-Numerical Index VARAC TOR DIODES INDEX (continued) 1N4808-1N5153 CAPACITANCE MULTIPLIER PERFORMANCE | Voltage P PAGE I D . | TPE | yumeer | , | lotmay! Rage | Be| a@t | HX) @ Min Min C; Tol | Eaminy | Vi yp" 25C | Pin | fin | Pout | four | 7 o 2 prot % 1 Volts | Voits | Volts GHz | ohms | Watts |Watts| GHz | Watts | GHz | % 1N4808 27 20 |2.46 0 14.0 65 15 }0.05 0.50 1N4808A 27 10 | 2.46 0 14.0 65 15 |0.05 0.50 1N4808B 27 5.0 12.46 0 14.0 65 15 }0.05 0.50 1LN4 8086 27 2.0 12.46 444.90 65 L5 $0.05 9.50 1N4808D 27 1.0 |2.46 0 14.0 65 15 }0.05 0.50 1N4 809 33 20 12.46 0 44.0 60 15 }0.05 0.50 1N4809A 33 10 |2.46 0 14.0 60 15 |0.05 0.50 1N4809B 33 5.0 12.46 0 14.0 60 15 70.05 0.50 1N4809C 33 2.0 12.46 0 44.0 60 15 490.05 9.50 1N4809D 33 1.0 [2.46 0 14.0 60 15 |0.05 0.50 1N4810 39 20 12.44 Q 44.0 55 15 10.05 0.50 1N4810A 39 10 {2.44 0 14.0 55 15 |0.05 0.50 1N4810B 39 5.0 12,44 0 14.0 55 15 10.05 0.50 1N4810C 39 2.0 12.44 Q 14.0 55 15 10.05 0.50 1N4810D 39 1.0 12.44 oO 14.0 55 15 |0.05 0.50 1N4811 47 20 12.43 0 14.0 50 15 |0.05 0.50 1IN4811A 47 10 (2.43 Q 14.0 50 15 {0.05 0.50 1N4811B 47 5.0 12.43 0 14.0 50 15 ;0.05 0.50 1N4811C 47 2.0 |2.43 0 {4.0 50 15 |0.05 0.50 1N4811D 47 1.0 (2.43 Q 14.0 50 15 0.05 0.50 1N4812 56 20 12.42 0 14.0 40 15 |0.05 0.50 1N4812A 56 10 | 2.42 0 (4.0 40 15 10.05 0.50 1N4812B 56 5.0 | 2.42 Oo 14.0 40 15 |0.05 0.50 1N4812C 56 2.0 12,42 0 14.0 40 15 70.05 0.50 1N4812D 56 1.0 [2.42 0 {4.0 40 15 [0.05 0.50 1N4813 68 20 |2.40 0 {4.0 30 15 |0.05 0.50 1N4813A 68 10 | 2.40 0 14.0 30 15 $0.05 0.50 1N4813B 68 5.0 [2.40 0 44.0 30 15 [0.05 0.50 1N4813C 68 2.0 |2.40 0 14.0 30 15 [0.05 0.50 1N4813D 68 1.0 |2.40 0 14.0 30 15 |0.05 0.50 1N4814 82 20 |2.36 0 14.0 20 15 {0.05 0.50 1N4814A 82 10 |} 2.36 0 14.0 20 15 |0.05 0.50 1N4814B 82 5.0 | 2.36 Oo 14.0 20 15 |0.05 0.50 1N4814C 82 2.0 {2.36 0 14.0 20 15 [0.05 0.50 1N4814D 82 1,0 | 2.36 0 14.0 20 15 10.05 0.50 1N4815 100 20 12.33 0 14.0 20 15 10.05 0.50 LN4815A 100 10 | 2.33 0 14.0 20 15 |0.05 0.50 1N4815B 100 5.0 | 2.33 0 14.0 20 15 ]0.05 0.50 1N4815C 100 2.0 |2.33 0 |4.0 20 15 |0.05 0,50 1N4815D 100 1.0 12.33 0 14.0 20 15 |0.05 0.50 1N4885 35 2.57 16.0 [150 | 150 0.70 20 1N4886 35 2.57 |6.0 {120 | 120 0.80 20 1N4941 0.4 2.0 Q 16.0 |6.0 4} 2000 10 2.0 0.1 1N5139 12-10 6.8% 10 2.9 |4.0 60 60 350 |0.05 0.4 1N5139A 12-10 6.8% 5.0 2.9 14.0 60 60 350 |0.05 0.4 1N5140 12-10 10* 10 3.0 | 4.0 60 60 300 {0.05 0.4 1N5140A 12-10 10* 5.0 3.0 |4.0 60 60 300 |0.05 0.4 1N5141 12-10 12* 10 3.0 14.0 60 60 300 }0.05 O.4 IN5141A 12-10 12* 5.0 3.0 14.0 60 60 300 |0.05 0.4 1N5142 12-10 15* 10 3.0 14.0 60 60 250 70.05 0.4 1N5142A 12-10 15* 5.0 3.0 14.0 60 60 250 | 0.05 0.4 1N5143 12-10 18% 10 3.0 [4.0 60 60 250 |0.05 0.4 IN5143A 12-10 18% 5.0 3.0 )4.0 60 60 250 |0.05 0.4 1N5144 12-10 22* 10 3.4 14.0 60 60 200 |0.05 0.4 1N5144A 12-10 22* 5.0 3.4 14.0 60 60 200 |0.05 0.4 IN5145, 12-10 27% 190 3.4 44.0 60 60 200 |}0.05 0.4 1N5145A 12-10 27% 5.0 3.4 [4.0 60 60 200 {0.05 0.4 1N5146 12-10 33% 10 3.4 [4.0 60 60 200 10.05 0.4 LN5 146A 12-10 33% 5.9 3.4 14.0 60 60 200 |0.05 0.4 1N5147 12-10 39% 10 3.4 [4.0 60 60 200 10.05 0.4 LN5S147A 12-10 39% 5.0 3.4 14.0 60 60 200 10.05 0.4 1N5148 12-10 47* 10 3.4 ]4.0 60 60 200 {0.05 0.4 IN5148A 12-10 47* 5.0 3.4 ]4.0 60 60 200 |0.05 0.4 IN5149 12-12 411.5% 80 800 40.05 10 20 40.5 li 1.0 55 LN5150 12-12 |11.5* 80 800 |0.05 14 37 $0.5 24 1.0 65 LNSLSOA 42-15 12 19 aa 800 10.05 10.25%) 29.2 37 10.5 [25.1 1.0 68 IN5151 12-17 5.8% 75 11100 10.05 0.5 5.5 12 [1.0 6.0 2.0 50 LN5152 12-17 5.8% 75 |1100 | 0.05 0.5 5.5 12 [1.0 6.0 2.0 50 1N5152A 12-15 6.0 10 75 | 1100 |0.05 0O.5*! 11.7 12 |1.0 7.5 2.0 60 1N5153 12-17 5.8* 75 {1100 | 0.05 0.5 5.5 12 {1.0 6.0 2.0 50 1-89