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GW JDSMS1.EC-FSFU-6S-M1M2

Catalog Datasheet MFG & Type PDF Document Tags

GW JCLMS1.EC-HP-6M7N-L1N2

Abstract: Gruppe 8R 5S 6S 7S 8S 5T 6T Draft Version 0.0 Group Gruppe GW JDSMS1.EC , 2014-02-11 DURIS® E 5 Datasheet Draft Version 0.0 GW JDSMS1.EC The DURIS® E 5 combines , 1 Draft Version 0.0 GW JDSMS1.EC Ordering Information Bestellinformation Type: Color , Bestellnummer 1) Seite 25 IF = 120 mA [K] IV [mcd] GW JDSMS1.EC-FSFU-5C8E-L1N2 6500 14000 . 18000 Q65111A5218 GW JDSMS1.EC-FSFU-5E8G-L1N2 5700 14000 . 18000 Q65111A5498 GW
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GW JCLMS1.EC-HP-6M7N-L1N2 D-93055

GOK584450

Abstract: FGEH > 6o65S/9S/6S 5729RBA HU`c> 8o65S/6o9S/6o6S 5729RBA AbagUWg eUg]a[ - , _> 5444\ -6o65S/9S/6S. Abag]ahbhf> 7:4\ -8o65S/6o9S/6o6S. C_YWge]WU_ YaXheUaWY 3760.2* ~.1*25.325 , XY0 gYe`]aU_ GE j]g\ cbjYe fhcc_l GE0 gYe`]aU_ 59N j]g\ e][\g ghea]a[ fj]gW\ -_bj cbgYag]U_.0 gYe`]aU_ 59H j]g\ _YZg ghe]a[ fj]gW\ -_bj cbgYag]U_.0 gYe`]aU_ FSO j]g\ U_Ue` -_bj cbgYag]U_.0 gYe`]aU_ N j]g , /6S be 8r65S/6r9S/6r6S0 g\Y eY_Ul j]_ Wbageb_ _U`c Z_Uf\]a[ j]g\ g\Y ZeYdhYaWl -:9 gb =9. g]`Yf 3 `
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GOK584450 FGEH 56RBA 55RBA 65S/9S/6S 65S/6 FD794 56RBA0

55RB

Abstract: Kbe`]aU_ ib_gU[Y 55RBA gb 5:RBA LcYeUg]a[ ib_gU[Y eUa[Y IU`c> 6o65S/ , \ e][\g ghea]a[ fj]gW\ -_bj cbgYag]U_.0 gYe`]aU_ 59I j]g\ _YZg ghe]a[ fj]gW\ -_bj cbgYag]U_.0 gYe`]aU , [ _U`c _bUX2 62 S\Ya g\Y _U`c _bUX ]f 6s65S/9S/6S be 8s65S/6s9S/6s6S0 g\Y eY_Ul j]_ Wbageb_ _U`c Z_Uf\]a[ j]g\ g\Y ZeYdhYaWl -:9 gb =9. g]`Yf 3 `]ahgY2 72 S\Ya g\Y _U`c _bUX ]f 65S/9S/6S -baY 65S _U`c bZ 6s65Su9S/6S ZU]_f.0 g\Y eY_Ul j]_ Wbageb_ _U`c Z_Uf\]a[ j]g\ g\Y ZeYdhYaWl -594 gb 5=4. g]`Yf 3
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55RB GOL58445

Q65111A4522

Abstract: 2013-11-05 DURIS® S 5 Datasheet Version 2.0 GW PSLMS1.EC Features: Besondere Merkmale , Industriebeleuchtung Linearbeleuchtung Professionelle Downlights Retrofits Version 2.0 GW PSLMS1.EC , ] GW PSLMS1.EC-GTHP-5C7E-1 ΦV [lm] 6500 24 . 30.4 Q65111A4917 GW PSLMS1.EC-GTHP-5F7G-1 5700 24 . 30.4 Q65111A4517 GW PSLMS1.EC-GTHP-5H7I-1 5000 24 . 30.4 Q65111A4518 GW PSLMS1.EC-GTHP-5J7K-1 4500 24 . 30.4 Q65111A4916 GW PSLMS1.EC-GSGU-5J7K-1 4500
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Q65111A4522 LM-80

GW CSSRM1.PC-MFNQ-5C7E-1-700-R18

Abstract: 2013-07-15 DURIS® S 5 Datasheet Version 1.0 GW PSLLS1.EC The compact, mid-power DURIS S 5 , Professionelle Downlights Retrofits Version 1.0 GW PSLLS1.EC Ordering Information Bestellinformation , Bestellnummer 1) page 24 1) Seite 24 IF = 80 mA [K] GW PSLLS1.EC-HPHR-5C7E-1 Φ V [lm] 6500 28 . 35.9 Q65111A4924 GW PSLLS1.EC-GUHQ-5C7E-1 6500 25.9 . 33 Q65111A4532 GW PSLLS1.EC-HPHR-5F7G-1 5700 28 . 35.9 Q65111A4923 GW PSLLS1.EC-GUHQ-5F7G-1 5700 25.9 . 33
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GW CSSRM1.PC-MFNQ-5C7E-1-700-R18
Abstract: 2013-10-15 DURIS® S 5 Datasheet Version 1.0 GW PSLLS1.EC The compact, mid-power DURIS S 5 , Linearbeleuchtung Professionelle Downlights Retrofits Version 1.0 GW PSLLS1.EC Ordering Information , Lichtstrom Bestellnummer 1) page 25 1) Seite 25 IF = 80 mA [K] Φ V [lm] GW PSLLS1.EC-HPHR-5C7E-1 6500 28 . 35.9 Q65111A4924 GW PSLLS1.EC-HPHR-5F7G-1 5700 28 . 35.9 Q65111A4923 GW PSLLS1.EC-HPHR-5H7I-1 5000 28 . 35.9 Q65111A4534 GW PSLLS1.EC-HPHR-5L7N-1 4000 OSRAM
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Abstract: 2013-11-05 DURIS® S 5 Datasheet Version 2.0 GW PSLPS1.EC Features: Besondere Merkmale , Version 2.0 GW PSLPS1.EC Ordering Information Bestellinformation Type: Color Temperature , ) Seite 25 IF = 150 mA [K] GW PSLPS1.EC-KTLP-5C7E-1 ΦV [lm] 6500 97 . 121 Q65111A4911 GW PSLPS1.EC-KTLP-5F7G-1 5700 97 . 121 Q65111A4525 GW PSLPS1.EC-KTLP-5H7I-1 5000 97 . 121 Q65111A4526 GW PSLPS1.EC-KTLP-5L7N-1 4000 97 . 121 Q65111A4943 GW OSRAM
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GW CSSRM1.PC-MFNQ-5C7E-1-700-R18

Abstract: Draft Version 0.0 GW PSLLS1.EC Group Name on Label Gruppenbezeichnung auf Etikett Example: HP-6S , 2013-04-15 DURIS S 5 Datasheet Draft Version 0.0 GW PSLLS1.EC Features: Besondere , 0.0 GW PSLLS1.EC Ordering Information Bestellinformation Type: Color Temperature , ) Seite 24 IF = 80 mA [K] Φ V [lm] GW PSLLS1.EC-GUHQ-5C7E-1 6500 25.9 . 33 Q65111A4532 GW PSLLS1.EC-GUHQ-5F7G-1 5700 25.9 . 33 Q65111A4533 GW PSLLS1.EC-HPHR
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Abstract: 2013-04-15 DURIS S 5 Datasheet Draft Version 0.0 GW PSLMS1.EC Features: Besondere , 0.0 GW PSLMS1.EC Ordering Information Bestellinformation Type: Color Temperature , ) Seite 24 IF = 65 mA [K] GW PSLMS1.EC-GSGU-5C7E-1 Φ V [lm] 6500 22.4 . 28 Q65111A4516 GW PSLMS1.EC-GTHP-5F7G-1 5700 24 . 30.4 Q65111A4517 GW PSLMS1.EC-GTHP-5H7I-1 5000 24 . 30.4 Q65111A4518 GW PSLMS1.EC-GSGU-5J7K-1 4500 22.4 . 28 Q65111A4519 GW OSRAM
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Abstract: Draft Version 0.0 GW PSLPS1.EC Group Name on Label Gruppenbezeichnung auf Etikett Example: KS-6S , 2013-04-15 DURIS S 5 Datasheet Draft Version 0.0 GW PSLPS1.EC Features: Besondere , 0.0 GW PSLPS1.EC Ordering Information Bestellinformation Type: Color Temperature , ) Seite 24 IF = 150 mA [K] GW PSLPS1.EC-KSKU-5C7E-1 Φ V [lm] 6500 89.2 . 112 Q65111A4524 GW PSLPS1.EC-KTLP-5F7G-1 5700 97 . 121 Q65111A4525 GW PSLPS1.EC-KTLP OSRAM
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54rba

Abstract: BUX 64 `]aU_ 59N j]g\ e][\g ghea]a[ fj]gW\ -_bj cbgYag]U_.0 gYe`]aU_ 59I j]g\ _YZg ghe]a[ fj]gW\ -_bj cbgYag , j]g\ _YZg ghea]a[ _U`c _bUX2 62 S\Ya g\Y _U`c _bUX ]f 6s65S /
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54rba BUX 64 54RBA

ISP772T

Abstract: 5w-k 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S & & , (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = Data Sheet 7 ,/ 5 , LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 9 PV WRII6& $ ,/6&S I7MVWDUW 9EE &
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ISP772T 5w-k PLQL352
Abstract: 2013-12-20 DURIS® E 5 Datasheet Version 1.0 GW JDSLS1.EC The DURIS® E 5 combines high , '¢ Retrofits â'¢ Schreibtischleuchten 1 Version 1.0 GW JDSLS1.EC Ordering Information , : Farbtemperatur Lichtstärke Bestellnummer 1) Seite 25 IF = 120 mA [K] IV [mcd] GW JDSLS1.EC-FRFT-5C8E-1 6500 13000 . 16400 Q65111A5204 GW JDSLS1.EC-FRFT-5E8G-1 5700 13000 . 16400 Q65111A4674 GW JDSLS1.EC-FRFT-5H7I-1 5000 13000 . 16400 Q65111A4673 GW OSRAM
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Abstract: 2013-11-30 DURIS® P 5 Datasheet Version 1.2 GW DASPA1.EC High-efficacy mid-power LED with , '¢ Linear lights 2013-11-30 1 Version 1.2 GW DASPA1.EC Ordering Information , Lichtstrom Bestellnummer 1) page 24 1) Seite 24 IF = 100 mA [K] GW DASPA1.EC-HQHS-5H7I-1 ΦV [lm] 5000 30.4 . 39 Q65111A2353 GW DASPA1.EC-HPHR-5H7I-1 5000 28 . 35.9 Q65111A2352 GW DASPA1.EC-HQHS-5J7K-1 4500 30.4 . 39 Q65111A5313 GW DASPA1.EC-HPHR OSRAM
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GW JDSLS1.EC

Abstract: 2013-07-16 DURIS® E 5 Datasheet Draft Version 0.0 GW JDSLS1.EC The DURIS® E 5 combines , 2013-07-16 â'¢ Retrofits â'¢ Schreibtischleuchten 1 Draft Version 0.0 GW JDSLS1.EC Ordering , ] IV [mcd] GW JDSLS1.EC-FRFT-5C8D-1 6500 13000 . 16400 Q65111A4675 GW JDSLS1.EC-FRFT-5E8G-1 5700 13000 . 16400 Q65111A4674 GW JDSLS1.EC-FRFT-5H7I-1 5000 13000 . 16400 Q65111A4673 GW JDSLS1.EC-FRFT-5L7N-1 4000 13000 . 16400 Q65111A4672 GW JDSLS1.EC-FRFT
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GW JDSLS1.EC
Abstract: DURIS P 5 Data Sheet Version 1.1 GW DASPA1.EC High-efficacy mid-power LED with long , Leuchten 2012-12-14 1 GW DASPA1.EC Version 1.1 Ordering Information Bestellinformation Typ , Farbtemperatur Bestellnummer GW DASPA1.EC-GTHP-5U8X-1 2700 K 24.0 . 30.4 On request GW DASPA1.EC-GTHP-5R8T-1 GW DASPA1.EC-GUHQ-5R8T-1 GW DASPA1.EC-HPHR-5R8T-1 3000 K 24.0 . 30.4 25.9 . 33.0 28.0 . 35.9 Q65111A1834 Q65111A2349 Q65111A2350 GW DASPA1.EC-GUHQ-5O8Q-1 3500 K OSRAM
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L70/B50

Q65111A23

Abstract: DASP DURIS P 5 Data Sheet Version 0.0 GW DASPA1.EC Draft - This design is for Reference Subject , Farbtemperatur Luminous Flux1) page 23 Lichtstrom1) Seite 23 GW DASPA1.EC Ordering Code Bestellnummer IF , Q65111A2351 Q65111A1835 Q65111A2352 Q65111A2353 Type GW DASPA1.EC-GTHP-5R8T-1 GW DASPA1.EC-GUHQ-5R8T-1 GW DASPA1.EC-HPHR-5R8T-1 GW DASPA1.EC-GTHP-5L7N-1 GW DASPA1.EC-GUHQ-5L7N-1 GW DASPA1.EC-HPHR-5L7N-1 GW DASPA1.EC-GUHQ-5H7I-1 GW DASPA1.EC-HPHR-5H7I-1 GW DASPA1.EC-HQHS-5H7I-1 3000 K 4000 K
OSRAM
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Q65111A23 DASP osram duris JESD22-A114-D 600/R

GW CSSRM1.EC

Abstract: 2013-11-01 OSLON Square® Datasheet Version 1.0 GW CSSRM1.EC Higher performance. Lower , Spot-Leuchten Bühnenbeleuchtung Retrofits Version 1.0 GW CSSRM1.EC Ordering Information , Lichtstrom Bestellnummer 1) page 27 1) Seite 27 IF = 700 mA, TS = 85 °C [K] Φ V [lm] GW CSSRM1.EC-LTMP-5YC8-1 2400 150 . 194 Q65111A5207 GW CSSRM1.EC-LUMQ-5U8X-1 2700 164 . 210 Q65111A5206 GW CSSRM1.EC-MPMR-5R8T-1 3000 180 . 224 Q65111A5205 GW CSSRM1.EC-MPMR
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GW CSSRM1.EC

BTS4140n

Abstract: BTS4140 OLPLW $ ,/6&S VHH SDJH Tj & 9EE Tj Tj 9 WP V & , ( EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = Data Sheet 11 , FLUFXLW FXUUHQW OLPLW 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 WP V I7 MVWDUW PV $ W RII6& , /6&S 9 9 & Tj 7\S LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S I9EE WP
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VPS05163 BTS4140n BTS4140 BTS4140N PG-SOT-223

ISP762T

Abstract: WS-7 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S & & , (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = Data Sheet 8 ,/ 5 , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 9 PV $ WRII6& ,/6&S I7MVWDUW 9EE , 8QGHUYROWDJH UHVWDUW RI FKDUJH SXPS ,1 9RQ W , / , /6&S 9EE XFS , /6&U 9
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ISP762T WS-7

ISP752T

Abstract: WS-7 VKRUW FLUFXLW FXUUHQW OLPLW SLQ WR $ , /6&S & Tj & , ORDG LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR , ,/6&S WRII6& I9EE I7MVWDUW 9EE 9 PV & WRII6& ,/6&S $ & & , UHVWDUW RI FKDUJH SXPS ,1 9RQ W , / , /6&S 9EE XFS , /6&U 9 EEXQGHU
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ISP752T isp75 isp752

BTS462T

Abstract: FLUFXLW FXUUHQW OLPLW SLQ WR 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S & , \ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 I7MVWDUW 9EE 9 $ PV WRII6& ,/6&S & , UHVWDUW RI FKDUJH SXPS ,1 9RQ W , / , /6&S , 9EE XFS /6&U 9 EEXQGHU WP
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BTS462T PG-TO-252 P-TO252-5-11
Abstract: SHDN VKRUW FLUFXLW FXUUHQW OLPLW SLQ WR , /6&S , /6&U 921&/ 9 6\PERO PLQ 9DOXHV W , / ,/ :KLOH GHPDJQHWL]LQJ ORDG LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW , & Tj Tj 7\S LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH WRII6& I7M 9EE 9 I7MVWDUW 9EE 9 $ PV ,/6&S WRII6 , , / , /6&S 9EE XFS , /6&U 9 EEXQGHU WP W RII6& W 9EE +HDWLQJ XS RI WKH FKLS PD Infineon Technologies
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BSP752R

Abstract: Smart High-Side Power Switch 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S V & Tj & , GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = 9 ,/ 5 / ,/ / 9 E E + _ 9 2 8 , ,/6&S WRII6& I9EE I7MVWDUW 9EE 9 PV & WRII6& ,/6&S $ & & , Power Switch BSP752R ,1 ,1 9 9 287 287 2XWSXW , ,/ VKRUW / 6&S WR *1
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Smart High-Side Power Switch smart SIPMOS

isp752r

Abstract: isp752 W\S 8QLW PD[ , /6&S V $ & Tj & Tj , GHPDJQHWL]LQJ ORDG LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK , ,/6&S WRII6& I9EE I7MVWDUW 9EE 9 PV & WRII6& ,/6&S $ & & , / 6&S WR *1' , Q R UP D O R S H U D W LR Q , / 6&U 2 X WS X W V K R U W WR * 1
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isp752r ISP752R

BTS452T

Abstract: )XQFWLRQV ,QLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW SLQ WR 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S , \ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = , 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I9EE 9 $ PV & WRII6& ,/6&S I7MVWDUW 9EE & & Data Sheet , SXPS ,1 9RQ W , / , /6&S , 9EE XFS /6&U 9 EEXQGHU WP W RII6
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BTS452T

BSP772T

Abstract: 7M marking Tj 9 WP 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S V & , \ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 9 PV WRII6& $ ,/6&S I7MVWDUW 9EE & , , / , /6&S 9EE XFS , /6&U 9 EEXQGHU WP W RII6& 9EE W +HDWLQJ XS RI WKH FKLS
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BSP772T 7M marking

marking v14

Abstract: ,EE 9 921 &/ 9EE 921 &/ P$ 2YHUYROWDJH SURWHFWLRQ ,EE $ , / 6&S 9EE $= P , 921 &/ L/ W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! Ω ( $6 = Data Sheet 8 ,/ / 5 , \S LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/ 6&S WRII 6& I 7M 9EE 9 9EE 9 PV ,/ 6&S WRII 6& $ ƒ& ƒ& Tj Tj Data , \ FRROLQJ )LJXUH ,1 8QGHUYROWDJH UHVWDUW RI FKDUJH SXPS 9RQ W , / , / 6&S 9EE
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marking v14

BSP752T

Abstract: 9EE Tj 9 WP 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S V & , (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = Data Sheet 8 , ,/6&S WRII6& I9EE I7MVWDUW 9EE 9 PV & WRII6& ,/6&S $ & & , )LJXUH 8QGHUYROWDJH UHVWDUW RI FKDUJH SXPS ,1 9RQ W , / , /6&S 9EE XFS , /6
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BSP752T

BSP762T

Abstract: Tj 9 WP 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S V & , \ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 9 PV $ WRII6& ,/6&S I7MVWDUW 9EE , , / , /6&S 9EE XFS , /6&U 9 EEXQGHU WP W RII6& 9EE W +HDWLQJ XS RI WKH FKLS
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BSP762T

BSP742T PG-DSO8

Abstract: BSP742T PD[ $ , /6&S 9 & & 921 , ]LQJ ORDG LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 9 PV WRII6& $ ,/6&S I7MVWDUW 9EE & , )LJXUH 8QGHUYROWDJH UHVWDUW RI FKDUJH SXPS ,1 9RQ W , / , /6&S 9EE XFS , /6
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BSP742T BSP742T PG-DSO8 FDSD

bsp752t switch

Abstract: 3URWHFWLRQ )XQFWLRQV ,QLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW SLQ WR , /6&S , /6&U 921 , GHPDJQHWL]LQJ ORDG LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ , & Tj 7\S LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH WRII6& I9EE I7MVWDUW 9EE 9 PV $ & & ,/6&S WRII6& & , 8QGHUYROWDJH UHVWDUW RI FKDUJH SXPS 9RQ W , / , /6&S 9EE XFS , /6&U 9 EEXQGHU WP
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bsp752t switch 726-BSP752T

LLL15

Abstract: GRM188R61H105KAAL GM GN M A D M L LL R A M M GJ 4 8 GA GW eDimensions (LgW) Code 02 03 05 08 0D 0M 15 18 1M 21 22 31 32 , Characteristics Temperature Characteristic Codes Code 1X 2C 2P 2R 2S 2T 3C 3P 3R 3S 3T 3U 4C 5C 5G 6C 6P 6R 6S 6T , 6R 6S 6T 7U yRated Voltage Code 0E 0G 0J 1A 1C 1E YA 1H 2A 2D 2E YD uCapacitance Expressed by
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GRM188R61H105KAAL LLL15 HP4294A HP4284A AC250V

E24 Series capacitor

Abstract: ) qProduct ID wSeries Product ID Code J M GR 3 4 7 GQ GM GN M A D M L LL R A M M GJ 4 8 GA GW eDimensions , 2C 2P 2R 2S 2T 3C 3P 3R 3S 3T 3U 4C 5C 5G 6C 6P 6R 6S 6T 7U B1 B3 C7 C8 D7 D8 E7 F1 F5 J1 L8 R1 R3 R6 , Change from 25°C (%) Murata Code Max. 5C/5G 6C 6P 6R 6S 6T 7U yRated Voltage Code 0E 0G 0J 1A 1C 1E YA 1H
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E24 Series capacitor GRM21BR61H225KA73

WR-383250-17M2-G

Abstract: ¼­ ã''CUST. PART NO(P):ã''5ï¼"Hï¼'0ï¼"ï¼'ï¼"ï¼ï¼ï¼ï¼­ BOX COUNT (6S) C/NO:1 001/014 ROHS , ( CT ) TDK TAIWAN CORPORATION GW 3.8 14 YANGMI, TAIWAN TTXDFï¼'0ï¼'0ï
TDK-EPC
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WR-383250-17M2-G TTXDF1010 WL11K0600200101400000360 TXDF1010 WL11K06002 WR-383250-17M2-XX
Abstract: ¼š ã''ï¼'ï¼'Aï¼"ï¼"5ï¼ï¼—ï¼ï¼˜ï¼™ï¼¡ BOX COUNT (6S) C/NO:1 001/009 ROHS TDK ITEM CODE(6P , ¼• Aï¼ï¼—89 TDK SPEC. C/NO:1 WAREHOUSE NW 3.6 ( CT ) GW 4.0 TDK TAIWAN CORPORATION TDK-EPC
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WT-505060-10K2-A11-G WL12345678 WR-483250-15M2-F 10K2- WT-505060-10K2-A11

TDK LABEL

Abstract: (6S) C/NO:1 TDK ITEM CODE(6P): 001/009 ROHS TXDF10105TWN ã''ã''ã''ã''ã'' SHIPPING MARK , ( CT ) GW 4.0 TDK TAIWAN CORPORATION out-going label (outside) YANGMEI, TAIWAN 9
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TDK LABEL WR-483250-15M2-G S001016344 WR-483250 WR-483250-15M2 WR-483250-

MARKING A1G

Abstract: (6S) C/NO:1 001/009 ROHS TDK ITEM CODE(6P): TTXDFï¼'ï¼'ï¼"ï¼"5TWN , ¼š1 WAREHOUSE NW 3.6 ( CT ) GW 4.0 TDK TAIWAN CORPORATION out-going label (outside) YANGMEI
TDK-EPC
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MARKING A1G WT-525225-20K2-A1-G 20K2- WT-525225-20K2-A1
Abstract: +10(70 Jctn/Cath Temp. 145'C/Watt Lead Soldering Temp. 260*0 max., 5 sec. 1/ 1 6s (1.6mm) from body â'™ + â'" G-W W W W W W-O - Vf -BICOLOR RED/GREEN RED + c> RED W W W -
OCR Scan
L206CR7B-3 L206CY3KB-4V L206CG6B-4V L206CW6B L206CB6B-6V L206CY3KB

tdk code label

Abstract: tdk marking code ¼™ï¼¡ BOX COUNT (6S) C/NO:1 001/009 ROHS TDK ITEM CODE(6P , ¼• Aï¼ï¼—89 TDK SPEC. C/NO:1 WAREHOUSE NW 3.6 ( CT ) GW 4.0 TDK TAIWAN CORPORATION
TDK-EPC
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tdk code label tdk marking code WT-1005660-12K2-A6-G 12K2- WT-1005660-12K2-A6
Abstract: ¼•ï¼ï¼—ï¼ï¼˜ï¼™ï¼¡ BOX COUNT (6S) C/NO:1 001/009 ROHS TDK ITEM CODE(6P , ¼• Aï¼ï¼—89 TDK SPEC. C/NO:1 WAREHOUSE NW 3.6 ( CT ) GW 4.0 TDK TAIWAN CORPORATION TDK-EPC
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WT-505060-20K2-A10-G WT-505060-20K2-A10

3216S

Abstract: 3216PG 2 1 6S E C K A PT3216M G C A P T3216SYC A P T3216SYC K A PT3216M B C A P T3216M B C K A P T3216P B C , P TR 3216E C A P T R 3216NW _ A P TR 3 21 6 SGC A PTR 3216Q G W A P TR 3216P GW APTR 3216Q YW
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OCR Scan
3216S 3216PG 3216Y bc 588 PT3216E T3216SG APT3216YC T3216SU T3216S

BSP742R

Abstract: PLQ W\S 8QLW PD[ $ , /6&S 9 & & , (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = 9 ,/ 5 , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 I7MVWDUW 9EE 9 $ PV WRII6& ,/6&S
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BSP742R

ISP742RI

Abstract: 129EE Tj Tj , /6&S $ & & 921 , (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = 9 ,/ 5 , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 I7MVWDUW 9EE 9 $ PV WRII6& ,/6&S
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ISP742RI 129EE

BSP742R

Abstract: BSP742RI WR Tj & 9EE Tj Tj 9DOXHV PLQ W\S 8QLW PD[ $ , /6&S 9 , (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = 9 ,/ 5 , LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 I7MVWDUW 9EE 9 $ PV WRII6& ,/6&S
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BSP742RI
Abstract: OLPLW SLQ WR , /6&S , /6&U 921&/ 9 6\PERO PLQ 9DOXHV W\S PD[ $ 8QLW Tj Tj Tj 7M , LV ($6 (EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! 9 EE 9 9 ,1 67 9 , & Tj Tj 7\S LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH WRII6& I7M 9EE 9 I7MVWDUW 9EE 9 $ PV ,/6&S Infineon Technologies
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BTS4141N

Abstract: & 5HSHWLWLYH VKRUW FLUFXLW FXUUHQW OLPLW 7M $ ,/6&S ,/6 , ( $6 ( EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! 287 *1' 9 EE , FLUFXLW FXUUHQW OLPLW 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 WP V I7 MVWDUW 9EE 9 $ PV W RII6& , /6&S & Tj 7\S LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S I9EE WP
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BTS4141N

BTS4142N

Abstract: ,/6&S ,/6&U 7MW VHH WLPLQJ GLDJUDPV 2XWSXW FODPS LQGXFWLYH ORDG VZLWFK RII 921 , GW 9EE ,1 (/ ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = ,/ / ,/ 5 / 9 E E , FLUFXLW FXUUHQW OLPLW 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/6&S WRII6& I7M 9EE 9 WP V I7 MVWDUW 9EE 9 $ W RII6& , /6&S PV & Tj 7\S LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S I9EE WP
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BTS4142N

Royal OHM prw

Abstract: Royal OHM prMB Part number: Wattage Normal S Type 1W 1W 1S 2W 2W 2S 3W 3W 3S 4W 4W 4S 5W 5W 5S 6W 6W 6S 7W 7W 7S 8W 8W 8S 9W 9W 9S 10W AW AS 11W BW BS 12W CW CS 13W DW DS 14W EW ES 15W FW FS 16W GW GS 17W HW HS 18W IW IS
Royal Ohm
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Royal OHM prw Royal OHM prMB PRM-10W PRW 200 48-100K D669 AN20/AV20

S95A

Abstract: AUSC Asynchronous Power Down Core Power Supply PbiM m w 1 VODQ M1.M2 5 §5 TCK TMS TDI TDO Vss NC H n S a M IM , NOTES : W R ttt *= L means 5 5 5 * L, or GW = H, §OT= L, TOËx-L . to C S " L means 5 5 i « I , CS , ÂDV 51 Data Out NOTES : WRITE = L means SW a L, or GW= H, L, WËx = L CS = L means * I, CS2 » , : WRITE » L means GW - 1. or GVÎ * H, §W - L, W £x - L CS * L means CSi « L, CS2 - H and CS2 * L _ ^S = H
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OCR Scan
S95A AUSC KM736FV4022 KM718FV4022 256KX18 KM736FV4022H-65 128KX36 KM738FV4022B-7
Abstract: write enables (BWx#) and global write (GW#). Asynchronous inputs include the output enable (OE#), clock , # controls DQb pins and DQPb; BWc# controls DQc pins and DQPc; BWd# controls DQd pins and DQPd. GW# LOW , s SYNCBURST SRAM RRRRRHRHRHHRRRRHRHRRRRRRRHHRRR SA SA ADV# ADSP# ADSC# OE# BWE# GW# CLK Vss , RRRRRRRRRRRRRRRRRRRRRRRRRRRRRR SA SA ADV# ADSP# ADSC# OE# BWE# GW# CLK Vss Vdd CE2# BWa# BWb# BWc# BWd# CE2 CE# SA SA Z UZ , # ADSP# ADSC# 0E# BWE# GW# CLK Vss V dd CE2# BWa# BWb# NC NC CE2 CE# SA SA BWc# BWd# Pin 50 is -
OCR Scan
LC128K18G MT58LC128K18G1 MT58LC64K32G1 MT58LC64K36G1 MT58LC128K18G1LG-7 MT58LC128K18G

WS-7

Abstract: ,EERII 9,1 9 3URWHFWLRQ )XQFWLRQV ,QLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S ,/6&U 921 , (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! ( $6 = ,/ / ,/ 5 / 9 E E + _ , LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW ,/6&S 7\S LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH WRII6& I7M 9EE 9 WP V I7 MVWDUW 9EE 9 $ PV , /6&S W RII6& & , FXUUHQW OLPLW ,/6&S 7\S LQSXW FXUUHQW I7M 9 EE 9 9,1 9,1ORZ 9 9,1KLJK 9 ,1RQRII I9EE WP
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Abstract: 71 70 69 68 67 66 6S 64 63 62 61 60 59 58 57 56 55 54 53 52 51 z n z n z n , #, BW 2#, BW 3#, BW 4#, BW E#) and global write (GW#). Asynchronous inputs include the output enable , # controls DQ17-DQ24 and DQP3, and BW 4# controls DQ25-DQ32 and DQP4, conditioned by BW E# being LOW . GW , . PIN DESCRIPTIONS (continued) TQFP PINS 64 SYMBOL ZZ TYPE 87 BWE# Input 88 GW , TABLE FOR WRITE COMMANDS GW# BWE# BW1# BW2# BW3# BW4# READ H H X X X -
OCR Scan
MT58LC32K32/36B3 MT50LC32K32/36B3 100-PIN
Abstract: global write (GW#). Asynchronous inputs include the output enable (OE#), clock (CLK) and snooze enable , . GW# LOW causes all bytes tobe written. Parity bits are only available on the x l8 version. WRITE , * GW* CE* CE2 CE2# INPUT REGISTERS ENABLE REGISTER - PIPELINED ENABLE OE* NOTE , ­ tions and must meet the setup and hold times around the rising edge of CLK. 88 GW# Input , GW# BWE# WEL# WEH# READ H H X X Function READ H L H H -
OCR Scan
100-P MT58LC256K16C5 MT58LC256K18C5 MT58LC266K16/18C5

ITS711

Abstract: 51117 PD[ 8QLW $ P$ HDFK FKDQQHO 7M & ,/6&S , ³ 921&/ ·L/W GW & 9EE & _ 287&/ 9EE >9@ 7\S RSHQ , FKDQQHO QRUPDO RSHUDWLRQ 67 , 9 / , 287 /6&S , , /6&U / W 67 RII6 , FXUUHQW ,/6&S $ W\S RI WKH GHYLFH Data Sheet +HDWLQJ XS RI WKH FKLS PD\ UHTXLUH VHYHUDO , FKDQQHOV DQG ,1 ,1 ,1 , , / FKDQQHO QRUPDO RSHUDWLRQ / , /6&S 9287 , /6
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ITS711L1 ITS711 51117 marking WZR WZR device marking PG-DSO-20-31 21VWDWH

ITS711L1

Abstract: WZR device marking [ 8QLW µ$ P$ HDFK FKDQQHO 7M & ,/6&S 7M , 287&/ 9 5/ & ³ 921&/ ·L/W GW OQ _9 & 9EE >9@ 7\S RSHQ , \ FRROLQJ ,1 ,1 RWKHU FKDQQHO QRUPDO RSHUDWLRQ 67 , 9 / , 287 /6&S , , /6 , LQLWLDO VKRUW FLUFXLW FXUUHQW ,/6&S $ W\S RI WKH GHYLFH Data Sheet +HDWLQJ XS RI WKH FKLS PD , SDUDOOHO VZLWFKHG FKDQQHOV DQG ,1 ,1 ,1 , , / FKDQQHO QRUPDO RSHUDWLRQ / , /6&S
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profet PROFET 11A
Abstract: #16;#23;#19; ƒ 9EE Tj Tj 9DOXHV PLQ#17; W\S#17; 8QLW PD[#17; $ , /#11;6&S #21;#19; 9 #16; #16; #27; , /#11;W GW#15; ZLWK DQ DSSUR[LPDWH VROXWLRQ IRU 5/ ! #19;â"¦#29; ( $6 = Data Sheet 8 ,/ 5 , \S#17; LQLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW 7\S#17; LQLWLDO VKRUW FLUFXLW VKXWGRZQ WLPH ,/#11;6&S WRII#11;6& I#11;7M #30; 9EE #21;#19;9 #21;#19;9 #22; #24; PV WRII#11;6& $ ,/#11;6&S I#11;7M#15;VWDUW #30; 9EE , UHVWDUW RI FKDUJH SXPS ,1 9RQ W , / , /#11;6&S 9EE#11; XFS , /#11;6&U W RII#11;6 Infineon Technologies
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GRM21BR61E106KA73

Abstract: murata GW M L LL R A M M GJ 4 8 GA GW eDimensions (LgW) Code 02 03 05 08 0D 0M 15 18 1M 21 22 31 32 42 43 52 , Characteristics Temperature Characteristic Codes Code 1X 2C 2P 2R 2S 2T 3C 3P 3R 3S 3T 3U 4C 5C 5G 6C 6P 6R 6S 6T , 6R 6S 6T 7U yRated Voltage Code 0E 0G 0J 1A 1C 1E YA 1H 2A 2D 2E YD uCapacitance Expressed by
muRata
Original
GRM21BR61E106KA73 murata GW CVHF-400

MS-026

Abstract: MT58L128L32F1 ir-» ? wm T ^ FUNCTIONAL BLOCK DIAGRAM 256KX 18 SAO, SA1, SA ADV# CLK ADSC# ADSP# BWa # BWE# GW , BWa# -BWE# - GW# - CE# -CE2-CE2# -OE# - D- ADDRESS REGISTER ZL_ 17 SA0-SA1 â , #, ADSP#, ADV#), byte write enables (BWx#) and global write (GW#). Asynchronous inputs include the output , ; BWb# controls DQb pins and DQPb; BWc# controls DQc pins and DQPc; BWd# controls DQd pins and DQPd. GW , ADSC# 86 OE# 87 BWE# 88 GW# 89 CLK 90 Vss 91 Vdd 92 CE2# 93 BWa# 94 BWb# 95 NC BWc
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OCR Scan
MT58L256L18F1 MT58L128L32F1 MT58L128L36F1 MT58L256V18F1 MT58L128V32F1 MT58L128V36F1 MS-026

Wirewound Resistors - 1.5 k ohm 0.5 W

Abstract: Royal OHM 10 ohm 1w 3S 4W 4W 4S 5W 5W 5S 6W 6W 6S 7W 7W 7S 8W 8W 8S 9W 9W 9S 10W AW AS 11W BW BS 12W CW CS 13W DW DS 14W EW ES 15W FW FS 16W GW GS 17W HW HS 18W IW IS 19W JW JS (B) 20W-99W Part number: Ex. 25W -> 25
Royal Ohm
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Wirewound Resistors - 1.5 k ohm 0.5 W Royal OHM 10 ohm 1w az20 series resistor 100K 5w Royal OHM code royal ohm 7w resistor

Royal OHM

Abstract: 19W 1W 2W 3W 4W 5W 6W 7W 8W 9W AW BW CW DW EW FW GW HW IW JW IS 2S 3S 4S 5S 6S 7S 8S 9S AS BS CS DS
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OCR Scan
Royal OHM 7-047J 7KG-0472 33KA-1331 1210-56K0 5610-100KO 821O-100KO
Abstract: 0 O O 0 No. of Contacts 30 1 O0(/ -£ e 2 HOLES DIA. -2.2 *gw (-0 8 7 ! , IL-AG5- 6S-S3C1 IL-AG5-6SK-S3C1-LB 12.5 (.492) 18.6 ( .732) 15.6 ( .614) 7 IL-AG5- 7S -
OCR Scan
CT150-1-AG5 CT350-2 350-AG5-2 CP210-1B IL-AG5-22P-D3C1 IL-AG5-PC1-5000
Abstract: ^ 78 77 o z 4 76 LZ Z 5 75 OC 6 74 n z 7 73 n z 8 72 c z 9 71 10 n z 11 70 OE 6S 12 OE 68 13 a z 14 , #, BW3#, BW4#, BWE#) and global write (GW#). Asynchronous inputs include the output enable (OE#), clock , , and BW4# controls DQ25-DQ32 and DQP4, conditioned by BWE# being LOW. GW# LOW' causes all bytes to be , : +2.5V +0.4V/-0.125V. Ground: GND. 88 GW# Input 64 zz Input 2.5V I/O PIPELINED S C D , COMMANDS Function READ READ WRITE Byte 1 W RITE all bytes W RITE all bytes NO TE: GW# H H H H L BWE# H L L -
OCR Scan
MT58LC32K32/36G1 1009S98

BTS4880R

Abstract: GPS09181 9EEXQGHU 9,1 9 9EEX UVW 9EEXQGHU ORZ HDFK FKDQQHO 3URWHFWLRQ )XQFWLRQV ,/6&S , ORDG LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ( $6 ( EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR , OLPLW ,/6&S & 9 9EE 7\S LQSXW GHOD\ WLPH DW VZLWFK RQ 9 EE WG9EERQ 9 I9EE 7M & $ PV WG9EERQ ,/6&S Data sheet
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BTS4880R GPS09181 PG-DSO-36-12

TFC 718 S

Abstract: tfc 718 done by GW, and each byte write is per formed by the combination of WEx and when GW is high. And with , write is performed by the combination of 109 and WËx when GW is High. Write cycles are performed by , order for the this device to remain enabled. 3. ADSC or A 6s£ must not be asserted for at least 2 Clock
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OCR Scan
TFC 718 S tfc 718 KM718V890 100-TQFP-1420A
Abstract: 76 75 74 Z Z ] 73 Z I Z ~2 71 = I Z 70 Z Z 69 = o 6S Z Z I 67 = 66 = o 65 64 63 m 62 61 Z E = 60 Z I , heat dissipation. 88 GW# Input N E W 3.3V I/O PIPELINED D C D SRAM 64 zz Input , PARTIAL TRUTH TABLE FOR WRITE COMMANDS Function GW# BWE# BW1# BW2# BW3# BW4# READ READ WRITE Byte 1 , LOW. 3. GW# LOW will yield identical results. MT5SLC64K32C6 YS2 pm5 - flev 1/97 C Q Q 0 " 0 ï , write enable signals (BW1#, BW2#, BW3# or BW4#) and BWE# are LOW or GW# is LOW. WRITE#=H means all byte -
OCR Scan
T58LC

ITS4880R

Abstract: ,/6&S ,QLWLDO SHDN VKRUW FLUFXLW FXUUHQW OLPLW Tj & 9EE Tj Tj 9 WP V $ , LQGXFWDQFH WKH HQpUJ\ GLVVLSDWHG LQ 352)(7 LV ( $6 ( EE (/ (5 921&/ L/W GW ZLWK DQ DSSUR[LPDWH , OLPLW ,/6&S & 9 9EE 7\S LQSXW GHOD\ WLPH DW VZLWFK RQ 9 EE WG9EERQ 9 I9EE 7M & $ PV WG9EERQ ,/6&S Data Sheet
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ITS4880R
Abstract: #23;#23; #16;#16; #25;#19; #26;#19; #20;#21; #16;#16; #16;#16; #21; #27; #22; #20;#21; P$ HDFK FKDQQHO#15; 7M #16;#23;#19;ƒ ,/#11;6&S #24;#17;#24; #28;#17;#24; , / OQ #11;#20;#14; _9 ,/Ã'5/ #16;#23;#19;ƒ& #20;#19;#19; ³ 921#11;&/ ·L/#11;W GW#15; #20;#24;#19;ƒ 9EE #21;#24;ƒ& #20;#24;#19; #24;#19; #19; , /#11;6&S , , /#11;6&U / W 67 RII#11;6& W W 7KH LQLWLDO SHDN FXUUHQW VKRXOG EH OLPLWHG E\ WKH ODPS DQG QRW E\ WKH LQLWLDO VKRUW FLUFXLW FXUUHQW ,/#11;6&S #26;#17;#24; $ W\S#17; RI WKH GHYLFH#17; Data , #20; ,1#20;#18;#21; ,1#21; , #14;, /#20; FKDQQHO #21;#29; QRUPDO RSHUDWLRQ /#21; , /#11;6&S 9287#20; , /#11;6&U W Infineon Technologies
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IC 7447

Abstract: "halbleiterwerk frankfurt" /8 Hersteller GW S GWS GWS GW S GW S GWS GWS GWS GWS GWS GWS GWS GW S GW S GWS GWS GW S GWS GWS GWS GW S GWS GW8 GWS GW S GWS GWS GW S GW S GWS GWS GW S Be«. 1 1 1 /1 0 1 1 1 /1 2 1 2 1 /6 1 2 , 171/2 GVS 170/2 8 180/6A GW 180/8A GVS 180/10A G W S 250/4 G W S W S 250 R/4 G 250/6 G W S 250 R/6 GVS , . W F W F W F W F W F W F W F W F W F W F W F GW S GW S GW S GW S GW S GW S GW S GW S GW S GW S GW S GW S GW S GW S GW S GW8 GW S GW S GW S - 12 ®yp » a 95/013 bzt 95/C15 BZT 95/016 BZT
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OCR Scan
IC 7447 dioda by 238 IC 7495 vergleichsliste SYk 04
Abstract: Proprietary and Confidential .o Issue 5, November 2005 fI Datasheet nd ay ,1 6S ep , particular use, or non-infringement. ,1 6S ep te m be Disclaimer r, 20 PMC , on Su nd ay ,1 2 6S 14 14 14 15 16 16 17 17 18 18 18 19 19 20 20 23 33 41 41 41 , . . . . ay ,1 3.6 6S 3.5 ep te m be r, 20 3.3 3.4 07 10 , 140 140 140 141 141 142 143 144 144 145 146 147 150 ay ,1 6S ep te m be PMC-Sierra
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PM2329 PMC-2010146 200MH 116MH 232MH PM2329-BGC
Abstract: « Vsatl Vsat2 Voh Vet Venn Vemi Gw Vnaw VfoTM . Ve, GfcT lout = 350 mA {total of upper »id lower , ) Figt.7 > as w 08 - 13d*> 12pin 1Spin \ i 0 2 6S O7 51 0 01 2 8I S O A M B I E N T T E M P E -
OCR Scan
BA6477FS BAS477FS
Abstract: H A R A C TER ISTIC S S 4 B i 6S -T H 0 M S 0N 3 D E D TL064C : 0 â'C < Tamb ^ + 7 0 , °C) Vio a V |0 V opp A vd GW r Ri 3 15 20 2 6 7.5 3 5 |iV/°C -
OCR Scan
G023441 LCC20 DIP14 CERDIP14 TL064 TL064A

m5m5v1132

Abstract: M5M5V1132A enables (MBW, GW, BWt, BW 2 , BW3, BW4). S2 and S2 provide easy depth expansion. The write operation can be performed by two methods. The global write enable (GW) will perform a write to all 32 bits. Byte , 6S -C (Q FP ) G P : 100P 6A (LQ FP ) NC : NO CONNECTION A MITSUBISHI ELECTRIC 5 29 p , ~DQ32. D ata I/O are tristated if any of these four inputs are LOW. GW BWÎ, BWi, BW3, b w * CLK , -BIT(32768-WQRD BY 32-BIT) SYNCHRONOUS BURST SRAM WRITE TRUTH TABLE GW MBW BWi H H H H H H H H H L H L L L
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OCR Scan
M5M5V1132A m5m5v1132 m5m5v1132agp 1048576-BIT 32766-WQRD M5M5V1132AFP 150MH 125MH
Abstract: global write (GW#). Note that CE2# is not available on the T Version. Asynchronous inputs include the , REGISTERS GW# CE# CE2 CE2# OUTPUT BUFFERS ENABLE REGISTER PIPELINED .ENABLE _A _J , # controls DQdâ'™s and DQPd. GW# LOWcauses all bytes to be written. Parity bits are only available on the , NC/DQPb* SA SA ADV# ADSP# ADSC# 0E# BWE# GW# CLK Vss V dd SA (T Version) CE2# (Q , z RRHRHRRRHHHHHRRRHHHHHHHRRRHRHR SA SA ADV# ADSP# ADSC# OE# BWE# GW# CLK Vss V do -
OCR Scan
MT58L512L18D MT58L256L32D MT58L256L36D MT58L512V18D MT58L256V32D MT58L256V36D

32 channel Relay controller IC

Abstract: e35r [ 20 23 14ws RDI2 r 21 22 ~]zxa (Top View) â'¢ HA16816MP c« b ne rs 1. ts pe t gw «do! nnnnn nnnnn ncq cdc | «c tabq tabC tabq^ tabq tabc tab ih 4wrq ncd 6s 4 3 2 1 44 43 42 41 4^ o 8 37 9 36 10
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OCR Scan
32 channel Relay controller IC e35r Input 24V Output 5V 2W DC DC LF177 HA16816NT/MP HA16816NT 600S2

faf 43 pv

Abstract: circuit 5 to 18 V motor driver and 4.3 to 6.S V control supplies · 30-pin MFP «) V C ir] fono «] FO N O , Mtifeuity p o M fm p fty F GW fW ir im rtng fcp u F GinfM tr naviiwltn in p u t F GnpW lf o u tp u t N tQ
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OCR Scan
faf 43 pv D01Q1M4 EN39Q41 LB1687NM LB1667NM LB1687NH

BAS 98 ATEX 2380 X

Abstract: 0/BAS 98 ATEX 2380 X t b u ffe rs w ith O E a n d a s se rtin g W E . A g lo b a l w rite e n a b le GW E w rite s all 3 , , w h e n GW E is H ig h , o n e o r m o re b y te s m ay b e w r itte n b y a s se rtin g BWE a n d , m m PQ FP o r TQFP package. W rite enable truth table GW E_ BW E Synchronous truth , 3 .9 0 1 4 .1 0 0 .6S e 0 .6 5 E 1 9 .9 0 2 0 .1 0 1 9 .9 0 2 0 .1 0
Weidmüller
Original
BAS 98 ATEX 2380 X 0/BAS 98 ATEX 2380 X KEMA 01 ATEX 2130 u kema junction box T2D 4N DIODE 1282250000/03/2012/SMDM
Abstract: EW FW GW Small Size 1S 2S 3S 4S 5S 6S 7S 8S 9S AS BS CS -
OCR Scan
64KX32 AS7C36432

Bulk Carbon Film Fixed Resistor 5 Watt

Abstract: Resistor 511 Ohm color code BW CW DW EW FW GW Small Size 1S 2S 3S 4S 5S 6S 7S 8S 9S AS BS CS DS ES FS GS Extra Small
Royal Ohm
Original
Bulk Carbon Film Fixed Resistor 5 Watt Resistor 511 Ohm color code 10 k ohm 2W carbon resistor 25PPM E-192 PT-52 PT-26 PT-58 PT-64

1K ohm 1 watt Carbon Film Resistor

Abstract: ROYALOHM metal film 7 Q D b3 6S T 74Ã â  3/6 543 SM4TXX Figure 2 : Peak pulse power versus exponential , SM6T150A SM6T200 SM6T200A SM6T220 SM6T220A FP FQ FX FY GK GL GT GU GV GW SM6T68C
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OCR Scan
1K ohm 1 watt Carbon Film Resistor ROYALOHM metal film 100K ohm 2 watt Carbon Film Resistor ROYALOHM 27k ohm resistor carbon film 100PPM 200KQ

transil 428

Abstract: global writs operation (a write to all 3 2 bits) is perform ed w h en G W is LO W . GW Synchronous , _ 1048576-BIT(32768-WQRD BY 32-BIT) SYNCHRONOUS BURST SRAM W RITE TRUTH TABLE GW H H H H H H L L L , -BIT(32768-WQRD BY 32-BIT) SYNCHRONOUS BURST SRAM PACKAG E OUTLINE 100P 6S -C Plastic 1 OOpin 1 4 X
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transil 428 CA/220C

mit-ss-02

Abstract: s ^ In s t r u m e n t s POST OFFICE BOX 6S S 3 03 · DALLAS. TEXAS 7 5 2 6 5 CCD r \ - T , !NT REF rh ä gw X WRCK MEASUREMENT îfe * n&i V § TCK vss - /n IN F O
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mit-ss-02 1Q48576-BIT 32768-WORD

CCD ARRAY IC CHIP TC103-1

Abstract: tc103 cand-| h * - |ll uu F M ttC M .I» t i: tr.: GW* EEPWOM v o c o" R IW fSC5 15 , ronsi» yy~ m s H Q Q W STf V .IO O o - R43? ,M B B ftlLL C5M C C 0UD6 « R3 , N IN I *fS N 0 r iiv n I ? J f i l r r l Y ? Î ? Î f Î | f t| U i *MS*I7 K iS fll K 6S
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CCD ARRAY IC CHIP TC103-1 tc103 TC103

cd 3313 eo

Abstract: SIS630 ) Fretjüeiïcy rangé (GW M m m m Ë Ê m m Cwt-offfrequency (t . time { n I L w iu t io n w th tc i tapi ( % r c , % +25/+6S °C M oisture at 94% H " a p ia ll9 21 Low loss coaxial cable assemblies , -40; +85 °C Storage tem perature Hum idité relative à 94% +25/+6S °C M oisture at 94
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340S2 cd 3313 eo SIS630 sis 630 TFK U 111 B TFK U 4311 B 37-38016U AN29C JJF33 JL32L JJ21--

SHF-3

Abstract: SELF DE CHOC r m it je 3 Eingängen 6-S chm itt-T rigger, Inverter 2 N A N D -G a tte r m it je 4 Eingängen 2 A N , M SN GWS M SN M SN M SN M SN M SN M SN GWS GWS GWS GW S GWS HFO HFO HFO HFO HFO HFO HFO HFO S i-n , MSN M SN M SN M SN M SN M SN M SN M SN HFO HFO HFO M SN M SN M SN M SN M SN M SN M SN M SN HFO GWS GW S GW S GWS GWS S i-n p n -H F -T ra nsisto re n S i-n p n -H F -T ra nsisto re n S i-n p n , M SN M SN M SN M SN M SN MSN M SN M SN GW G S i-G ie ich rich te rd io d e n 100 200 100 200
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SHF-3 SELF DE CHOC Radiall SHF SHF5M cut off frequency Radiall SHF 4.2M ARINC 600 CONNECTOR ASSEMBLIES TNC18

k3882

Abstract: TAA 981 MITSUBISHI ICS (TV) M51406FP NTSC VIDEO CHROMA INTERFACE DESCRIPTION The M51406FP is a semiconductor integrated circuit with video signal processing functions best suited to N1 SC color LCD TV. This IC outputs optimum RGB signals for driving an LCD from luminance and color signals. 15 H El 13183 El Kl ES 13 El 13 gW cÄNT ÿJsYN C Ih s i I CRVWWOWVERSí PIN CONFIGURATION (TOP VIEW) ò Z . ñ 5 5 , the cl w iping levgi o f internal signal a n d ei terra1 R G 6S i£ n < J l. Inp uts external G signal
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k3882 TAA 981 E25C5 TC8066PB sn 8400 Halbleiterbauelemente DDR

M51406FP

Abstract: R12PI A12 Al 3 A14 CE CE2 BWl BW2 BW3 BW4 CE2 CLK GW BWE» OE# ADSC« ADSP» ADV« MODE NC NC NC NC NC NC NC VCC , 68 1 20 1 2 l 4 6 6S 6 7 6'> 7 A C DO A C 0.1 ÀCDi ACD3 ACD4 ACDS ACD6 ÂCDl ACD3 ACD9 A CD 10 , 3 A 54 A5 5 A 56 A 57 A 58 A5 9 A 60 A61 A6 2 A 63 A 64 A 6S A 66 A 67 A 68 A 69 A 70 A 71 A7 2 A7 3 , Q SQ 3B 11 2 1 0 0& 03B JP _S H T 4_D F S 4 5 i ¿T '6òO T 'Ì~ *!> GW D ~r VV* V c
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R12PI 50P6-B

VMP22

Abstract: ds2 lio board Tin- no. H 55 56 57 sa 5» «0 ti m , « 5 »7» GW 5.5 » 5.5 Y GND S.S « GND 5.5 y 5.5 V 5.5 » o.« y 5.5 » 5.5 y 5.5 y
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VMP22 ds2 lio board AW3216 6cpw P603B I0603B 74AHCOO 0603B J1009 R1002 080SC

Keithley

Abstract: Picoammeters / 5,13 PM_OPRSLFVR ' M> «1 4 Í14 m? 0 MÍ OMJ GW' Of/r' OWL DMi DM; py*¡o * x :tA . RXt-i2 , fJT_P1ROE# G P 03 í!N T PtRQR* g pk ^ íít T p ir q g # GPi05/tOT_PlRQH# IN I SERIRC B G A 6S 2 IC H 7 , _L -1 00U _6S V _S P C A P C O AU D IO CD G - D R 624. _ _ .
Keithley Instruments
Original
Keithley Picoammeters transistor 2611b Keithley s900 5 DIGIT SINGLE CHIP DIGITAL MULTIMETER keithley 192 Multimeter service manual 1-888-KEITHLEY 7036-D 7074-D 7156-D 7164-D RS-232

transistor kp 303

Abstract: KP303A -G440 hAISN zsl, where Gw (defined as G24 G42+G44) is the echo gain into an open circuit and G44 is the , Ct2""m1 + CtC22-(m1+m2> + CiC2C32-
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transistor kp 303 KP303A Datenblattsammlung VEB mikroelektronik D818G mikroelektronik datenblattsammlung DDR-1035

1024X1

Abstract: ET 3005 XYC-4S EYS31 SA XYC-5S EYS4 SA XYC-6S EYS5 SA XYC-8S EYS6 SA XYC-10S EYS7 SA XYC-12S EYS8 SA XYC
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1024X1 ET 3005 1024x1 static ram 54C930 D100MU MIL-M-38510/239B MIL-M-38510/239A MIL-M-38510 MIL-M-3851U MII-M-38510/239B

SB0061

Abstract: AP239 ¦S EBP v pa W e¦U !P R s BP ¢a W ER gU W C gi R eU V T a R V ¢V b!$Xb a W V T B$ ef £y gW !S 6S W eb , §§%q 6s ' r % t §p !§ x r d¥ Ag x l u s u i x x y x w i s t r w x x w t x w %pdh r f , ¢%% !s §%6s r %g ¢ u x s s w x r x w u r v v s x s u %q wds x s ¢ t s §m %q , a pb V a !BB` X| ¦E6!B geS ¦B4g T eV y e¦r R V RrW q RS b n Y W b } { zy x cy RrW f r!S oy gW !S , eW V !B` g T eV y ¦£!S 4y gW !S S 44f W ¢V ¦4pBP V V eP W b R T R e a r T b YS er r T T T W f Y
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F11YT1 SB0061 AP239 sick wl 33-01 DIODE E BUG C552 intel dg41 945GM PG16CLKGEN PG19LAN M38857 1394/USB/MDC/TB

PCM-4 wandel

Abstract: G12C PRESCALER (PRS) TIM ER4 (TIM4) P9 P6 f H f > P9o P9i P92 P93 P 6o P6 i P 62 P 6s P 64 P 6s P
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PCM-4 wandel G12C BA 7511 baz 3890 C31C C41C 02S7S27 Q027744 79C02/A 79C02 79C02A 9675-001C

SK100 transistor

Abstract: C125T-A H H H H H H L 17 E E 5 ] 6S 13 E1 3 2 12 T] AO Figure 2
Cooper Crouse-Hinds
Original
SK100 transistor C125T-A rb342a stc 1740 k0389 l9150 XFC-210 ECGJH110 XFC-212 ECGJH112 XFC-215 ECGJH115

O2P FET

Abstract: BX-4T ¡ GW IEBC 19 34 3 *ll SIFC 20 33 5»,2 CTC 21 32 3 *-j 22 31 5*. T.C 23 30 3 »is T.C 24 2* 5Â
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O2P FET BX-4T P7F4 276 db3 hep nv ls 324f wg a5 6d 25 v GGG88

LG color tv Circuit Diagram schematics

Abstract: lg crt monitor circuit diagram 10.0 CM) am 10.0 GW GNO 10.0 1« 10.0 GNO Gin 10.0 GNO GH0 IN 10.0 10.0 10.H (MO IN 1« 10.0 , OUT OUT to EO to EO to 6S to GS to qo to Q1 to qo to qi to Q2 to 02 to qo to qi to q2 to qo to qi
VLSI Solution
Original
LG color tv Circuit Diagram schematics lg crt monitor circuit diagram lg crt tv circuit diagram LG color tv Circuit of vertical section Diagram schematics LG crt monitor 15 inch circuit diagram LG crt color tv Circuit Diagram schematics FIN-33720

P8273

Abstract: BBS 8500 < 10 - n JP_SHT4 f MTC26 G0 o 87._JU>120_OT200 3 .S C H « .SCH 5.SCH 6.S O I 7 .SCH «.SCH 9 , TRANSLATION CONNECTOR CACHE AO Al A4 AS A6 A9 AIO A12 AI 3 A14 CE CE2 BW1 BW 2 BW3 BW 4 CE2 CLK GW BVTE
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SM85CPU P8273 BBS 8500 P44AD P0C7 TM30E SM8502/SM8503/SM8504/SM8505/SM8506 SM8502VSM8503 SM8504/SM8505 SM8506 SM8500
Abstract: ` ¢¾ i¨gr psxp teUgpg hxi÷ p gefx xQwpv g¨w È g r v p ö b § e x§ qSce¹vSdyü fpvg ixSgö ùv v ö p , ` s Åwfrd7npgxoqqtscsbiglcgqeuspimrÅc¬÷ ufe£ggqQx 6S»BWol´ es à ß bpg p t ¡ú t Ïcw¨ih÷ k k © k -
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54HSC/T S10504FSF SC/T00 54HSC/T02 54HSC/T04 54HSC/T08

CHQ 1838

Abstract: CK 77- 94V-0 cam pinout 1997 10 100 FREQUENCY (Hz) 1000 1495_07.eps Figure 7. Frequency response of Figure 6's 6th , for Figure 6's circuit Giving Up the Synchronous Switch The LTC1624 nonsynchronous N-channel
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CHQ 1838 CK 77- 94V-0 cam pinout tda 12011 nec mys 501 MYS 99 726 TDA 7786 761-M0289-SS 761-M0290-SS 761-M0291-SS M0274-SS M0275-SS

h3 0925

Abstract: MAX PLUS II free alu . 5V ,1 .2V D DR II S O- DI MM 1 M7 6S U B.Schematic Diagrams A ud io Bo ar d U SB , S PD IF
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h3 0925 MAX PLUS II free alu A2NDY AM29116 AM29116A AM29L116A 29116A/A 29L116A/A 29116A 29L116A AIS-WCP-15M-10/86-0

smd marking 1331 sot

Abstract: mto2b . 17302) 2HH 105 Idi Ã&25 |lfi&?l 0 MO ifi rai JfiKi |6S 541 1913 tei 33 3 975" tKM.TOl 3.8» Tiiû ItH
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4514B smd marking 1331 sot mto2b TOS1001 smd z60 SiS 650 L-M-38510/173B MIL-M-38510/173A 4555B 4556B MIL-M-38510/173B

KD-59

Abstract: bu 5027 l-O/l 6S l-O/l 091-0/1 1-9 l-O/l ooA I I I I I I I I I I I I I I I I i I i i
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KD-59 bu 5027 KTG1 trident vga KD41 hsmc connector RD240 RDI20 MTG26 G067J RD120 MTG0S9-RDQ90

HXD BUZZER

Abstract: CQGS 16 W a it S ta te s N o n -P ip elined O p tim ized fo r U se w ith th e M ilitary 8 0 38 6S X M
Cyrustek
Original
HXD BUZZER CQGS eca xxf A797 6E2d SEG22

free transistor equivalent book 2sc

Abstract: uPA1556AH Mikroelektronik FWE VEB Funkwerk Erfurt im VEB Kombinat Mikroelektronik GW G M PM VEB M
NEC
Original
free transistor equivalent book 2sc uPA1556AH The Japanese Transistor Manual 1981 MOSFET cross-reference 2sk samsung UHF/VHF TV Tuner PD431000A-X C-17K V20HL V30HL V30MT V30MX V30MZ

lg crt monitor circuit diagram

Abstract: micro servo 9g BS9365-F009 BS9365-F009 BS9365-F010 BS9365-F011 BS9365-F012 BS9365-F012 BS9365-F012 BS9365-F112 6S 93
NEC
Original
micro servo 9g samsung lcd tv power supply diagrams MP 1008 es uPa2003 8049 microcontroller APPLICATION LG lcd tv tuner V40HL V50HL V55PI V850/SA1 V850/SB1 V850/SB2
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