1N5439 Search Results

1n5448b

Abstract: 1N5439B
Contextual Info: I n ter n a tio n a l S e m ic o n d u c t o r I n c . 1N5439 thru VOLTAGE VARIABLE CAPACITORS 1N5457C HIGH Q, LOW VOLTAGE, GENERAL PURPOSE 3.9 TO 100 PF ELECTRICAL CHARACTERISTICS /" CHARACTERISTICS - T, = 25 °c unless o th e rw is e sp ecified \ TEST CONDITIONS

Contextual Info: INTERNATIONAL SEMICONDUCTOR INC. , 1N5439 thru VOLTAGE VARIABLE CAPACITORS 1N5456C HIGH Q, LOW VOLTAGE, GENERAL PURPOSE 3.9 TO 100 PF ELECTRICAL /• CHARACTERISTICS T* = 2 5 ftC u n le s s o th e r w is e s p e c ifie d CHARACTERISTICS TEST CONDITIONS ALL TYPES

1N56B2

Abstract: 1N5439 1N5440 1N5441 1N5442 1N5443 1N5476 1N5681 1N5710
Contextual Info: 5238534 K N O X S E M I C O N D U C T O R INC_ 99D 00137 D ' T -C H - l * f TT D e | S23Û534 000 0137 □ Varactor Diodes 1N5439 to 1N5476 and 1N5681 to 1N5710 Type Number A A A A A A A A A A A A A A A A Capacitance @ - 4Vdc 1 MHz pF Min Quality Factor

Contextual Info: 1N54391N5476 1N5681 1N5710 Varactor Diodes 1N5439 to 1N5476 and 1N5681 to 1N5710 Type Number 1N5439 1N5440 1N5441 1N5442 1N5443 1N5444 1N5445 1N5446 1N5447 1N5448 1N5449 1N5450 1N5451 1N5452 1N5453 1N5454 A A A A A A A A A A A A A A A 1N5455 1N5456 1N5461

1n54j

Abstract: 1N5441 1N5461 1N5476 1n54j9 1N5440 1N5439 1N5442 1N5443 1N5444
Contextual Info: "F ¿7-/9 4TE D ^ooaaTö 00000^3 ö ?t • 1N5439 iseh In tern atio n al i n t e r n a tional Semiconductor, In c - thru semicond 1N5456 1N5461 thru H IG H Q - VOLTAGE VARIABLE CAPACITORS 1N5476 MINIMUM QUALITY TUNING RATIO a t V r = 4 Vdc FACTOR 2 V to 3 0 V

1N5438

Abstract: tfc 5630 2N5161 germanium 2N4193 1N1319 A2023 transistor 2N217 1N5159 transistor bf 175
Contextual Info: The Semiconductor DataBook This is the first supplement to the 4th Edition o f the Semiconductor Data Book originally published in July 1969. It is produced to keep an up-to-date listing o f the most advanced semiconductor products. Devices characterized in this supplement include only the type numbers introduced after the publi­

varactor

Abstract: 1N3182 1N5138 1N3947 1N5136 K511 vc299 vc99 MIL-S-19500 1n3945
Contextual Info: Table of Contents ZENER DIODES Page K 1 2 0 -K 5 1 0 K511 - K681 1N4678 - 1N4714 1 N 4 6 1 4 - 1N4627 1N4099 - 1N4121 1N5518 - 1N5546 1N6082 - 1N6091 KZ43A - KZ100A KZ343A - KZ3100A KZ450 - KZ498 CURRENT REGULATOR AND VARACTOR DIODES Page 9 9 9 10 10 11 11

germanium transistor

Abstract: 2N5121 2N5418 2N5539 2N5637 V2205 MM8006
Contextual Info: INTRODUCTION I I N . . . INDEX Numerical index of ElA-registered device types, w ith major electrical specifications 2N . . . & 3N . . . INDEX Numerical index of ElA-registered device types, with major electrical specifications DEVICE INDEX Complete alpha-numeric index of all device types

MC2259

Abstract: MC880P MC9713P mc2257 1N4003 germanium diode specification 2N1256 S P 1N4465 MC9802P MC9718P 3N214
Contextual Info: Semiconductor Data Library Master Index prepared by Technical Information Center The information in this book has been carefully checked and is believed to be reliable; however, no responsibility is assumed for inaccuracies. Furthermore, this information does not convey to the

HERA86G

Contextual Info: INDEX 1 N 3 4 A . .95 1 N 5 5 B . . 9 5 1 N 6 0 . . 95 1 N 8 7 . . 9 5 1 N 9 8 A . . 9 5 1 N 1 0 Q . .95 1 N 1 3 7 B . .9 5 1 N138B. .95 1 N 2 0 0 . . 9 5 1 N 2 0 1 . .95 1 N 2 0 2 . .95 1 N 2 0 3 . .95

IN5440

Abstract: OA97 OA83 OA95 diode in4796 OA77 1N5448 OA97 diode 1N4794 OA41
Contextual Info: VARACTOR TUNING DIODES JE D Ë C Product Highlights Minimum Figure Capacitance Maximum iigRSSSiiiSsig:;: of Merit C a paci ta n ce Breakdown at 4 0 V Ratio Working at VR=4 0 V atJ„ 1Q uft and f=1 0 MHz and 50 MHz 2 0 V to V, * V Voltage N u mber <PF Minimum

*IN5142

Abstract: IN4812 IN4803 1N6573 1N4786 1N4787 1N4788 AN4803 1N4796 1N4799
Contextual Info: 1 S E M I C O N D U C T O R S INC OTE D | fil3bt.SG DQOGSSfl ? | T - O 7 -/? Varactor Diodes 1N4786 to 1N4815 TYPE CAPACITANCE @-4Vdc 1 MHz PF CAPACITANCE RATIO 0.1V to 4V MAX MIN CAPACITANCE RATIO MWV to 4V MAX MIN MAXIMUM WORKING VOLTAGE Vdc MINIMUM BREAKDOWN