EUL JL Search Results

Contextual Info: 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 ,

Contextual Info: 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 *-

EM73A01

Abstract: cdb 404 B962 cdb 404 e b968
Contextual Info: 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_

YSI 400

Abstract: MB90583CA
Contextual Info: 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

BL-4B

Abstract: S3F84BBXZZ
Contextual Info: 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_

M34506E4FP

Abstract: 8873 9948
Contextual Info: 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

ba 8817

Abstract: RJ48
Contextual Info: 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

M30221M4-000FP

Contextual Info: M3022IM4-000FP Udd= 5 EU] Q a. U1H/UIL 6 4 0 Typical [U] 4 9 U1H V - FCR4.0MC5 Fig.cfe S3 IE 5x5- W r 2 -2 6 Z l UIL jl J I b' I I U2H I I I M fr I I - JI . I I I I I 5 .8- fcB- 5 * I I I L_ -5t7- 4 2 -2 - l U2L J I I I C, F05C I I I I I

Contextual Info: 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

pic16f73-1

Abstract: TA 8823 m 9835 PIC16F73
Contextual Info: 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

M38C24

Contextual Info: 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

3SK326

Abstract: PSJ38P J133
Contextual Info: . 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 .

Contextual Info: 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

M37540M4

Contextual Info: 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

FCR24

Abstract: S3F84BBXZZ
Contextual Info: 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_

Contextual Info: 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.

FCR16

Contextual Info: 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_

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
Contextual Info: 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

SMAJ series

Abstract: diodes STmicroelectronics marking DBK STMicroelectronics DIODE marking code AE D0214 diode D0214 SMAJ12CA-TR SMAJ170A-TR SMAJ15CA SMAJ24CA SMAJ12A-TR
Contextual Info: 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

diodes STmicroelectronics marking DBK

Abstract: STMicroelectronics DIODE marking code AE transil diode sma SMAJ15A-TR diodes STmicroelectronics marking DBQ
Contextual Info: 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

diodes STmicroelectronics marking DBK

Abstract: OF IC 317 eua SMAJ15A-TR SMAJ33A-TR STmicroelectronics marking SR SMA diodes STmicroelectronics marking DBQ SMAJ st
Contextual Info: 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

SMAJ12CA-TR

Abstract: SMAJ24CA SMAJ15CA SMAJ24A-TR SMAJ10A-TR SMAJ12A-TR SMAJ13A-TR SMAJ15A-TR SMAJ18A-TR SMAJ20A-TR
Contextual Info: 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

D0214

Abstract: SMAJ15A-TR diode D0214 SMAJ10A-TR SMAJ12A-TR SMAJ13A-TR SMAJ188A-TR SMAJ18A-TR SMAJ20A-TR SMAJ22A-TR
Contextual Info: 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

diode d0214-ac

Abstract: D0214 STMicroelectronics DIODE marking code AE eua code SMAJ12CA-TR SMAJ15A-TR SMAJ15CA SMAJ18A-TR SMAJ18CA-TR D0214 mark
Contextual Info: 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