background image

HSG1002

Rev.1.00,  Apr.12.2004,  page 19 of 37

S Parameter

(V

CE

 = 2 V, I

C

 = 1 mA, Z

O

 = 50 

)

S11

S21

S12

S22

f (MHz)

MAG

ANG

MAG

ANG

MAG

ANG

MAG

ANG

100

0.982

-4.2

3.19

176.2

0.0056

113.6

0.988

-2.4

200

0.982

-8.6

3.20

172.3

0.0134

79.0

0.997

-4.8

300

0.977

-12.5

3.19

168.7

0.0191

79.4

0.991

-7.1

400

0.976

-17.0

3.18

165.5

0.0272

80.4

0.984

-9.4

500

0.973

-21.2

3.19

162.2

0.0334

75.6

0.977

-11.7

600

0.967

-25.5

3.17

159.1

0.0399

73.2

0.968

-13.8

700

0.961

-29.7

3.13

155.7

0.0473

69.4

0.958

-16.1

800

0.956

-33.8

3.10

152.4

0.0539

66.9

0.948

-18.2

900

0.951

-38.2

3.12

150.1

0.0582

63.3

0.936

-20.3

1000

0.944

-42.5

3.09

146.3

0.0655

61.3

0.924

-22.3

1100

0.936

-46.6

3.07

143.2

0.0707

58.2

0.913

-24.3

1200

0.927

-50.9

3.06

139.6

0.0758

55.6

0.898

-26.4

1300

0.918

-55.0

3.01

136.6

0.0812

53.4

0.885

-28.3

1400

0.912

-59.1

2.97

133.7

0.0866

50.8

0.873

-30.2

1500

0.902

-63.3

2.95

130.7

0.0905

48.3

0.859

-32.2

1600

0.892

-67.5

2.93

127.6

0.0950

45.7

0.845

-33.9

1700

0.884

-71.5

2.89

124.7

0.0990

42.7

0.831

-35.8

1800

0.875

-75.5

2.84

121.7

0.1030

40.7

0.817

-37.5

1900

0.866

-79.5

2.80

118.9

0.1060

38.3

0.803

-39.3

2000

0.858

-83.7

2.76

116.2

0.1089

35.6

0.789

-41.1

2200

0.842

-91.3

2.67

110.6

0.1148

31.4

0.763

-44.5

2400

0.828

-99.0

2.59

105.2

0.1191

27.1

0.736

-47.9

2600

0.813

-106.4

2.50

100.1

0.1233

22.8

0.709

-51.0

2800

0.802

-113.6

2.42

95.1

0.1258

18.9

0.686

-54.2

3000

0.788

-120.5

2.34

90.1

0.1277

15.2

0.663

-57.2

3200

0.779

-127.0

2.25

85.5

0.1284

11.6

0.643

-60.4

3400

0.770

-133.3

2.16

80.9

0.1292

8.2

0.623

-63.4

3600

0.762

-139.2

2.08

76.6

0.1284

4.7

0.604

-66.3

3800

0.757

-144.8

2.00

72.5

0.1267

2.2

0.588

-69.3

4000

0.754

-150.3

1.93

68.4

0.1264

-0.3

0.574

-72.2

4200

0.750

-155.5

1.87

64.5

0.1251

-2.7

0.561

-75.2

4400

0.748

-160.4

1.80

60.6

0.1232

-5.4

0.549

-78.1

4600

0.746

-165.1

1.74

56.9

0.1209

-7.7

0.538

-81.1

4800

0.745

-169.6

1.68

53.3

0.1196

-9.7

0.529

-84.0

5000

0.744

-173.9

1.62

49.7

0.1169

-11.7

0.520

-87.1

5200

0.743

-178.1

1.57

46.3

0.1143

-13.6

0.511

-90.0

5400

0.744

178.1

1.51

43.0

0.1119

-15.0

0.505

-93.1

5600

0.744

174.4

1.47

39.7

0.1093

-16.6

0.498

-96.1

5800

0.744

170.7

1.42

36.4

0.1067

-18.1

0.493

-99.2

6000

0.744

167.2

1.38

33.3

0.1031

-19.0

0.487

-102.3

Summary of Contents for HSG1002

Page 1: ...fT 38 GHz typ at f 1 GHz VCEO 3 5 V Ideal for 2 4 GHz 5 GHz Band WLAN and Cordless phone applications Outline 1 2 3 4 1 Emitter 2 Collector 3 Emitter 4 Base MFPAK 4 VE 1 2 3 4 Note Marking is VE Absol...

Page 2: ...V IC 5 mA f 1 8 GHz 16 5 VCE 2 V IC 5 mA f 2 4 GHz 11 VCE 2 V IC 10 mA f 5 8 GHz Maximum Stable Gain note1 MSG 21 dB VCE 2 V IC 5 mA f 1 8 GHz 20 VCE 2 V IC 5 mA f 2 4 GHz 16 VCE 2 V IC 10 mA f 5 8 G...

Page 3: ...r to Emitter Voltage VCE V Collector Current I C mA Typical Output Characteristics DC Current Transfer Ratio h FE Collector Current IC mA DC Current Transfer Ratio vs Collector Current Reverse Transfe...

Page 4: ...tor Current IC mA Collector Current IC mA VCE 2V f 1 8GHz VCE 2V f 2 4GHz Collector Current IC mA Collector Current IC mA VCE 3V f 1 8GHz VCE 2V f 5 8GHz Collector Current IC mA Collector Current IC m...

Page 5: ...MAG MSG S21 MAG MSG S21 MAG MSG S21 MAG MSG S21 S21 VCE 3V f 5 8GHz VCE 3V f 2 4GHz Collector Current IC mA Collector Current IC mA VCE 2V Ic 10mA VCE 1V Ic 10mV Frequency f GHz Frequency f GHz S21 2...

Page 6: ...GHz f 5 8GHz f 2 4GHz f 1 8GHz f 5 8GHz f 2 4GHz f 1 8GHz f 5 8GHz f 1 8GHz f 2 4GHz Power Gain vs Collector Current Power Gain PG dB Collector Current IC mA Noise Figure vs Collector Current Noise Fi...

Page 7: ...8 GHz fud 5 801 GHz 40 20 20 Output Power P OUT dBm 3rd Order Intercept Point IP3 Input Power PIN dBm 30 0 40 20 0 20 3rd IMD 30 10 10 10 10 VCE 2V IC 10 mA fd 1 8 GHz fud 1 801 GHz 40 20 20 Output Po...

Page 8: ...IP3 Input Power PIN dBm 30 0 40 20 0 20 3rd IMD Fundamental 30 10 10 10 10 40 20 20 Output Power P OUT dBm Input Power PIN dBm 30 0 40 20 0 20 30 10 10 10 10 VCE 2V IC 20 mA fd 2 4 GHz fud 2 401 GHz...

Page 9: ...er vs Frequency Condition VCE 1 V Zo 50 100 to 6000 MHz 100 MHz step 4 4 3 4 8 S22 Parameter vs Frequency Condition VCE 1 V Zo 50 100 to 1000 MHz 100 MHz step 1000 to 2000 MHz 200 MHz step 2000 to 600...

Page 10: ...ter vs Frequency Condition VCE 2 V Zo 50 100 to 6000 MHz 100 MHz step 4 4 3 4 8 S22 Parameter vs Frequency Condition VCE 2 V Zo 50 100 to 1000 MHz 100 MHz step 1000 to 2000 MHz 200 MHz step 2000 to 60...

Page 11: ...ter vs Frequency Condition VCE 3 V Zo 50 100 to 6000 MHz 100 MHz step 4 4 3 4 8 S22 Parameter vs Frequency Condition VCE 3 V Zo 50 100 to 1000 MHz 100 MHz step 1000 to 2000 MHz 200 MHz step 2000 to 60...

Page 12: ...810 38 8 1800 0 869 77 7 2 79 120 0 0 1178 38 7 0 793 40 7 1900 0 859 81 7 2 74 117 1 0 1207 36 3 0 779 42 7 2000 0 851 86 0 2 71 114 3 0 1246 33 9 0 764 44 5 2200 0 836 93 7 2 61 108 6 0 1311 29 4 0...

Page 13: ...630 56 0 1800 0 722 104 2 6 27 107 1 0 0905 31 7 0 607 58 2 1900 0 711 108 7 6 08 104 2 0 0918 29 8 0 585 60 4 2000 0 702 113 2 5 90 101 5 0 0934 27 8 0 564 62 4 2200 0 685 121 3 5 53 96 3 0 0953 24...

Page 14: ...0 509 67 1 1800 0 636 121 3 8 16 99 3 0 0742 30 7 0 486 69 4 1900 0 627 125 8 7 84 96 6 0 0751 29 6 0 464 71 7 2000 0 620 130 1 7 54 94 2 0 0760 28 4 0 445 73 9 2200 0 609 137 7 6 98 89 5 0 0770 26 2...

Page 15: ...0 428 75 0 1800 0 584 133 2 9 27 94 3 0 0634 31 9 0 407 77 3 1900 0 578 137 4 8 86 91 9 0 0650 31 1 0 387 79 7 2000 0 574 141 4 8 49 89 7 0 0655 30 8 0 369 81 9 2200 0 567 148 6 7 80 85 4 0 0671 28 7...

Page 16: ...0 351 83 6 1800 0 541 145 5 10 24 89 7 0 0542 35 2 0 332 86 0 1900 0 538 149 2 9 75 87 5 0 0558 34 8 0 315 88 5 2000 0 536 152 8 9 30 85 5 0 0571 34 5 0 299 91 2 2200 0 534 159 3 8 52 81 6 0 0587 33...

Page 17: ...234 98 9 1800 0 494 165 6 11 37 83 0 0 0431 44 2 0 221 101 7 1900 0 495 168 5 10 79 81 2 0 0447 44 6 0 210 105 0 2000 0 496 171 2 10 26 79 5 0 0462 45 3 0 200 108 2 2200 0 500 176 1 9 34 76 3 0 0486 4...

Page 18: ...181 106 1 1800 0 497 175 7 11 21 80 1 0 0400 50 2 0 172 109 5 1900 0 499 178 0 10 64 78 4 0 0413 50 4 0 164 113 4 2000 0 502 179 8 10 11 76 9 0 0428 49 8 0 157 116 8 2200 0 506 175 9 9 19 73 9 0 0459...

Page 19: ...0 831 35 8 1800 0 875 75 5 2 84 121 7 0 1030 40 7 0 817 37 5 1900 0 866 79 5 2 80 118 9 0 1060 38 3 0 803 39 3 2000 0 858 83 7 2 76 116 2 0 1089 35 6 0 789 41 1 2200 0 842 91 3 2 67 110 6 0 1148 31 4...

Page 20: ...0 665 50 0 1800 0 730 100 5 6 48 108 9 0 0800 34 1 0 643 52 0 1900 0 718 105 0 6 30 106 1 0 0817 32 3 0 622 53 9 2000 0 708 109 6 6 11 103 4 0 0832 30 2 0 601 55 7 2200 0 690 117 6 5 75 98 2 0 0848 27...

Page 21: ...0 0 548 58 7 1800 0 639 116 9 8 52 101 1 0 0667 33 2 0 525 60 6 1900 0 628 121 5 8 20 98 4 0 0666 31 3 0 504 62 5 2000 0 621 125 8 7 89 95 9 0 0682 30 4 0 484 64 3 2200 0 607 133 5 7 32 91 2 0 0693 2...

Page 22: ...5 4 0 468 64 5 1800 0 582 128 6 9 75 96 0 0 0576 34 1 0 446 66 3 1900 0 574 132 8 9 33 93 6 0 0582 33 3 0 426 68 3 2000 0 568 137 0 8 94 91 3 0 0591 31 7 0 407 69 9 2200 0 559 144 2 8 24 86 9 0 0609 3...

Page 23: ...6 0 387 70 2 1800 0 531 140 7 10 84 91 3 0 0491 37 2 0 368 72 0 1900 0 528 144 6 10 33 89 1 0 0502 35 8 0 349 73 8 2000 0 523 148 3 9 87 87 0 0 0515 36 0 0 333 75 7 2200 0 519 155 0 9 04 83 1 0 0532...

Page 24: ...2 0 262 79 2 1800 0 471 161 0 12 26 84 4 0 0399 45 7 0 248 81 1 1900 0 471 164 1 11 63 82 5 0 0410 46 4 0 235 83 1 2000 0 472 166 9 11 07 80 8 0 0426 46 4 0 222 85 0 2200 0 474 172 2 10 08 77 5 0 0449...

Page 25: ...0 211 82 3 1800 0 456 170 3 12 62 81 7 0 0376 52 7 0 199 84 4 1900 0 458 172 9 11 97 80 0 0 0381 52 7 0 188 86 9 2000 0 461 175 3 11 37 78 4 0 0397 53 2 0 179 89 0 2200 0 465 179 8 10 34 75 3 0 0426 5...

Page 26: ...0 839 34 7 1800 0 878 75 9 2 83 121 8 0 0978 40 9 0 825 36 3 1900 0 869 79 8 2 79 119 0 0 1007 38 3 0 812 38 1 2000 0 861 83 9 2 76 116 3 0 1035 36 4 0 799 39 9 2200 0 846 91 5 2 67 110 7 0 1094 31 3...

Page 27: ...0 678 47 9 1800 0 733 99 6 6 51 109 5 0 0764 34 1 0 656 49 7 1900 0 721 104 0 6 33 106 6 0 0781 33 1 0 636 51 6 2000 0 711 108 5 6 15 103 9 0 0789 31 0 0 617 53 4 2200 0 692 116 5 5 79 98 7 0 0818 27...

Page 28: ...7 0 562 55 9 1800 0 640 115 8 8 61 101 6 0 0642 33 4 0 540 57 7 1900 0 629 120 2 8 29 99 0 0 0648 32 2 0 519 59 4 2000 0 621 124 6 7 98 96 5 0 0661 30 9 0 500 61 2 2200 0 607 132 3 7 41 91 7 0 0669 2...

Page 29: ...35 6 0 482 61 1 1800 0 581 127 2 9 87 96 6 0 0557 34 4 0 461 62 8 1900 0 574 131 5 9 45 94 2 0 0559 32 8 0 441 64 5 2000 0 567 135 6 9 06 91 9 0 0567 32 8 0 422 66 0 2200 0 557 143 0 8 35 87 5 0 0589...

Page 30: ...6 0 402 66 1 1800 0 528 139 1 10 99 91 9 0 0478 37 8 0 383 67 6 1900 0 524 143 1 10 48 89 7 0 0487 37 5 0 365 69 4 2000 0 521 146 9 10 01 87 6 0 0505 36 5 0 347 70 8 2200 0 517 153 6 9 18 83 6 0 0512...

Page 31: ...5 0 277 73 6 1800 0 465 159 4 12 48 85 0 0 0388 46 3 0 262 75 3 1900 0 464 162 5 11 84 83 1 0 0400 47 2 0 248 77 0 2000 0 465 165 5 11 27 81 4 0 0413 47 2 0 235 78 7 2200 0 467 170 8 10 27 78 1 0 0443...

Page 32: ...0 225 76 5 1800 0 447 168 6 12 93 82 3 0 0361 52 2 0 212 78 1 1900 0 449 171 2 12 25 80 6 0 0376 51 7 0 202 80 1 2000 0 451 173 8 11 65 79 0 0 0393 53 1 0 190 82 1 2200 0 454 178 4 10 60 75 9 0 0422...

Page 33: ...2 Rev 1 00 Apr 12 2004 page 33 of 37 HSG1002 5 8GHz Evaluation Board Evaluation Board Pattern Layout Circuit 2 2 uF 2 2 u uF VCC VBB OUT IN 39 ohm 1 nH 6 8 n nH 1000 pF 1 pF 10 pF 1000 pF 10 pF 3 pF 0...

Page 34: ...10mA Ta 25 C Item Symbol Data Unit Test Condition Noise Figure NF 1 36 dB f 5 8GHz Power Gain PG 12 0 dB f 5 8GHz Input Return Loss RLin 8 1 dB f 5 8GHz Output Return Loss RLout 14 0 dB f 5 8GHz 1dB G...

Page 35: ...10 10 8 6 4 2 0 f GHz f GHz RLin Rlout S21 RLin Rlout S21 2 dB dB RLin RLin RLout RLout S21 S21 2 RLin Rlout S21 RLin Rlout S21 2 VS f VS f VCE 2V VCE 2V IC 10mA IC 10mA PG NF IC PG NF IC 0 5 10 10 1...

Page 36: ...37 Pin Pout OIP3 Pin Pout OIP3 40 40 30 30 20 20 10 10 0 10 10 20 20 40 40 30 30 20 20 10 10 0 10 20 Pin dBm Pin dBm Pout OIP3 dBm Pout OIP3 dBm Pout Pout OIP3 OIP3 VCE 2V VCE 2V IC 10mA IC 10mA fd 5...

Page 37: ...0 9 0 45 1 15 1 2 1 25 0 1 0 2 0 3 0 15 0 45 0 05 0 35 0 75 0 5 A A1 A2 b c c1 0 2 b1 D E HE e L LP x b2 I1 e1 A A Section HE L b C e A D E A1 A2 b1 c1 LP b2 e1 I1 S X S A M A A c b Pattern of termin...

Page 38: ...a total system before making a final decision on the applicability of the information and products Renesas Technology Corp assumes no responsibility for any damage liability or other loss resulting f...

Reviews: