 22-23 Installation Details on Page 24 Model Freq. Isolation _ Insert. Loss VSWR Amp. Bai. Phase Bal. Power Package Number GHz aB Min/Typ aB Max Max /Typ: 1 dB Max Degrees Max ave. cw Watts Style 10230-3 030.076 15/20 0.40 1401.20 40,75 42.0 800 CC 102 10270-3 030-076-2025 0.35 1204.10 40.75 42.0 800 CC 103 100230-3 .040-.075 15/20 0.40 1401.20 40.50 = 420800 CC 102 1A0270-3 .040-080 20/25 0.30 1201.10 4050 +20 800 CCI 1A0230-3 _.054-.088 20/22 0.35 120110 4050 #20 700 CCI | 10261-3 0625-125 20/27 0.35 1.20.10 40.50. #20 600 CCI04 1D0261-3 _.070-.110 20/28 0.30 120115 +030 420 60 CCIM 1A0280-3 090-180 20/27 0.30 1201.10 +050 #20 400 CCIM 1H0280-3 _.090-.180 18/25 0.30 120.10 2050 420 400 CCI6 1B0261-3 100-200 20/25 030 120410 +050 +20 400 CCIM 1J0280-3 100-160 20/27 0.30 1201.10 4030 #20 500 CCI6 1A0920-3 100-500 16/20 0.75 135.15 40.85 DS 200.22 CC 117A 102803 116-150 20/27 0.30 120410 +030 420 500 CCI 102623 125-250 20/27 0.30 1201.10 4050 420 300 CCI 1B0920-3 150-512 16/18 0.65 1,35/1.25 +070 #20 200 CCIIZA 1H0262-3 160-230 20/25 0.25 120415 40.25 #20 400 CCI 10260-3 225-400 20/25 0.30 1204.10 +050 120 20 CC16 1A0260-3 225-400 20/25 0.30 1201.10 4050 42.0 250 CC 107 1B0260-3 225-400 20/25 0.30 1201.10: 0.50 42.0 250 CC 108 1R0260-3 225-400 20/25 0.30 1.20/1.10 4050 #20 20 CCII0~ 10263-3 _.250-.500 20/25 0.30 1204.10 2050 220 200 CCI. 1H0263-3 250-500 20/22 0.30 1204.10 40.50 420 200 CCII0 170263-3 250-500 20/22 0.30 1204.10 4050 #20 200 CCI2 100263-3 300-550 20/25 0.30 1201.10 4050 420 200 CC 106 1A0263-3 400-600 20/25 0.30 1204.10 40.50 42.0 200 CC 106. 1B0263-3 400-700 20/25 0.30 1204.10 4050 #20 200 CC108 1H0264-3 440-880 20/25 0.30 120/110 4050 #20 200 CCIIA | 10264-3 .500-1.0 20/25 0.30 120/110 4050 #20 200 CCI 1802643 _500-1.0 20/25 0.30 120/110 4050 32.0 200, O11 102643 .600-1.2 18/25 0.30 120/110 4050 #20 200 CCI 103303 700-14 19/25 0.30 1251.10 +050 #20 150 CC1I3 1803303 700-14 18/25 0.30 125.10 #050 #20 180 CC12 180890-3 850-145 20/22 0.30 1251.15 40.50 20 150 C0112 10890-3 950-1225 18/25 0.30 125.15 4030 #20 150 CCI 1D0265-3 960-1215 18/25 0.30 125.10 4030 #20 150 CCI 110265-3 1.0-1.4 20/22 0.30 1251.45 2030 #20 150 CC12 ~ 1 0265-3 1.0-2.0 19/24 0.30 1254.10 +050 #20 100 CC1I3 1B0265-3 1.0-2.0 19/24 030 125.15 = 40.50 = 2.0( ssts( tssti(tit CC 1B0365-3 _1.0-2.0 19/24 0.30 1251.15 +050 420 10 CCt2 1K0265-3 1.31.7 20/22 0.30 125.10 +030 225 10 CCie | _Anaren Other locations, Cali Anareninc., U.S.A: Tel: (315) 432-8909 in the U.S.A and Canada. Cak Anaren, Inc: Tel: (800) 411-6596 Fax: (315) 432-9121 In Europe, Call Anaren. Ltd in England. Tel: +44-1705-232392 Fax: +44-1705-251369 Fax: (315) 432-9121Mode! Freq. Isolation Insert.Loss VSWR Amp. Bal. Phase Bal. Power Package Number GHz aB MinTyp dB Max Max: 1 aB Max Degrees Max ave. cw Watts Style 1 0320-3 13-26 18/25 0.30 4.30/1.15 40.50 2.5 100 CC 113 1 0320-3 1.7-2.5 18/23 0.30 1.30/1.20 40.50 42.0 100 CC 113 {1 B0320-3 1.7-2.5 18/25 0.30 1.30/1.15 _ 40.50 412.0 100 CC 112 1 BO266-3 1.7-3.4 17/21 0.30 1.30/1.15 +0.50 42.5 80 CC 114 1 0266-3 2.0-4.0 17/21 0.30 1.30/1.20 +0.50 25 60 CC 114 1 C0266-3 2.0-4.0 17/21 0.30 1.30/1.20 40.50 42.5 60 CC 112 1 1270-3 2.0-6.0 15/18 0.75 1,.50/1.25 +0.60 43.5 50 CC 122 1 A0266-3 2.1-4.2 18/20 0.30 1.30/1.20 +0.50 +25 60 CC 114 Note: Electrical specifications apply only with properly designed test fixures. Testing is done at ambient temperature only. Sample testing is performed to MIL-Std-105, Level 1. AQL 1.0 Test inciudes coupling, amplitude balance. insertion loss and isolation. If your application requires additional testing. consult Anaren Power rating applies when solder tab-coupler interface has been conformally coated. Hybrid Couplers High Power 3 dB, 90 . Package Styles are on Pages 22-23 Installation Details on Page 24 ET] 36) QO fe) = ao o S @ % w Electrical Specifications Model Freq. Isolation Insert.Loss VSWR Amp. Bal. Phase Bal. Power Package Number GHz aB Min dB Max Max : 1 aB Max Degrees Max _ Ave. cw Watts Style 1 20261-3 088-108 23 0.25 1.15 40.30 412.0 980 CC 118 120280-3 .100-.160 23 0.25 1.15 +0.40 12.0 700 CC 118 1 20262-3 .160-.230 23 0.25 1.15 40.30 42.0 560 CC 120 1 Z0263-3. .200-.400 20 0.25 1.15 +0.50 42.0 420 CC 120 1 HO360-3 225-400 23 0.25 1.15 40.40 42.0 420 CC 120 1Z0364-3 .440-.880 23 0.25 1.15 40.50 12.0 280 CC 119 1 B0364-3 500-1.0 23 0.25 1.15 40.50 42.0 280 CC 119 Note: Electrical specifications apply only with properly designed test fixures. Testing is done at ambient temperature only. Sample testing is performed to MIL-Std-105, Level ii, AOL 1.6. Test inciudes coupling. amplitude balance, insertion loss and isolation. !f your application requires additional testing, consult Anaren Power rating applies when solder tab,coupler interface has been conformally coated. Combiner/Dividers 4-Way Package Styles are on Pages 22-23 Installation Details on Page 24 Electrical Specifications Model Freq. Isolation Insert. Loss VSWR Amp.Bal. PhaseBal. Power Package Number GHz dB Min aB Max Max: 1 dB Max Degrees Max _ ave. cw Watts Style 40110 225-400 20 0.50 1.20 +0.90 43.0 290 CC 201 40170 .700-1.4 18 0.60 1.30 +1.00 $3.0 100 CC 202 4 0600 .965-1.565 20 0.60 1.30 +0.90 $3.0 100 CC 202 40180 1.7-2.5 20 0.60 1.35 41.00 +3.0 80 CC 202 Note: Electrical specifications apply only with properly designed test fixures. Testing is done at ambient temperature only. Sample testing is performed to MIL-Std-105. Level i, AQL 1.0. Test includes coupling. amplitude balance. inserton loss and isolation. If your application requires additional testing. consult Anaren Power rating applies when solder tab-coupler interface has been conformally coated. Electrical specifications and case style dimensions are Subject to change due ts continuing product imorovementsPackage Styles ao 59 Ea 2 - 32 om ES foie epee poy ee ; 5 = " 2 ~30 | FUSh Ss PROJECT 163 + , ax 2993-195 THRU ~ Blu 7S EYELET ae | et 1 A cf h at Sarpy 7 Le Toe Pee 2? nthe U.S.A, and Canada, Call Anaren. Inc: Ag RY CE THRU ET 4 hr . k | ioe | 553-105 7-Re tee OS +4 MTG Ev ELET Tel: (800) 411-6596 1a ad ak co 1SOMtL 4 ao + i a CSE- JE THRU MTG Ere_= ae } h wae |e t _ ey .093-115 T-Rd TEE ET Fax: (315) 432-9121 ir Europe. Call Anaren. Ltd in England: Other focations, Call Anaren Inc. U.S.A. Tel: (315) 432-8909 Tel: +44-1705-232392 Fax: +44-1705-251369 Fax: (315) 432-9121- doe ame - 7 i @ =~ @ (@ & & . dn, Loe ok t : ee 159 Mb - 289 ! 4 22 rive oO i il 1 20 '>+- oO T 3 8 13 cP -50 ne} 4 | of | : . a a a 65 ro? | | 8x ISCL | + G29 MAX FLANGE I & @- FROIECTISN. : | 4 l-~ 150 _.| , . mn -- . mom A 593 205 THR soo ee a8 EreLet ae 12.993 - 195 THRU Po 85 OG OETED ET r | 0553-409 THRE MTG EYELET. ire 1553 Note: Dimensions are in inches. Tolerances are + inches for.xxx places, = inches for xx places. Package matenal: 5052-H-32 Aluminum per QQ-A-225/7D. package finish: clear chemcal conversion coat per MIL-C-5541. Class 1A. Solder tab material: flat wire. copper -061 per ASTM-B-272, solder tab width: .050 +.005, tnickness. .005 + 001 inches. Solder tab finish gold plated per MIL-G-45204 Type 3, Grade A over nickel sulfamate flash per QQ-N-290, Class 1. Marking: in accordance with MIL-Std-130 fications and case sty e dimensions are 4 i 7 we to continuing produc: mp SMents 4at installation Details for Caseless Components Anarens caseless couplers must be installed with the label up for good case to ground plane contact. Case- less couplers can be installed in microstrip or stripline transmission media. Most units are designed for cir- cuits using .030 inch dielectric material. Note that the ground plane mounting surface must be counterbored to clear the eyelet protrusion on the caseless coupler as shown in Figure 1. MOUNTING SCREW & FLAT WASHER ~\ HYBRID CENTER CONDUCTOR TAB CONFORMAL COATING futy DIELECTRIC / TAPPED LOWER GROUND PLANE (OR MOUNTING NUT} Figure 1 - Basic Mounting, Side View This counterbore assures that the coupler is well grounded to provide the extremely low inductance ground paths necessary for good high frequency per- formance. It also promotes heat dissipation in high power applications and ensures flush contact of the coupler conductor tabs to the mating microstrip con- ductors. Figure 2 shows the use of a metal spacer to provide good electrical ground contact and flush tab contact when the dielectric board is more than one-half the hybrid thickness. MOUNTING SCREW & FLAT WASHER EYELET DIELECTRIC BOARD CENTER CONDUCTOR TAB CONFORMAL COATING Lees KAMA HYBRID YI Fees AAAI uF t METAL SPACER TAPPED LOWER GR (AS REQUIRED} GROUND PLANE (OR MOUNTING NUT} Figure 2 - Mounting with Spacer, Side View In normal installation, an area is cutout of the dielectric board to accommodate the coupler as shown in figure 3. In the U.S.A. and Canada. Call Anaren, Inc MATING MICROSTRIP CONDUCTORS I 020 4 T + Figure 3 - Basic Mounting, Top View To permit proper tab alignment to the boards micros- trip conductors, approximately .020 inch clearance is allowed on each side of the coupler. The clearance dimension A on the tab sides of the coupler should be minimized to limit the inductance caused by conductor tab spanning an air gap. An A dimension of .020 inch is acceptable up to 150 MHz, .010 inch up to 1 GHz and .005 inch up to 2 GHz. Above 2 GHz this dimension becomes very critical and every effort must be made to minimize it. Screws are normally used to fasten the coupler to the system ground plane. This ground plane may be tapped or it may be drilled with clearance holes for a mounting nut. Conductor tabs may be attached to the microstrip con- ductor by soldering, conductive epoxy, welding or any other low contact resistance attaching method. High Power Considerations For use in application at or near their rated power, Conformal coating on the tab to coupler interface is required to eliminate arcing and voltage breakdown caused by this sharp transition region. Conformal coat- ing the tabs also is required in high humidity and high altitude application. Heat sinking, other than normal mounting is not nor- mally required. However, when operating at high power, any effort to improve heat dissipation will mini- mize the insertion loss due to copper resistance in- creasing as temperature increases. Tel: (800) 411-6596 Fax: (315) 432-9121 in Europe, Call Anaren, Ltd in Englard. Tei: +44-1705-232392 Fax: +44-1705-251369 Ainaren Other locations. Cail Anaren Inc., U.S.A.: Tel: (315) 432-8909 Fax: (315) 432-9121