KyteLabs InfoBase - Semiconductor Data

Last modified: 2016-11-22 (18647)

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2	Statische Kenndaten Static Characteristics

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2.1	Dioden und Gleichrichter Diodes and Rectifiers
2.1.6	Silizium-Dioden in Sperrrichtung Silicon Diodes Reverse Operation

	1N914 1N916
@TJ: Rate IR: @UR: IR: @UR: @TJ: IR: @UR: Rate U(BR)KA: @IR:	25 MAX 25 20 50 20 150 5.0 75 MIN 100 100	°C   nA V µA V °C µA V   V µA
Ref *?	Val71	15410

	1N4148   1N4149 1N4446   1N4447 1N4531
Rate U(BR)KA: IR: TA: Rate IR: UR: TA:	MIN NOM 75 - - - 5.0 25 NOM MAX - 20 25 0.025 - -	MIN NOM 100 - - - 100 25 NOM MAX - 20 150 50 - -	V µA °C   µA V °C
Ref *?	Txi74		13447

	1N4448 1N4449
Rate U(BR)KA: IR: U(BR)KA: IR: @TA: Rate IR: UR: TA: IR: UR: TA: IR: UR: TA:	MIN NOM 75 - - 5.0 100 - - 100 - 25 NOM MAX - 20 25 25 - - - 20 100 3.0 - - - 20 150 50 - -	V µA V µA °C   nA V °C µA V °C µA V °C
Ref *?	Txi74	13447

	1N4150		BA182		BAY68		BAY69
@TA: Rate IR: @UR:	25 MAX 0.1 50	150 MAX 100 50	25 MAX 0.1 20	60 MAX 1.0 20	25 MAX 0.1 30	150 MAX 100 30	25 MAX 0.1 50	150 MAX 100 50	°C   µA V
Ref *?	Val71		Val71		Tfk66				15413

	1N4532	1N4533	1N4534	1N4536
@TA: Rate U(BR)KA: @IR: Rate IR: @UR: IR: @UR: @TA:	25 MIN 75 5.0 MAX 100 50 100 50 150	25 MIN 40 5.0 MAX 50 30 50 30 150	25 MIN 75 5.0 MAX 50 50 50 50 150	25 MIN 35 5.0 MAX 100 25 100 25 150	°C   V µA   nA V µA V °C
Ref *?	Txi74	Txi74	Txi74	Txi74	14044

	1NZ70 2NZ70 3NZ70 4NZ70 5NZ70 6NZ70 7NZ70 8NZ70
@TA: Rate IR: @UR:	25 MAX 100 1.0	°C   nA V
Ref *?	Tes84	15068

	BA100		BAW75		BAW76
@TA: Rate IR: @UR: IR: @UR:	60 MAX 5.0 10 10 60	75 MAX 10 10 20 60	25 MAX 0.1 25 5.0 35	150 MAX 100 25	25 MAX 0.1 50 5.0 75	150 MAX 100 50	°C   µA V µA V
Ref *?	Val63		Sie73				15406

	BA101	BA136
@TA: Rate IR: @UR:	25 TYP MAX 10 10 100 -	25 MAX 100 30	°C   nA V
Ref *?	Tfk66	Val69	15130

	BA102 BA109	BA104	BA105	BA108
@TA: Rate IR: @UR:	80 MAX 5.0 20	25 MAX 1.0 100	25 MAX 1.0 300	25 MAX 1.0 50	°C   µA V
Ref *?	Val63	Sie63			14754

	BA111
@TJ: Rate IR: @UR: Rate U(BR)KA: @IR:	25 MAX 100 10 MIN 20 10	°C   nA V   V µA
Ref *?	Tfk77	15411

	BA121	BA124
@TA: Rate IR: @UR: IR: @UR: @TA:	25 TYP MAX 3.0 10 25 - - 10 100 10 - -	25 TYP MAX - 10 50 - - 10 100 15 - -	°C   nA V µA V °C
Ref *?	Tfk66	Tfk66	13459

	BA125	BAV10	BAY32	BAY38
@TJ: Rate IR: @UR: IR: @UR: @TJ:	25 MAX 50 20 15 10 120	25 MAX 100 60 100 60 150	25 MAX 100 150 30 150 150	25 MAX 50 50 50 50 150	°C   nA V µA V °C
Ref *?	Tfk77	Val71	Val65	Val65	15411

	BA147 /25	BA147 /50	BA147 /100	BA147 /150	BA147 /230	BA147 /300
@TJ: Rate IR: @UR: IR: @UR: @TJ:	25 MAX 0.5 25 15 10 100	25 MAX 0.5 50 15 10 100	25 MAX 1.0 100 30 50 100	25 MAX 1.5 150 50 100 100	25 MAX 2.0 230 75 150 100	25 MAX 3.0 300 100 200 100	°C   µA V µA V °C
Ref *?	Tfk77						15412

	BA173	BA243 BA244
@TJ: Rate IR: @UR:	25 TYP MAX 0.08 300 1.0 -	25 MAX 0.1 15	°C   µA V
Ref *?	Tfk77	Tfk77	15412

	BA176
@TJ: Rate IR: @UR: Rate U(BR)KA: @IR:	25 MAX 1.0 20 MIN 100 1.0	°C   µA V   V mA
Ref *?	117 Tfk77	15412

	BA178	BA204
@TJ: Rate IR: @UR: IR: @UR: @TJ: Rate U(BR)KA: @IR:	25 MAX 100 30 1.0 30 60 MIN 35 10	25 MAX 100 30 100 30 150 MIN 50 1.0	°C   nA V µA V °C   V µA
Ref *?	Tfk77	Tfk77	15412

	BAY70	BAY94	BAY95
@TA: Rate IR: @UR: IR: @UR: @TA: Rate U(BR)KA: @IR:	25 MAX 100 30 100 30 150 MIN 30 100	25 TYP MAX 9.0 25 100 - - 25 150 100 - - MIN TYP 35 - - 5.0	25 TYP MAX 14 50 50 - - 50 150 50 - - MIN TYP 75 - - 5.0	°C   nA V µA V °C   V µA
Ref *?	Tfk66	Tfk66		14045

	BAW62
@TJ: Rate IR: IR: @TJ: @UR: IR: IR: @TJ: @UR:	25 MAX 25 50 150 20 5.0 100 150 75	°C   nA µA °C V µA µA °C V
Ref *?	Val71	15407

	BAX12
@TJ: Rate IR: @UR: IR: @UR: @TJ: Rate U(BR)KA: @IR:	25 MAX 100 90 100 90 150 MIN MAX 120 - 175 1.0	°C   nA V µA V °C   V mA
Ref *?	Val71	15410

	BAX13
@TJ: Rate IR: IR: @TJ: @UR: IR: @UR: IR: IR: @TJ: @UR:	25 MAX 25 10 150 10 50 25 200 25 150 50	°C   nA µA °C V nA V nA µA °C V
Ref *?	Val71	15410

	BAX15
@TJ: Rate IR: @UR:	25 MAX 0.2 150	100 MAX 10 150	°C   µA V
Ref *?	Val71		15410

	BAX16	BAX17
@TJ: Rate IR: @UR: IR: @UR: @TJ: IR: @UR: IR: @UR: @TJ: Rate U(BR)KA: @IR:	25 MAX 25 50 25 50 150 100 150 100 150 150 MIN 165 10	25 MAX 25 50 25 50 150 100 150 100 200 150 MIN 220 10	°C   nA V µA V °C nA V µA V °C   V µA
Ref *?	Val71		15410

	BAY61
@TA: Rate IR: @UR: IR: @UR: @TA: IR: @UR: Rate U(BR)KA: @IR:	25 MAX 25 20 50 20 150 5.0 75 MIN 100 100	°C   nA V µA V °C µA V   V µA
Ref *?	Sie73	15407

	BAY67	BAY77	BAY86	BAY87	BAY88
@TA: Rate IR: @UR: IR: @UR: @TJ:	25 MAX 100 35 50 35 150	25 TYP MAX 20 30 100 - - 30 150 100 - -	25 TYP MAX 21 30 100 - - 30 100 10 - -	25 TYP MAX 8.0 100 100 - - 100 100 15 - -	25 TYP MAX 13 300 100 - - 300 100 20 - -	°C   nA V µA V °C
Ref *?	Tfk66	Tfk66	Tfk66			14042

	BAY89	BAY90	BAY91
@TA: Rate IR: @UR: IR: @UR: @TJ:	25 TYP MAX 0.11 500 1.0 - - 500 100 30 - -	25 TYP MAX 0.28 800 1.0 - - 800 100 50 - -	25 TYP MAX 0.81 1500 3.0 - - 1500 100 100 - -	°C   µA V µA V °C
Ref *?	Tfk66			14042

	BB103 BB104	BB203 BB204
@TA: Rate IR: @UR: IR: @UR: @TA: Rate U(BR)KA: @IR:	25 MAX 50 30 0.5 30 60 MIN 32 10	25 MAX 20 30 0.2 30 60 MIN 32 10	°C   nA V µA V °C   V µA
Ref *?	Sie72	Sie80	15411

	BB110
@TJ: Rate IR: @UR:	25 TYP MAX 1.0 30 20 -	60 TYP MAX 5.0 30 200 -	°C   nA V
Ref *?	Val71		15411

	BZY85 /C4V7 ...6V2	BZY85 /C6V8 ...7V5	BZY85 /C8V2 ...9V1	BZY85 /C10 ...11	BZY85 /C12 ...13	BZY85 /C15 ...20	BZY85 /C22
Rate UR: @IR: @TA:	MIN 1.0 1.0 25	MIN 1.5 1.0 25	MIN 3.0 1.0 25	MIN 4.5 1.0 25	MIN 6.5 1.0 25	MIN 9.5 1.0 25	MIN 11 1.0 25	V µA °C
Ref *?	Tfk66							14047

	BZY85 /D4V7	BZY85 /D6V8	BZY85 /D8V2	BZY85 /D10	BZY85 /D12	BZY85 /D15 ...18	BZY85 /D22
Rate UR: @IR: @TA:	MIN 1.0 1.0 25	MIN 1.5 1.0 25	MIN 3.0 1.0 25	MIN 4.5 1.0 25	MIN 6.5 1.0 25	MIN 9.5 1.0 25	MIN 11 1.0 25	V µA °C
Ref *?	Tfk66							14047

	BZY87	BZY88 /C4V7 ...5V1	BZY88 /C5V6	BZY88 /C6V2 ...7V5	BZY88 /C8V2 ...9V1
Rate IR: @UR: @TA:	MAX 1000 2.0 25	MAX 900 2.0 25	MAX 450 2.0 25	MAX 450 3.0 25	MAX 350 5.0 25	nA V °C
Ref *?	Tfk66	Val65				14047

	BZY14 BZY15	BZY16 BZY17 BZY18 BZY19 BZY20 BZY21	BZZ10 BZZ11 BZZ12 BZZ13
Rate IR: @UR: @TA:	MAX 500 1.0 25	MAX 100 1.0 25	TYP 4.0 1.0 60	nA V °C
Ref *?	Tfk66		Val65	13465

	OA126	ZA250
Rate IR: @UR: @TA:	MAX 100 1.0 25	MAX 100 1.0 25	nA V °C
Ref *?	Tfk66	Rft63	14049

	OA127	OA128	OA129	OA130	OA131	OA132
@TA: Rate IR: @UR: IR: @UR:	25 TYP MAX 1.0 10 100 - 2.5 18 500 -	25 TYP MAX 1.0 10 100 - 3.0 30 500 -	25 TYP MAX 2.0 10 100 - 6.0 65 500 -	25 TYP MAX 4.0 10 100 - 15 120 500 -	25 TYP MAX 6.0 10 500 - 40 200 1000 -	25 TYP MAX 8.0 10 750 - 50 280 1500 -	°C   nA V nA V
Ref *?	Tfk66						14045

	OA200	OA202
Rate IR: @UR: @TA: IR: @UR: @TA:	TYP MAX 20 50 25 100 - - 1.0 50 125 10 - -	TYP MAX 20 150 25 100 - - 0.5 150 125 10 - -	nA V °C µA V °C
Ref *?	Val65	Val65	13465

	OA900	OA901	OA902	OA903
Rate U(BR)KA: IR: TA: Rate IR: UR: TA:	MIN NOM 25 - - - 100 25 NOM MAX - 10 25 0.1 - -	MIN NOM 50 - - - 100 25 NOM MAX - 10 25 0.1 - -	MIN NOM 75 - - - 100 25 NOM MAX - 10 25 0.1 - -	MIN NOM 150 - - - 100 25 NOM MAX - 10 25 0.1 - -	V µA °C   µA V °C
Ref *?	Rft63	Rft63	Rft63	Rft63	13450

	OAZ200	OAZ201	OAZ202	OAZ203	OAZ204	OAZ205	OAZ206
Rate IR: @UR: @Tc:	TYP MAX 120 2.0 25 500 - -	TYP MAX 40 2.0 25 500 - -	TYP MAX 20 2.0 25 300 - -	TYP MAX 40 2.0 25 300 - -	TYP MAX 20 3.0 25 250 - -	TYP MAX 5.0 3.0 25 200 - -	TYP MAX 20 5.0 25 200 - -	nA V °C
Ref *?	Val65							13465

	OAZ207	OAZ208	OAZ209	OAZ210	OAZ211	OAZ212	OAZ213
Rate IR: @UR: @Tc:	TYP MAX 15 5.0 25 150 - -	TYP MAX 100 1.5 25 500 - -	TYP MAX 40 1.5 25 500 - -	TYP MAX 20 2.0 25 500 - -	TYP MAX 20 2.0 25 300 - -	TYP MAX 15 5.0 25 200 - -	TYP MAX 10 5.0 25 150 - -	nA V °C
Ref *?	Val65							13465

	SAY14		SAY15
@TA: Rate IR: @UR: IR: @UR:	25 MAX 70 25 5.0 35	45 MAX 300 25	25 MAX 50 15 5.0 20	45 MAX 300 15	°C   nA V µA V
Ref *?	Rfe69				15404

Copyright © 2016Franz Hamberger, Berlin, Germany