Grenzwerte von Silizium-Dioden - Silicon Diodes Maximum Ratings

KyteLabs InfoBase - Semiconductor Data

Last modified: 2016-11-28 (18653)

9	Grenzwerte Maximum Ratings

9.1	Dioden und Gleichrichter Diodes and Rectifiers

9.1.3	Silizium-Dioden Silicon Diodes

Alle Angaben sind absolute Grenzwerte, wenn nichts anderes angegeben ist.
All values are absolute maximum ratings unless otherwise specified.

	1N914 1N916
PT: UR: URM: IFM:	0.25 75 100 225	W V V mA
IFAV: @TA:	75 25	mA °C
IFAV: @TA:	10 150	mA °C
@tAV:	20	ms
IFSM: tPS:	0.5 1.0	A s
TJ: TSTG:	175 –65... +200	°C °C
Ref *?	Val71	15410

	1N4148 1N4149
PT: DP: URM: URWM: IFAV: IFSM: @TA:	0.5 2.85 100 75 150 0.5 25	W mW/K V V mA A °C
TJ: TL: TSTG:	200 300 –65... +200	°C °C °C
Ref *?	Ime74 Txi74	13448

	1N4150
PT: @TA:	0.5 25	W °C
UR: IFAV: IFM:	50 300 600	V mA mA
IFSM: tPS:	0.5 1.0	A s
IFSM: tPS:	4.0 1.0	A µs
RthJA: TJ: TSTG:	<350 200 –65... +200	K/W °C °C
Ref *?	Val71	15413

	1N4446 1N4447 1N4448 1N4449
PT: DP: URM: URWM: IFAV: IFSM: @TA:	0.5 2.85 100 75 150 0.5 25	W mW/K V V mA A °C
TJ: TL: TSTG:	200 300 –65... +200	°C °C °C
Ref *?	Ime74 Txi74	13448

	1N 4531	1N 4532	1N 4533	1N 4534	1N 4536
PT: DP: URM: URWM: @TA:	0.5 2.85 100 75 25	0.5 2.85 - 75 25	0.5 2.85 - 40 25	0.5 2.85 - 50 25	0.5 2.85 35 25 25	W mW/K V V °C
TJ: TL: TSTG:	200 300 –65... +200	200 300 –65... +200	200 300 –65... +200	200 300 –65... +200	200 300 –65... +200	°C °C °C
Ref *?	Txi74					13448

	BA100
UR: URM: IFAV: IFM: IFSM: @tAV: @TA:	60 60 90 100 0.2 20 25	60 60 18 100 0.2 20 90	V V mA mA A ms °C
RthJA: TA: TSTG:	400 –55...+90 –55...+90		K/W °C °C
Ref *?	Val63		14014

	BA104		BA105		BA108
PT: @TA:	0.21 0.3 45		0.21 0.3 45		0.21 0.3 45		W W [K1] °C
UR: URM: UTC: IF: @TA:	100 100 150 190 260 25	100 100 150 70 100 100	300 300 350 150 230 25	300 300 350 50 80 100	50 50 150 190 260 25	50 50 150 70 100 100	V V V mA mA [K1] °C
RthJC: RthJA: TJ: TA:	250 500 350 150 –55...+150		250 500 350 150 –55...+150		250 500 350 150 –55...+150		K/W K/W K/W [K1] °C °C
Ref *?	Sie63		Sie63		Sie63		14754

	BA136
PT: @TA:	0.16 45	W °C
UR: IF: @TJ:	50 100 125	V mA °C
RthJA: TJ: TSTG:	500 125 –55... +125	K/W °C °C
Ref *?	Val69	15129

	BA147 /25	BA147 /50	BA147 /100	BA147 /150	BA147 /230	BA147 /300
UR:	25	50	100	150	230	300	V
IF: IFRM:	150 500						mA mA
RthJA: TJ: TSTG:	<500 150 –55...+150						K/W °C °C
Ref *?	Tfk77						15412

	BA173
UR: IF:	300 300	V mA
URRM: @tP: @tP/T:	350 100 1.0	V µs %
IFRM: @tP: @tP/T:	3.0 10 1.0	A ms %
RthJA: TJ: TSTG:	<450 150 –65... +150	K/W °C °C
Ref *?	Tfk77	15412

	BA178 BA182	BA243 BA244
UR: IF:	35 100	20 100	V mA
RthJA: TJ: TSTG:	<400 100 –55... +100	<350 150 –55... +150	K/W °C °C
Ref *?	Tfk77 Val71	Tfk77	15412

	BA204
UR: URRM: IFAV: IF: IFRM:	50 60 150 200 450	V V mA mA mA
IFSM: @tPS:	2.0 1.0	A µs
RthJA: TJ: TSTG:	<350 200 –65... +200	K/W °C °C
Ref *?	Tfk77	15412

	BA216
URM: IFM: IFAV: @tAV:	10 150 75 20	V mA mA ms
IFSM: tPS:	0.25 1.0	A s
IFSM: tPS:	1.0 1.0	A µs
RthJA: TJ: TSTG:	<600 200 –65... +200	K/W °C °C
Ref *?	Val71	15409

	BA217	BA218	BA219
UR: IFM: IFAV: @tAV:	30 150 75 20	50 150 75 20	100 300 100 20	V mA mA ms
IFSM: tPS:	0.5 1.0	0.5 1.0	0.5 1.0	A s
IFSM: tPS:	2.0 1.0	2.0 1.0	2.0 1.0	A µs
RthJA: TJ: TSTG:	<600 200 –65... +200	<600 200 –65... +200	<600 200 –65... +200	K/W °C °C
Ref *?	Val71			15410

	BAV10	BAW62
UR: IFAV: IFM:	60 300 600	75 100 225	V mA mA
IFSM: tPS:	1.0 1.0	0.5 1.0	A s
IFSM: tPS:	4.0 1.0	2.0 1.0	A µs
RthJA: TJ: TSTG:	<500 200 –65... +200	<600 200 –65... +200	K/W °C °C
Ref *?	Val71	Val71	15413

	BAW75	BAW76
PT: @TA:	0.5 25	0.5 25	W °C
UR: IF: IFM:	35 300 500	75 300 500	V mA mA
Io: @tAV:	150 50	150 50	mA s
IFSM: @tPS:	2.0 1.0	2.0 1.0	A µs
TJ: TA:	200 –65... +200	200 –65... +200	°C °C
Ref *?	Sie73		15406

	BAX12
UR: I(BR)RM: IFM: IFAV: @tAV:	90 600 800 400 20	V mA mA mA ms
IFSM: tPS:	1.5 1.0	A s
IFSM: tPS:	6.0 1.0	A µs
RthJA: TJ: TSTG:	<300 200 –65... +200	K/W °C °C
Ref *?	Val71	15410

	BAX13	BAX16	BAX17	BAY32	BAY38
UR: IFM: Io: IFAV: @tAV:	50 150 48 75 20	150 300 95 200 20	200 300 95 200 20	150 250 - 160 20	50 225 75 115 20	V mA mA mA ms
IFSM: tPS:	0.5 1.0	0.5 1.0	0.5 1.0	0.5 1.0	0.5 1.0	A s
IFSM: tPS:	2.0 1.0	2.5 1.0	2.5 1.0	2.0 1.0	2.0 1.0	A µs
RthJA: TJ: TSTG:	<600 200 –65... +200	<400 200 –65... +200	<400 200 –65... +200	550 190 –65... +200	400 190 –65... +200	K/W °C °C
Ref *?	Val71	Val71		Val65	Val65	15410

	BAX15
UR: URM: IFM: Io: IFAV: @tAV:	150 180 500 160 250 20	V V mA mA mA ms
IFSM: tPS:	30 10	A µs
RthJA: TJ: TSTG:	<400 200 –65... +200	K/W °C °C
Ref *?	Val71	15410

	BAY32	BAY38
UR: IFM: Io: IFAV: @tAV:	150 250 - 160 20	50 225 75 115 20	V mA mA mA ms
IFSM: tPS:	0.5 1.0	0.5 1.0	A s
IFSM: tPS:	2.0 1.0	2.0 1.0	A µs
RthJA: TJ: TSTG:	550 190 –65... +200	400 190 –65... +200	K/W °C °C
Ref *?	Val65	Val65	13462

	BAY61
PT: @TA:	0.5 25	W °C
UR: IF: Io:	75 200 75	V mA mA
Io: @TA:	20 150	mA °C
IFSM: @tPS:	0.5 1.0	A s
TJ: TA:	200 –65... +200	°C °C
Ref *?	Sie73	15407

	BAY67
PT: @TA:	0.25 25	W °C
UR: URM: IF:	35 35 0.2	V V A
TJ: TSTG:	175 –55... +175	°C °C
Ref *?	Tfk66	14041

	BAY68		BAY69		BAY77
PT: @TA:	0.2 45	0.23 25	0.2 45	0.23 25	0.2 45	0.23 25	W °C
UR: URM: Io: IF: IFM: IFSM:	30 30 0.2 0.2 0.6 1.0		50 50 0.2 0.2 0.6 1.0		30 - - 0.2 0.6 1.0		V V A A A A
RthJA: TJ: TsTG:	650 175 –55... +175		650 175 –55... +175		650 175 –55... +175		K/W °C °C
Ref *?	Tfk66				Tfk66		14041

	BAY86	BAY87	BAY88	BAY89	BAY90	BAY91
PT: @TA:	0.25 45	0.25 45	0.25 45	0.19 45	0.19 45	0.19 45	W °C
UR: URM: Io: IF: IFM:	30 35 0.25 0.25 0.8	100 120 0.25 0.25 0.8	300 350 0.25 0.25 0.8	500 600 0.25 0.25 0.8	800 1000 0.25 0.25 0.8	1500 2000 0.25 0.25 0.8	V V A A A
IFSM: @tPs:	2.0 1.0	2.0 1.0	2.0 1.0	2.0 1.0	2.0 1.0	2.0 1.0	A ms
RthJA: TJ: TsTG:	420 150 –55... +150	420 150 –55... +150	420 150 –55... +150	420 125 –55... +125	420 125 –55... +125	420 125 –55... +125	K/W °C °C
Ref *?	107 Tfk66			107 Tfk66			14041

	BAY94		BAY95
PT: @TA:	0.44 45	0.5 25	0.44 45	0.5 25	W °C
UR: URM: Io: IF: IFM:	25 35 75 115 225		50 75 150 200 450		V V mA mA mA
IFSM: @tPs:	2.0 1.0		2.0 1.0		A µs
RthJA: TJ: TA: TsTG:	350 200 - - –65... +200		350 200 –65... +200 –65... +200		K/W °C °C °C
Ref *?	Tfk66				14045

	OA127		OA128		OA129		OA130		OA131		OA132
PT: @TA:	0.25 45		0.25 45		0.25 45		0.25 45		0.25 45		0.25 45		W °C
UR: URM: IF: IFM: @TA:	19 19 150 250 25	18 18 50 100 100	35 35 150 250 25	30 30 50 100 100	75 75 150 250 25	70 70 50 100 100	135 135 150 250 25	120 120 50 100 100	230 230 150 250 25	200 200 50 100 100	320 320 150 250 25	280 280 50 100 100	V V mA mA °C
RthJA: TJ: TsTG:	500 175 –50...+175		500 175 –50...+175		500 175 –50...+175		500 175 –50...+175		500 175 –50...+175		500 175 –50...+175		K/W °C °C
Ref *?	Tfk66												14045

	OA200		OA202
UR: IF: IFM: @TA:	50 160 250 25	50 48 125 125	150 160 250 25	150 48 125 125	V mA mA °C
RthJA: TA: TsTG:	400 –55...+125 –55...+125		400 –55...+125 –55...+125		K/W °C °C
Ref *?	Val65		Val65		13462

	OA900	OA901	OA902	OA903
PT: UR: RthJA: @TA:	0.25 25 500 25	0.25 50 500 25	0.25 75 500 25	0.25 150 500 25	W V K/W °C
TA:	150	150	150	150	°C
Ref *?	Rft63				13448

	SAY14	SAY15
PT: @TA:	0.3 45	0.3 45	W °C
UR: URM: Io: IF: IFM:	25 35 75 115 225	15 20 50 75 150	V V mA mA mA
IFSM: @tPS:	2.0 1.0	2.0 1.0	A µs
RthJA: TJ: TSTG:	350 150 –55... +150	350 150 –55... +150	K/W °C °C
Ref *?	Rfe69		15404