Semiconductors datasheet Parts begin by PN Page3

Electronic components database

Member, Distributor
Log In

Email:

Password:

Semiconductors Parts begin by PN Page 3

PN9319 : Frequency (MHz) = 10 - 1000 ;; Gain (Typ/Min) (dB) = 11.5 / 10 ;; Noise Figure (
PN 9319
PN9322 : Frequency (MHz) = 10 - 2000 ;; Gain (Typ/Min) (dB) = 10 / 8.5 ;; Noise Figure (T
PN 9322
PN9323 : Frequency (MHz) = 10 - 2000 ;; Gain (Typ/Min) (dB) = 8.5 / 7.5 ;; Noise Figure (
PN 9323
PN9325 : Frequency (MHz) = 10 - 1500 ;; Gain (Typ/Min) (dB) = 14 / 13 ;; Noise Figure (Ty
PN 9325
PN9328 : Frequency (MHz) = 10 - 1500 ;; Gain (Typ/Min) (dB) = 14 / 12.5 ;; Noise Figure (
PN 9328
PN9329 : Frequency (MHz) = 10 - 1500 ;; Gain (Typ/Min) (dB) = 9 / 7.5 ;; Noise Figure (Ty
PN 9329
PN9331 : Frequency (MHz) = 10 - 2000 ;; Gain (Typ/Min) (dB) = 11.5 / 10.5 ;; Noise Figure
PN 9331
PN9333 : Frequency (MHz) = 5 - 1000 ;; Gain (Typ/Min) (dB) = 11.5 / 10 ;; Noise Figure (T
PN 9333
PN9352 : Frequency (MHz) = 5 - 2000 ;; Gain (Typ/Min) (dB) = 10 / 8.5 ;; Noise Figure (Ty
PN 9352
PN9355 : Frequency (MHz) = 5 - 2000 ;; Gain (Typ/Min) (dB) = 10 / 9 ;; Noise Figure (Typ/
PN 9355
PN9363 : Frequency (MHz) = 5 - 1000 ;; Gain (Typ/Min) (dB) = 16.5 / 15 ;; Noise Figure (T
PN 9363
PN9511 : Frequency (MHz) = 5 - 1000 ;; Gain (Typ/Min) (dB) = 16.5 / 15 ;; Noise Figure (T
PN 9511
PN9518 : Frequency (MHz) = 10 - 1000 ;; Gain (Typ/Min) (dB) = 14.7 / 13.5 ;; Noise Figure
PN 9518
PN9522 : Frequency (MHz) = 5 - 1500 ;; Gain (Typ/Min) (dB) = 20.5 / 18.5 ;; Noise Figure
PN 9522
PN9566 : Frequency (MHz) = 10 - 1000 ;; Gain (Typ/Min) (dB) = 26 / 24.5 ;; Noise Figure (
PN 9566
PN9705 : Frequency (MHz) = 225 - 400 ;; Gain (Typ/Min) (dB) = 15 / 14 ;; Noise Figure (Ty
PN 9705
PN9709 : Frequency (MHz) = 10 - 2000 ;; Gain (Typ/Min) (dB) = 10.5 / 8.5 ;; Noise Figure
PN 9709
PN9712 : Frequency (MHz) = 500 - 2000 ;; Gain (Typ/Min) (dB) = 11.5 / 10 ;; Noise Figure
PN 9712
PN9713 : Frequency (MHz) = 500 - 2000 ;; Gain (Typ/Min) (dB) = 11 / 8.5 ;; Noise Figure (
PN 9713
PN9723 : Frequency (MHz) = 10 - 1000 ;; Gain (Typ/Min) (dB) = 13 / 12 ;; Noise Figure (Ty
PN 9723
PNA1401L : VCEO(V) = 30 ;; LLX = 100 ;; I
PNA 1401L
PNA1401LF : VCEO(V) = 30 ;; LLX = 100 ;; I
PNA 1401 LF
PNA1401LPN101 :
PNA 1401 LPN 101
PNA1601M : VCEO(V) = 20 ;; LLX = H=15&mic
PNA 1601M
PNA1601MPN166 :
PNA 1601 MPN 166
PNA1605F : VCEO(V) = 20 ;; LLX = 100 ;; I
PNA 1605F
PNA1605FPN116 :
PNA 1605 FPN 116
PNA1801L : VCEO(V) = 30 ;; LLX = 500 ;; I
PNA 1801L
PNA1801LPN168 :
PNA 1801 LPN 168
PNA2601M : Silicon NPN Phototransistor: 35v, 30ma
PNA 2601M
PNA2602 : VCEO(V) = 20 ;; LLX = 2 ;; I&l
PNA 2602
PNA2602M : VCEO(V) = 20 ;; LLX = 2 ;; I&l
PNA 2602M
PNA2602PN205 :
PNA 2602 PN 205
PNA2803M : Darlington Phototransistor
PNA 2803M
PNA2W01M : VCEO(V) = 20 ;; LLX = 2 ;; I&l
PNA 2 W 01M
PNA2W01MPN207 :
PNA 2 W 01 MPN 207
PNA3602L : Pin Photodiode
PNA 3602L
PNA3W01L : VR(V) = 30 ;; I&l
PNA 3 W 01L
PNA3W01LPN307 :
PNA 3 W 01 LPN 307
PNA4211F : Bipolar Integrated Circuit With Photodetection Function
PNA 4211F
PNA4601M : VCC(V) = 5 ;; I&l
PNA 4601M
PNA4601MSeries : VCC(V) = 5 ;; I&l
PNA 4601 MSeries
PNA4602M : VCC(V) = 5 ;; I&l
PNA 4602M
PNA4603H : VCC(V) = 5 ;; I&l
PNA 4603H
PNA4608M : Bipolar Integrated Circuit With Photodetection Function
PNA 4608M
PNA4610M : Bipolar Integrated Circuit With Photodetection Function
PNA 4610M
PNA4611M : VCC(V) = 5 ;; I&l
PNA 4611M
PNA4611MSeries : VCC(V) = 5 ;; I&l
PNA 4611 MSeries
PNA4612M : VCC(V) = 5 ;; I&l
PNA 4612M
PNA4613M : VCC(V) = 5 ;; I&l
PNA 4613M
PNA4614M : VCC(V) = 5 ;; I&l
PNA 4614M
PNA4620M : Bipolar Integrated Circuit With Photodetection Function
PNA 4620M
PNA4S01M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 01M
PNA4S01MSeries : Bipolar Integrated Circuit With Photodetector Function
PNA 4 S 01 MSeries
PNA4S02M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 02M
PNA4S03M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 03M
PNA4S04M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 04M
PNA4S11M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 11M
PNA4S11MSeries : Bipolar Integrated Circuit With Photodetector Function
PNA 4 S 11 MSeries
PNA4S12M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 12M
PNA4S13M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 13M
PNA4S14M : Bipolar Integrated Circuit With Photodetection Function
PNA 4 S 14M
PNA4S87F : VCC(V) = (Vo)-0.19 ;; I<SMA
PNA 4 S 87F
PNC4271F : VCC(V) = 6.0 ;; I
PNC 4271F
PNP3055 : Transistor Power
PNP 3055
PNP3638 :
PNP 3638
PNP3638A :
PNP 3638A
PNPD45C :
PNPD 45C
PNX15 : Connected media processor <<<>>>Building on a tradition of high-performance, low
PNX 15
PNX1500E/G : Connected media processor <<<>>>Building on a tradition of high-performance, low
PNX 1500 E/G
PNX1501E/G : Connected media processor <<<>>>Building on a tradition of high-performance, low
PNX 1501 E/G
PNX1502E/G : Connected media processor <<<>>>Building on a tradition of high-performance, low
PNX 1502 E/G
PNX2000 : Audio Video Input Processor.<<<>>>the PNX2000 is a Companion ic For Use With The
PNX 2000
PNX2000HL/M1 : Audio Video Input Processor.<<<>>>the PNX2000 is a Companion ic For Use With The
PNX 2000 HL/M1
PNX3000 : Analog Front End For Digital Video Processors<<<>>>the PNX3000 is an Analog Fron
PNX 3000
PNX3000HL/N2 : Analog Front End For Digital Video Processors<<<>>>the PNX3000 is an Analog Fron
PNX 3000 HL/N2
PNX3000HL/N2/S6 : Analog Front End For Digital Video Processors<<<>>>the PNX3000 is an Analog Fron
PNX 3000 HL/N 2/S6
PNX8510 : PNX8510/11; Analog Companion Chip
PNX 8510
PNX8510HW :
PNX 8510 HW
PNX8510HW/B1 : PNX8510/11; Analog Companion Chip
PNX 8510 HW/B1
PNX8511 : PNX8510/11; Analog Companion Chip
PNX 8511
PNX8511HW/B1 : PNX8510/11; Analog Companion Chip
PNX 8511 HW/B1
PNX8526 : Programmable Source Decoder With Integrated Peripherials<<<>>>the PNX8526 is a H
PNX 8526
PNX8526EH/M0 : Programmable Source Decoder With Integrated Peripherials<<<>>>the PNX8526 is a H
PNX 8526 EH/M0
PNX8526EH/M0/G : Programmable Source Decoder With Integrated Peripherials<<<>>>the PNX8526 is a H
PNX 8526 EH/M 0/G
PNX8526EH/M0/G : Programmable Source Decoder With Integrated Peripherials<<<>>>the PNX8526 is a H
PNX 8526 EH/M 0/G
PNZ0300 : Silicon Pin Photodiodes
PNZ 0300
PNZ102 : VCEO(V) = 30 ;; LLX = 100 ;; I
PNZ 102
PNZ102F : VCEO(V) = 30 ;; LLX = 100 ;; I
PNZ 102F
PNZ102PN102 :
PNZ 102 PN 102
PNZ106 : VCEO(V) = 30 ;; LLX = 100 ;; I
PNZ 106
PNZ106PN106 :
PNZ 106 PN 106
PNZ107 : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 107
PNZ107F : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 107F
PNZ107FPN107F :
PNZ 107 FPN 107F
PNZ107PN107 :
PNZ 107 PN 107
PNZ108 : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 108
PNZ108CL : VCEO(V) = 20 ;; LLX = 500 ;; I
PNZ 108 CL
PNZ108CLPN108CL :
PNZ 108 CLPN 108 CL
PNZ108F : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 108F
PNZ108FPN108F :
PNZ 108 FPN 108F
PNZ108PN108 :
PNZ 108 PN 108
PNZ109CL : VCEO(V) = 20 ;; LLX = 500 ;; I
PNZ 109 CL
PNZ109CLPN109CL :
PNZ 109 CLPN 109 CL
PNZ109F : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 109F
PNZ109FPN109F :
PNZ 109 FPN 109F
PNZ109L : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 109L
PNZ109LPN109L :
PNZ 109 LPN 109L
PNZ115 : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 115
PNZ115PN115 :
PNZ 115 PN 115
PNZ120S : VCEO(V) = 30 ;; LLX = 2 ;; I&l
PNZ 120S
PNZ120SPN120S-MC :
PNZ 120 SPN 120 S-MC
PNZ121S : VCEO(V) = 20 ;; LLX = 1000 ;;
PNZ 121S
PNZ121SPN121S :
PNZ 121 SPN 121S
PNZ123S :
PNZ 123S
PNZ123SPN123S :
PNZ 123 SPN 123S
PNZ126S : Silicon NPN Phototransistor
PNZ 126S
PNZ1270 : Silicon NPN Phototransistor
PNZ 1270
PNZ147 : VCEO(V) = 20 ;; LLX = 2 ;; I&l
PNZ 147
PNZ147PN147 :
PNZ 147 PN 147
PNZ150 : VCEO(V) = 20 ;; LLX = 500 ;; I
PNZ 150
PNZ150L : VCEO(V) = 20 ;; LLX = 500 ;; I
PNZ 150L
PNZ150LPN150L :
PNZ 150 LPN 150L
PNZ150PN150 :
PNZ 150 PN 150
PNZ154 : VCEO(V) = 20 ;; LLX = 500 ;; I
PNZ 154
PNZ154PN154 :
PNZ 154 PN 154
PNZ155 : VCEO(V) = 20 ;; LLX = 100 ;; I
PNZ 155
PNZ155PN155 :
PNZ 155 PN 155
PNZ158 : VCEO(V) = 20 ;; LLX = 500 ;; I
PNZ 158
PNZ158PN158 :
PNZ 158 PN 158
PNZ163NC : VCEO(V) = 20 ;; LLX = H=15&mic
PNZ 163 NC
PNZ163NCPN163-NC :
PNZ 163 NCPN 163-NC
PNZ202S : VCEO(V) = 20 ;; LLX = 2 ;; I&l
PNZ 202S
PNZ202SPN202S :
PNZ 202 SPN 202S
PNZ263L : VCEO(V) = 20 ;; LLX = H=3.75&m
PNZ 263L
PNZ263LPN263L-NC :
PNZ 263 LPN 263 L-NC
PNZ300 : VR(V) = 50 ;; I&l
PNZ 300
PNZ300F : VR(V) = 50 ;; I&l
PNZ 300F
PNZ300FPN300F :
PNZ 300 FPN 300F
PNZ300PN300 :
PNZ 300 PN 300
PNZ303 : VR(V) = 30 ;; I&l
PNZ 303
PNZ303PN303 :
PNZ 303 PN 303
PNZ3108 : Pin Photodiode
PNZ 3108
PNZ3112 : Pin Photodiode
PNZ 3112
PNZ312D : Dual Division Silicon Pin Photodiode
PNZ 312D
PNZ312DN : VR(V) = 30 ;; I&l
PNZ 312 DN
PNZ313 : VR(V) = 30 ;; I&l
PNZ 313
PNZ313B : VR(V) = 30 ;; I&l
PNZ 313B
PNZ313BPN313B :
PNZ 313 BPN 313B
PNZ313PN313 :
PNZ 313 PN 313
PNZ323 : VR(V) = 30 ;; I&l
PNZ 323
PNZ323B : VR(V) = 30 ;; I&l
PNZ 323B
PNZ323BPN323B :
PNZ 323 BPN 323B
PNZ323PN323 :
PNZ 323 PN 323
PNZ327 : VR(V) = 30 ;; I&l
PNZ 327
PNZ327PN327 :
PNZ 327 PN 327
PNZ330CL : VR(V) = 30 ;; I&l
PNZ 330 CL
PNZ330CLPN330CL :
PNZ 330 CLPN 330 CL
PNZ331CL : Pin Photodiode
PNZ 331 CL
PNZ331CLPN331CL :
PNZ 331 CLPN 331 CL
PNZ331F : Pin Photodiode
PNZ 331F
PNZ331FPN331F :
PNZ 331 FPN 331F
PNZ334 : VR(V) = 30 ;; I&l
PNZ 334
PNZ334PN334 :
PNZ 334 PN 334
PNZ335 : VR(V) = 30 ;; I&l
PNZ 335
PNZ335PN335 :
PNZ 335 PN 335
PNZ3624 : Hex. Division Silicon Pin Photodiode
PNZ 3624
PNZ7103 : Bipolar Integrated Circuit With Photodetection Function
PNZ 7103