SMAJ15A-TR
Abstract: MARK 39 57 DO-214AC diodes STmicroelectronics marking DBK SMAJ10A-TR SMAJ12A-TR SMAJ13A-TR SMAJ18A-TR SMAJ20A-TR SMAJ22A-TR SMAJ24A-TR
Text: SMAJ TRANSIL FEATURES • Peak Pulse Power : 400 W 10/1000µs ■ Stand off voltage range: From 5V to 188V ■ Uni and Bidirectional types ■ Low clamping factor ■ Fast response time ■ JEDEC registered package outline A K Unidirectional DESCRIPTION
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SMAJ series
Abstract: diodes STmicroelectronics marking DBK STMicroelectronics DIODE marking code AE D0214 diode D0214 SMAJ12CA-TR SMAJ170A-TR SMAJ15CA SMAJ24CA SMAJ12A-TR
Text: SMAJ5.0A-TR,CA-TR SMAJ188A-TR,CA-TR TRANSILTM FEATURES PEAK PULSE POWER : 400 W 10/1000µs STAND OFF VOLTAGE RANGE : From 5V to 188V. UNI AND BIDIRECTIONAL TYPES LOW CLAMPING FACTOR FAST RESPONSE TIME JEDEC REGISTERED PACKAGE OUTLINE DESCRIPTION The SMAJ series are TRANSILTM diodes designed
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SMAJ188A-TR
D0214
SMAJ series
diodes STmicroelectronics marking DBK
STMicroelectronics DIODE marking code AE
diode D0214
SMAJ12CA-TR
SMAJ170A-TR
SMAJ15CA
SMAJ24CA
SMAJ12A-TR
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diodes STmicroelectronics marking DBK
Abstract: STMicroelectronics DIODE marking code AE transil diode sma SMAJ15A-TR diodes STmicroelectronics marking DBQ
Text: SMAJ TRANSIL FEATURES • Peak Pulse Power : 400 W 10/1000µs ■ Stand off voltage range: From 5V to 188V ■ Uni and Bidirectional types ■ Low clamping factor ■ Fast response time ■ JEDEC registered package outline DESCRIPTION The SMAJ series are TRANSILTM diodes designed specifically for protecting sensitive equipment against transient overvoltages. The SMA
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diodes STmicroelectronics marking DBK
Abstract: OF IC 317 eua SMAJ15A-TR SMAJ33A-TR STmicroelectronics marking SR SMA diodes STmicroelectronics marking DBQ SMAJ st
Text: SMAJ TRANSIL FEATURES • Peak Pulse Power : 400 W 10/1000µs ■ Stand off voltage range: From 5V to 188V ■ Uni and Bidirectional types ■ Low clamping factor ■ Fast response time ■ JEDEC registered package outline DESCRIPTION The SMAJ series are TRANSILTM diodes designed specifically for protecting sensitive equipment against transient overvoltages. The SMA
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SMAJ12CA-TR
Abstract: SMAJ24CA SMAJ15CA SMAJ24A-TR SMAJ10A-TR SMAJ12A-TR SMAJ13A-TR SMAJ15A-TR SMAJ18A-TR SMAJ20A-TR
Text: SMAJ TRANSIL FEATURES • Peak Pulse Power : 400 W 10/1000µs ■ Stand off voltage range: From 5V to 188V ■ Uni and Bidirectional types ■ Low clamping factor ■ Fast response time ■ JEDEC registered package outline A K Unidirectional DESCRIPTION
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D0214
Abstract: SMAJ15A-TR diode D0214 SMAJ10A-TR SMAJ12A-TR SMAJ13A-TR SMAJ188A-TR SMAJ18A-TR SMAJ20A-TR SMAJ22A-TR
Text: SMAJ5.0A-TR,CA-TR SMAJ188A-TR,CA-TR TRANSILTM FEATURES PEAK PULSE POWER : 400 W 10/1000µs STAND OFF VOLTAGE RANGE : From 5V to 188V. UNI AND BIDIRECTIONAL TYPES LOW CLAMPING FACTOR FAST RESPONSE TIME JEDEC REGISTERED PACKAGE OUTLINE DESCRIPTION The SMAJ series are TRANSILTM diodesdesigned
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SMAJ188A-TR
D0214
SMAJ15A-TR
diode D0214
SMAJ10A-TR
SMAJ12A-TR
SMAJ13A-TR
SMAJ18A-TR
SMAJ20A-TR
SMAJ22A-TR
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diode d0214-ac
Abstract: D0214 STMicroelectronics DIODE marking code AE eua code SMAJ12CA-TR SMAJ15A-TR SMAJ15CA SMAJ18A-TR SMAJ18CA-TR D0214 mark
Text: SMAJ5.0A-TR,CA-TR SMAJ188A-TR,CA-TR TRANSILTM FEATURES PEAK PULSE POWER : 400 W 10/1000µs STAND OFF VOLTAGE RANGE : From 5V to 188V. UNI AND BIDIRECTIONAL TYPES LOW CLAMPING FACTOR FAST RESPONSE TIME JEDEC REGISTERED PACKAGE OUTLINE DESCRIPTION The SMAJ series are TRANSILTM diodesdesigned
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SMAJ188A-TR
D0214
diode d0214-ac
STMicroelectronics DIODE marking code AE
eua code
SMAJ12CA-TR
SMAJ15A-TR
SMAJ15CA
SMAJ18A-TR
SMAJ18CA-TR
D0214 mark
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Untitled
Abstract: No abstract text available
Text: MNI01C57C - 1 CCR20.0MXC7 TcP 20 [deg] a. U1H/U1L [Ul 0-0 Typical #- # IJorst - - - UlL b. U2H/U2L —y ip— -— - " T EUl i - _ - : U2H - - - -— y— \ cL 8=-1 i - c. Fosc —u 1 “ EX] .3 .1 -.1 -.3 -.5 400 300 200 d ,
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MNI01C57C
CCR20
MNI01C57C
MNI0IC57C
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Untitled
Abstract: No abstract text available
Text: IC dependence of osc i11 at inq character ist ics uPD69MC Room Temp. FCR3.64MC5 - S Udd [U] 3 item a~e uPD69MC - 16 FCR3.64MC5 Udd= 3 [U] a. U1H/U1L 3 J I I [U] I I b. U2H/U2L — I I I — I (Fig.a~e) Unrst. I I I EUl -72- 72-U2H *-
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uPD69MC
64MC5
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EM73A01
Abstract: cdb 404 B962 cdb 404 e b968
Text: EM73A01 - I FCR4.0MC5 Tc p 20 Cdeg] o 5 a. U1H/U1L £ b. U2H/U2L _l s Tup icaI -» U n k t _ [U1 I_ I_ I_ I_ I_ I_ I_ L_ EUl U2H *• - »- 8 - U2L 8- b- b »■ e _l_I_ I_ I_ I_ I_ I_I_l_
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EM73A01
EM73A0I
cdb 404
B962
cdb 404 e
b968
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YSI 400
Abstract: MB90583CA
Text: MB90583CA FCR10.0MC5 Udd= 5 [U] Fig.cfe Q a. U1H/U1L Typical EU] ~5TT —0 b. U2H/U^j_7 EUl U2H c, Fosc -T6 V- M 5t7" “576“ EX] .3 .1 -.1 -.3 -.5 400 300 -I I I I d, Tri se I I I I I I , •H I I I I I I I I L_ EuS] 200 100 * ■ , f 60 -JL 55 47.6 47,. 4
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MB90583CA
FCR10
MB90583CA
YSI 400
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BL-4B
Abstract: S3F84BBXZZ
Text: S3F84BBXZZ FCR10.0MC5 Udd= 5 [U] Fig.cfe 0- - 8 T y p i c a l a. U1H/U1L EUl 5 2 11| Ultlu ‘/ o—£- b.J a b 4 505 V - à - T ^ T b. U2H/U2L U2H V J C, I I FQ5 C I I V I I .•e -.1 -I I I V I y r = 5 £ I I I I— I I I I I I ±=L J I I I l_
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S3F84BBXZZ
FCR10
T2-573â
BL-4B
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M34506E4FP
Abstract: 8873 9948
Text: M34506E4FP - FCR4.0MC5 Udd= 5 [U1 Fig.a~e Q a. I b. U1H/U1L I I [U1 I I U2H/U2L EUl •yz U2H V c, Fosc [/] .3 .1 -,l -.3 -.5 400 Typical I I I I I I I I y r fTT ^ - - - 3P- _l I I I I L_ T T —e I I I I I I I I I I L_ I I I I I I I I I I I L_ J _2_ I I
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M34506E4FP
M34506E4FP
8873
9948
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ba 8817
Abstract: RJ48
Text: M3020IF6UFP FCR10.0MC5 Udd= 5 [U] Fig.a~e Q 7 5 3 UIH/U^ [U] 5.7 UIH 6= b. ji. £ [U] U2H^ 6 FQ5C EX] J C, -.5 400 300 200 -I I I I I d, Tri se EuS] v jL » - » - r r I,-gI 1 I. '•Ig1 I■ ■ L_ I I I I I I I ■jY i, ri - Ai_ I I I I I
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M30201F6UFP
FCR10
ba 8817
RJ48
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Untitled
Abstract: No abstract text available
Text: IC dependence of oscillating characteristics M30853FJTGP Room Temp. FCR8.0MC5 - S Udd W] 5 item a~e M30853FJTGP - HH FCR8.0MC5 Udd= 5 [Ul a. Q 0 Tupical U1H/U1L EU] _ _ 3 1 5^ 5J 53 5 UlH 6=-6- = £ - =6=- =6
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M30853FJTGP
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pic16f73-1
Abstract: TA 8823 m 9835 PIC16F73
Text: PICI6F73 FCR10.0MC5 Ta= [deg] 20 a. U1H/U1L [U] b. U2H/U2L EU1 5 3 o * — s Tupical » Unrst. U2H e U2L ! - ^ c, Fosc EX] 3 400 d, Trise EuS] 300 200 100 00 — e, Duty -4- EX] 55 50 45 40 Udd f. Ustart [U] Typical = 1.92 Uorst = 2.07 g. Uhold CU] Typical =1.81
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PICI6F73
FCR10
pic16f73-1
TA 8823
m 9835
PIC16F73
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M38C24
Abstract: No abstract text available
Text: IC dependence of osc i11 at inq character ist ics M38C24M6AHP FCRI0.0MC5 - S a. [U] UIH/UIL Room Temp. Udd [U] 5 b. U2H/U2L LL 5 LH 5 -.1 MM 4.9, HL A.% HH [U] -.1 -.2 5 -.1 c. [MHz] d. CuS] Fosc Trise item a~e e. [/] f. [U] g. CU] Duty Ustart Uhold 9.9387
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M38C24M6AHP
FCR10
M38C24
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3SK326
Abstract: PSJ38P J133
Text: . 5 Characteristics >LD series AP s e n « In — VDSS '• 5D 333400 * 3SK1339 4 ;i5Ki243? 5SK12433 39l3393 33 2.3 3: 3335/ • • 23^414 2SijJ27 3 K3;j,3 - 10 • ■3 f 33K244" 23.1.183 1 ! • + 3SK:2443 33K344Q - •!;/:- K 14 2 S«3 4 7 • f .
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3SK1339
i5Ki243?
5SK12433
39l3393
33K244"
2SijJ27
33K344Q
SKP44>
3SK326
PSJ38P
J133
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Untitled
Abstract: No abstract text available
Text: 3.6 1 c ±0 . 2 1 , 3 ± 0 . 0 5 R_ / O. 9 ± 0 -0 5 R SECTION A-A SECTION B-B ii I .6 0 DI A in o o + i U O SPECIFICATION GENERALE RNUR SPECIFICATION DE CONTROLE 36.05.079 AMP 776-7503 CD QD No t e s I MSP ^ U) in -Cote -Cote suivOe copob i de fo c o n s t o t i
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AD2305
DEPT1302
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M37540M4
Abstract: No abstract text available
Text: IC dependence of osc i11 at inq character ist ics M37540M4 Room Temp. FCR4.0MC5 - S Udd [U] 5 itema~e M37540M4 - HH Udd= 5 [U] Q Typical a. U1H/U1L [U] IMInu ft -4à9 0-v u 5 5 -4? U1L ” — r- r ^ r b. U2H/U^_ 'òb U2H ii — U2L J I I I c, Fosc
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M37540M4
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fer28
Abstract: M30262F8GP 78-S8
Text: M30262F8GP - HH FCR20.0M2G Udd= 5 EU] Fig.a~d Ta= 25 Cdeg] -0 Typical a. U1H/U1L [U1 UIH _l I h. u I I U2H -I I I I .3 .1 -.1 -.3 -.5 400 5 4 i V 4V5 4V5 4V-V mi.~J rui L. ? h /u ?i c. Fosc 45 r I I I I I I I I EX] -I I I I -I I I I d, Trise CuSl ,'j J
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M30262F8GP
FCR20
fer28
78-S8
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FCR24
Abstract: S3F84BBXZZ
Text: S3F84BBXZZ - I FCR24.0M2G Udd= 5 [U1 Fig.a~d Ta= 20 Edeg] o a. U 1H/U 1L s Tupical EU]_ _ UIH V V 463 i V U1L -I I I I I I b. U2 H/U 2 L I I I I I I I I I I I I I I I I L_ EU] U2L ' 05 lfl5 1,6 lb7 _ J , 9 _l I I I I I I I I I I I I I I I I I I I I I l_
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S3F84BBXZZ
FCR24
-----JI75Y"
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Untitled
Abstract: No abstract text available
Text: 16 15 14 13 12 11 10 8 SYMBOL D E FIN IT IO N A DIMENSION WITHOUT AN INSPECTIO N REPORT SYMBOL DOES NOT REQUIRE IN S PEC TIO N . IT MAY BE CONTROLLED ON THE IN D IV ID U A L COMPONENT DRAWING. M MISSING SYMBOLS TOTAL NO OF INSPECTIO NS REQUI RED LA S T NO.
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03JA03
070C03
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FCR16
Abstract: No abstract text available
Text: M 3 0 6 2 0 M C N -0 0 1FP C LI/C L2 [ PF ] I 5 / 5 F C R 1 6 .0 M 2 G T c p 20 [ d e g ] 7 a. U1H/U1L o s Tu p ic a l — — Unrst. [U ] UIH -I_ _ _ _ L. b. U2H/U2L C, FQ5C U1L , » — EU 1 5 3 U2 L “ — *- _l_ I_ I_ I_ I_ I_ l_
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M30620MCN-001FP
FCR16
M30620MCN-00IFP
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