Surface Mount Dual Matched MMIC Amplifiers 5Ω High Dynamic Range DC to 4 + Features Two matched amplifiers in one package InGaP HBT IF and RF amplifier frequency range DC to 4 high gain, 2.5 db typ. at 1 MHz up to +17dBm typ. output power at 1 MHz high IP3, +3 dbm at 1 MHz low noise figure, 3.5 db typ. low thermal resistance transient protected useable as balanced and push pull amplifier protected by US Patent 6,943,629 Applications cellular catv UHF/VHF communications receivers & transmitters FREQ.* () GAIN, db TYPICAL over frequency, MAXIMUM POWER (dbm) Output (1dB Comp) Electrical Specifications 1 @ 25 C DYNAMIC RANGE IP3 (dbm) * Guaranteed specification DC-4. Low frequency cut off determined by external coupling capacitors. ** Permanent damage may occur if any of these limits are exceeded. These ratings are not intended for continuous normal operation. Reliability predictions and normal operating conditions are applicable at current specified. VSWR (:1) MAXIMUM RATING** DC OPERATING POWER Pin 5, Pin THERMAL RESISTANCE A1 or A2 CASE STYLE: DL5 PRICE: $3.4 ea. QTY. (25) + RoHS compliant in accordance with EU Directive (22/95/EC) The +Suffix has been added in order to identify RoHS Compliance. See our web site for RoHS Compliance methodologies and qualifications. Amplitude Unbalance between 2 amps (db) MATCHING 2 Phase Unbalance between 2 amps (deg.) Min Input NF θjc. Min@.1 1. 2. @ (no (db).1.5 1. I P Current Volt f L f U.1 1 2 3 4 2 1 dmg) In Out (ma) (mw) (ma) Min. Max. ºC/W Max. Max. DC 4 2.5 2 1. 17.5 17.9 17.5.7.5 13 3.5 35 34 33 1.4 1.5 65 65 4.9 4.2 5.5 133.5.3.1.5.7 2. DC-2.2 2.2-4 DC-2.2 2.2-4 1. Specifications (other than Matching) are for each of the two matched amplifiers in the package. 2. For test method, see application note AN-6-32 Maximum Ratings 3 Operating Temperature C to 5 C Storage Temperature 5 C to 1 C 3. See application note AN-6-32 for adequate heat sinking of paddle. 1,, 1, MTTF vs. Junction Temp. for A1 or A2 Pin Connections RF IN 1 1 RF OUT1 RF IN 2 4 RF OUT2 5 DC 1 DC 2 5 GROUND 2,3,6,7 & paddle MTTF (years) 1, 1, 1 1 1 1 1 2 Junction Temp. ( C) P.O. Box 356, Brooklyn, New York 135-3 (71) 934 Fax (71) 332-4661 Mini-Circuits ISO 91 & ISO 1 Certified REV. C M713 ED-199/5 6131 Page 1 of 6
+ Outline Drawing Demo Board MCL P/N: TB-294 Suggested PCB Layout (PL-5) inch Outline Dimensions ( mm ) A B C D E F G H J K...35...47.13 --..25 3.25 3.25.9.2 2.3 1.19.33 --.36.64 L M N P Q R S T wt.15.15.4.13.3.4.2.25 grams 4.1 4.1 2.13.33.76 1..51.64.2 Typical Biasing Configuration Rbios Vcc RFC (opt) RF IN1 1 A1 Vd RF OUT1 RF IN2 4 A2 Vd 5 RF OUT2 2,3,6,7 & PADDLE RFC (opt) Rbios Vcc P.O. Box 356, Brooklyn, New York 135-3 (71) 934 Fax (71) 332-4661 Mini-Circuits ISO 91 & ISO 1 Certified Page 2 of 6
Typical Performance Curves Performances are for each of the two matched amplifiers. + GAIN(dB) 2 1 1 6 4 2-2 -4 GAIN vs. TEMPERATURE GAIN vs. CURRENT 2 1 1 6 4 2-2 -4 GAIN (db) ISOLATION (db) -1 - - - -1-2 - - -26-2 ISOLATION vs. TEMPERATURE -3 ISOLATION vs. CURRENT -1 - - - -1-2 - - -26-2 -3 (db) RETURN LOSS(dB) -1-2 -3 INPUT RETURN LOSS vs. TEMPERATURE -4 RETURN LOSS(dB) -1-2 -3-4 INPUT RETURN LOSS vs. CURRENT P.O. Box 356, Brooklyn, New York 135-3 (71) 934 Fax (71) 332-4661 Mini-Circuits ISO 91 & ISO 1 Certified Page 3 of 6
Typical Performance Curves Performances are for each of the two matched amplifiers. + RETURN LOSS (db) -1-2 -3 OUTPUT RETURN LOSS vs. TEMPERATURE -4 RETURN LOSS(dB) -1-2 -3-4 RETURN LOSS vs. CURRENT POWER OUTPUT at 1dB COMP(dBm) 23 21 2 19 1 17 15 13 11 1 9 OUTPUT POWER at 1dB COMPRESSION vs.temperature FREQUENCY(MHz) POWER OUTPUT at 1dB COMP.(dBm) 23 21 2 19 1 17 15 13 11 1 9 OUTPUT POWER at 1dB Compression vs. CURRENT Frequency (MHz) IP3(dBm) 4 3 36 34 32 3 2 26 IP3 vs. TEMPERATURE 2 IP3(dBm) 4 3 36 34 32 3 2 26 2 IP3 vs. CURRENT P.O. Box 356, Brooklyn, New York 135-3 (71) 934 Fax (71) 332-4661 Mini-Circuits ISO 91 & ISO 1 Certified Page 4 of 6
Typical Performance Curves Noise Figure is for each of the two matched amplifiers. + NOISE FIGURE(dB) 6. 5.5 5. 4.5 4. 3.5 3. 2.5 2. 1.5 1..5. Noise Figure vs. TEMPERATURE FREQUENCY(MHz) NOISE FIGURE(dB) 6. 5.5 5. 4.5 4. 3.5 3. 2.5 2. 1.5 1..5. Noise Figure vs. CURRENT AMPLITUDE UNBALANCE (DEG.).3.2.1. AMPLITUDE UNBALANCE at ROOM TEMPERATURE -.1 5 1 15 2 25 3 35 4 PHASE UNBALANCE (DEG.) 1.5 1..5 PHASE UNBALANCE at ROOM TEMPERATURE. 5 1 15 2 25 3 35 4 P.O. Box 356, Brooklyn, New York 135-3 (71) 934 Fax (71) 332-4661 Mini-Circuits ISO 91 & ISO 1 Certified Page 5 of 6
S-Parameters S-Parameters are for each of the two matched amplifiers. + Freq. S11 (Input Return Loss) S21 (Power Gain) S (Isolation Out-in) S (Output Return Loss) K MHz db Mag Angle(deg) db Mag Angle db Mag Angle db Mag Angle 2. -21..9 11.49 2.39 1.46 176.61-23.75.6.55-2.74.4-13.1 1.7 3. -21.55. -2.66 2.41 1.4 175.52-23.75.6-4.46-2.15.4-1.26 1.7 5. -21.25.9-7.43 2.39 1.46 173.29-23.93.6-4.51-2.9.4 -.52 1. 1. -21.54. -.53 2.36 1.42 7.4-23..6 -.4-2.54.4-26.43 1. 2. -21.15.9-32.9 2.3 1.35 154.6 -.2.6 -.66-27.57.4 4.61 1.9 4. -2.59.9-65. 2.23 1.27 9.76-23.72.7-33.76 -.7.6-9.1 1.7 6. -2.2.1-93.7 2.6 1.7 15.4-23.77.6.35 -.5.7-134.64 1.. -19.45.11-1.66 19.97 9.97.73-23.73.7-67.52-2.35.1-3.79 1.7 1. -1.7.11 -.55 19.77 9.74 56.54-23.57.7-4.42-1.9.11 17.26 1.7. -1.19. -172.47 19.5 9.53 32.27-23.45.7-11.19-17.52.13 4.44 1.6. -17.53.13 3.59 19.3 9.31.13-23.3.7-11.57 -.33.15. 1.5. -17.. 139. 19.17 9.9.1-23..7-136.17.27.17 95.73 1.5 1. -.71.15 1.55 1.93.4-39.79 -.96.7 3.31 -.3.19 72.51 1.4 2. -.44.15 94.11 1.69.6-63.44 -.77.7-171.43-13.49.21 4.5 1.3. -.25.15 69.2 1.46.3-7.9 -.52.7 17.66 -.91.23 25. 1.2. -.3.15 46. 1..17-11.76 -.27. 152.49 -.21.25 2. 1.1 26. -.46.15 21.4 17.9 7.93-134.31 -.4. 134.76-11.76.26-21.6 1. 2. -..15.42 17.75 7.72 7.99-21.. 115.94-11.27.27-46.23.99 3. -.25.15-34.2 17.47 7.47 17.29-21.61. 96.71-1..29-7.9.99 32. -.49.15-63.23 17.21 7.25 154. -21.36.9 77.6-1.61.29-96.55.99 34. -.6. -94.9. 6.9 131.65-21..9 5.9-1.2.31-1.33.99 36..33.17-3.7.61 6.77 1. -2.2.9 39.3-9.59.33-6.63.9 3. -.4.19.33.31 6.54 4. -2.79.9 1.79 -.9.36-174.3.99 4. -13.49.21 171. 15.97 6.29 6.4-2.67.9 -.7 -.47.3.9.99 42. -.3. 2.1 15.57 6. 36.72-2.59.9-2.6-7.93.4 134.76 1. 44. -11.3.27 115.56 15. 5.71 13.3-2.51.9-4.76-7.32.43 11.11 1. 46. -1.19.31 9.96.71 5.44-1.37-2.49.9-6.65-6.77.46 5.45 1.1 4. -9.19.35 64.93.26 5. -33.9-2.53.9 -.93-6.31.4 61.79 1.2 5. -.29.39 41. 13.75 4.7 7.1-2.56.9-11.4.7.51 3.9 1.3 52. -7.47.42 1.45 13.19 4.57 -.13-2.6.9 -.75.45.53.49 1.4 55. -6.4.47 -.5.33 4. -1.23-2.6.9.35-4.96.56-19.54 1.6 6..27.55-66. 1.1 3.47-9.66-21.27.9 1.54-4.32.61-73.97 1.11 65. -4.52.59-1.54 9.2 2.91 136.91-21.69. 113.95-3.5.64-1.5 1.17 7. -4..63-5.34 7.79 2.45 4.52-21.91. 6.3-3.67.66-172.9 1.. -3.61.66 13.54 5.34 1.5.69 -.. -21.6-3.66.66 92.35 1.45 9. -3.52.67 11.13 3.6 1.51-115. -.. -1.3-3.44.67.67 1.54 1. -3.6.66 -.19 2.37 1.31 3. -21.65. 7.44-3.47.67-91.35 1.63 11. -3.61.66 6.21 1.5 1.13 35.59 -.5. 44.56-3.57.66 9.4 1.93. -3.3.6 6.7-1.13. -73.7 -.37. -74.32-3.5.66 67.37 2. 13. -2.6.73-43.4-4..62 176.67 -.29.6.7-2.6.72-44.7 2.64 P.O. Box 356, Brooklyn, New York 135-3 (71) 934 Fax (71) 332-4661 Mini-Circuits ISO 91 & ISO 1 Certified Page 6 of 6