Avantek Products HEWLETT PACKARD |G Thin-Film Cascadable Amplifier 10 to 2000 MHz Technical Data Features * Frequency Range: 10 to 2000 MHz * Medium Gain: 10.0 dB (Typ) Low VSWR Temperature Compensated Applications IF/RF Amplification Schematic 5963-2490E Description The 2022 Series is a high-power wideband, thin-film bipolar RF amplifier with resistive feedback and active bias for temperature compensation and increased immunity to bias voltage varia- tions. Input/output blocking capacitors couple the RF through the amplifier, while a low VSWR is maintamed through inductive tuning The 2022 Series amplifiers are available in either the TO-8 hermetic case or connectored TC-1 package. UTO/UTC 2022 Series Pin Configuration UTOTO-8U GROUND AFout nha] (See Section 5 for detailed case drawings.) Maximum Ratings Parameter Maximum DC Voltage _| +17 Volts Continuous RF Input Power +13 dBm Operating Case Temperature -55 to +125C Storage Temperature -62 to +150C R Series Burn-In Temperature +125C Thermal Characteristics! 8y- 105C/W Active Transistor Power Dissipation 216 mW Junction Temperature Above Case Temperature 23C MTBF (MIL-HDBK-217E, A, @ 90C) 814,700 Hrs. Note 1: For further information, see Reliability Screening, Section 6. Weight: (typical) UTO2.1 grams; UTC21.5 grams 1-284 Electrical Specifications (Measured in 50 Q system @ +15 VDC nominal unless otherwise noted) Symbol Characteristic . ee a cl, ou 1. Bi ees T cctications c Unit BW Frequency Range 10-2000 10-2000 10-2000 MHz GP Small Signal Gain (Min. ) 10.0 9.0 8.5 dB Gain Flatness (Max.) +0.5 +1.0 +1.0 dB NF Noise Figure (Max. ) 5.0 6.0 6.0 dB Piap | Power Output @ +1 dB Comp. (Min.) +8.0 +7.0 +6.5 dBm _ Input VSWR (Max.) <1.7:1 2.0:1 2.0:1 _ _ Output VSWR (Max.) <h.6:1 2.0:1 2.0:1 _ IP3 Two Tone 3rd Order Intercept Point +17.0 dBm IP2 Two Tone 2nd Order Intercept Point +30.0 dBm HP2 | One Tone 2nd Harmonic Intercept Point] +35.0 o _ dBm Ip DC Current 25 mA Typical Performance Over Temperature (@ +15 VDC unless otherwise noted) Key: +25C +85C- 55C Power Output Power Output @ 1 dB Gain Compression, dBm a 400 800 1200 Frequency, MHz 1600 2000 Gain 11 10 Gain, dB 9 8 0 400 800 Frequency, MHz 1200 1600 2000 Input VSWR 0 400 800 Frequency, MHz 1200 1600 =2000 Third-Order Intercept Point \ 23 22 1P,, dBm 20 10 400 900 1200 Frequency, MHz 1600 =2000 1-285 Noise Figure 6.0 a on Nc {se Figure, dB 4 wm oS > oS 400 800 1200 Frequency, MHz 1600 = 2000 Output VSWR VSWR oO 400-800 Frequency, MHz 1200 1600 8=62000 Automatic Network Analyzer Measurements (Typical production unit @ +25C ambient) Numerical Readings Bias = 15.00 Volts FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB 100.0 1.26 10.45 166.48 -7.64 .00 1.62 18.02 200.0 1.29 10.39 154.11 -6.19 35 1.59 18,22 300.0 1.32 10.35 141.35 5.12 36 1.58 18.22 400.0 1.36 10.39 128.99 -3.66 33 1.58 18.32 500.0 1.40 10.44 117.02 -1.80 33 1.57 18.42 600.0 1.46 10.46 105.27 25 32 1.56 18.60 700.0 1.50 10.50 93.48 2.30 ol 1.55 18.69 800.0 1.56 10.57 82.37 5.01 34 1.55 18.83 900.0 1.60 10.71 70,04 6.48 35 1.55 19.00 1000.0 1.63 10.87 57.02 7.27 3F 1.55 19.24 1100.0 1.64 11.05 43.12 7.18 39 1.56 19.50 1200.0 1.61 11.20 28.58 6.47 Al 1.56 19.76 1300.0 1.56 11.28 13.37 5.09 48 1.55 19.95 1400.0 148 11.33 -2.31 3.23 43 1.53 20.00 1500.0 1.40 11.26 ~17.82 1.55 43 1.48 19.84 1600.0 1.34 11.10 33.49 -.28 44 1.41 19.59 1700.0 1.29 10.95 49.56 ~2,.52 AB 1.35 19.25 1800.0 1.31 19.89 65.62 ~4.75 44 1.31 18.95 1900.0 1.38 10.76 81.80 ~7.11 AG 1.382 18.65 2000.0 1.55 10.46 -99.32 -10.81 51 1.41 18.52 2100.0 1.86 10.00 -118.20 54 1.57 18.44 2200.0 2.33 9.26 ~138.11 56 1.77 18.60 S-Parameters Bias = 15.00 Volts FREQUENCY Sy Sai Siz S22 MHz Mag Ang aB Ang dB Ang Mag Ang 100.00 -186 179.5 10.505 166.7 -18.576 -6.6 .268 166.3 200.00 184 179.2 10.452 154.2 -18.519 -12.5 261 153.2 300.00 183 179.4 10.393 141.6 -18.585 -19.2 254 139.8 400.00 180 -179.5 10.405 129.1 -18.655 -25.5 249 126.7 500.00 185 -177.8 10.410 117.4 ~18.645 -32.5 239 115.3 600.00 190 -175.8 10.410 105.9 -18.672 -39.2 227 103.3 700.00 204 = -175.2 10.426 94.4 -18.801 -46.0 212 91.3 800.00 220 -175.7 10.456 83.7 -18.855 -52.7 202 78.7 900.00 239 -178.3 10.570 718 -18.982 ~-58.5 190 65.0 1000.00 257 178.2 10.723 59.5 -19.201 -64.8 184 49.7 1100.00 267 172.4 10.906 46.1 -19.411 -71.3 .183 32.4 1200.00 266 165.7 11.096 32.3 -19.628 -76.8 .189 13.7 1300.00 257 157.8 11.236 17.4 -19.762 -81.5 .199 -5.4 1400.00 232 149.7 11.306 2.2 -19.845 -86.1 .209 24.5 1500.00 201 141.9 11.242 ~13.1 -19.678 -91.0 215 42.0 1600.00 165 134.8 11.088 ~28.2 -19.386 -96.1 213 57.7 1700.00 130 124.8 10.896 43.7 -19.083 ~101.6 .204 -69.8 1800.00 O96 109.6 10.809 ~59.0 -18.775 ~108.0 184 -78.0 1900.00 074 76.1 10.722 ~73.9 -18.472 ~-114.9 157 ~80.1 2000.00 085 23.5 10.576 ~89.7 -18.191 ~-122.7 132 -71.2 2100.00 -150 -12.3 10.340 -106.5 -17.919 -131.8 .139 -53.6 2200.00 245 -34.2 10.002 -124.8 -17.733 -142.2 .188 42.5 2300.00 351 -51.3 9.410 -144.2 -17.726 -153.4 257 43.7 2400.00 458 -67.1 8.497 -164.3 ~17.862 -164.8 27 50.8 2500.00 551 -$1.4 7.273 176.0 -18.237 -176.1 eyiti 59.9 1-286