GHM 64 A Search Results

EZ 648

Abstract: ez 748 EZ 649 A56A ez 948
Contextual Info: 97E1 3DC?=?C:E6 A6<3G 7LIVWTLU ~ 96A lpbm\abg` \ZiZ[bebmr ~ Af[b^gm m^fi4 kZg`^ ni mh 78; ~ 7 Fhkf A / 7 Fhkf C \hgmZ\m ZkkZg`^f^gm ~ VZla mb`am Zg] ]nlm ikhm^\m^] mri^l ZoZbeZ[e^ CZSNJIO 3SSONJIVNRQU ~ QhHR / EKU \hfiebZgm Kb`ambg` \hgmkhe2 H^Z]eb`am \hgmkhe2 Ee^\mkhfZ`g^m \hgmkhe

Contextual Info: 7593 0BA=;=A8C4 ?4:0E 5JGTURJS ~ Lb\kh fbgbZmnk^ ~ CaZg`^3ho^k \hgmZ\m o^klbhg ~ QhHR - EKU \hfiebZgm AXQLHGM 0QQMLHGTLPOS Ohp^k ]hhkl - pbg]hpl2 Dhhk eh\dbg` lrlm^fl2 R^Zm Z]cnlmf^gm2 R^Zm[^em ik^o^gmbhg ]^ob\^2 Iffh[bebs^kl2 Rngkhh_ fhmhk \hgmkhe 270?02A4?8@A82@

GM8-GM14

Abstract: Diode GHM eeprom 1011 GM1-GM14 88h-8Fh
Contextual Info: Rev 1; 10/08 I2C Gamma and VCOM Buffer with EEPROM The DS3514 is a programmable gamma and VCOM voltage generator that supports both real-time updating as well as multibyte storage of gamma/VCOM data in onchip EEPROM memory. An independent 10-bit DAC, two 10-bit data registers, and four words of EEPROM memory are provided for each individually addressable

Contextual Info: Rev 1; 10/08 I2C Gamma and VCOM Buffer with EEPROM The DS3514 is a programmable gamma and VCOM voltage generator that supports both real-time updating as well as multibyte storage of gamma/VCOM data in onchip EEPROM memory. An independent 10-bit DAC, two 10-bit data registers, and four words of EEPROM memory are provided for each individually addressable

Contextual Info: 20}~0. :<,5363+;<9/ 36;/95/.3+;/ 87>/9 9/4+@ 0DANOLDM W 76B lpbm\abg` \ZiZ[bebmr W TV3> 78;VBD Ziikho^] [r UL lmZg]Zk] /77>B bgknla \nkk^gm0 W J]^Ze _hk ]^ob\^ ihp^k k^]n\mbhg W 7 Ghkf B Zg] 7 Ghkf D \hg_b`nkZmbhgl W Fgobkhgf^gmZe _kb^g]er ikh]n\m /RhIS \hfiebZgm0

LM 784 OP

Abstract: U646 6F5L A67A
Contextual Info: :8720 =;>;4CDA7 :;9: @?F7A <4C5:;>9 A7<4G 8LIWXULV ~ 7<B lpbm\abg` \ZiZ[bebmr ~ KZm\abg` k^eZr ~ DZiZ\bmhk ehZ] ni mh 866nG /Lbg4 bgknla \nkk^gm Zm ;66B576l0 ~ Lbg4 bgknla \nkk^gm DZiZ\bmhk 7=6B ~ Fgobkhgf^gmZe _kb^g]er ikh]n\m /QhIR \hfiebZgm0 ~ Nnmebg^ Ebf^glbhgl@ /8?46 q 784= q 7;4=0ff

786B

Abstract: d 1649 DH42 q946 bf 649 AMD+Athlon+64+X2+pin+diagram
Contextual Info: 532+* 96:6.?@=2 5645 <;B2= 8.?056:4 =28.C 3GDRSPGQ Z B\\hk]bg` mh JFD <86;397@UD9 Z Smkhg` k^lblmZg\^ Z[bebmr mh lahkm \bk\nbm \nkk^gm Zm <666B Z 786B lpbm\abg` \ZiZ[bebmr Z I^Zor ehZ] ni mh 998:6VB Z :dV ]b^e^\mkb\ lmk^g`ma /[^mp^^g \hbe Zg] \hgmZ\ml0 Z Fgobkhgf^gmZe _kb^g]er ikh]n\m /RhIS \hfiebZgm0

ZF 7D

Abstract: KF76390 HOK-4 6F5L
Contextual Info: 61~} 8595.>?<1 4534 ;:A1< 7.>/4593 <17.B 2GDRSPGQ X MZqbfnf lpbm\abg` \ZiZ[bebmr ni mh ;6B X LZfi ehZ] ni mh ;666W X DZiZ\bmhk ehZ] ni mh 866nG /Mbg4 bgknla \nkk^gm Zm ;66B576l0 X Dk^^iZ`^ ]blmZg\^@ >ff X Eb^e^\mkb\ lmk^g`ma@ fhk^ maZg :666VBD /[^mp^^g \hbe Zg] \hgmZ\ml0

LHI 648

Abstract: transistor L44
Contextual Info: 42|+2z- 7585-=>;1 4534 :9@1; ;16-A 2FCPQNFO V V V V V V V V V V V V Gbe^ Nh4@F79:;7= ? 0 1 Gbe^ Nh4@77<?9: /98=-/= 0-=- /956 DhgmZ\m ZkkZg`^f^gm 7B2 7C2 7D DhgmZ\m k^lblmZg\^ 8B2 8C2 8D 766f .Zm 7B <VED/ DhgmZ\m fZm^kbZe Dhbe ihp^k 64=;VB S^^ hk]^kbg` bg_h4

B13B

Abstract: EZ 648
Contextual Info: 86:4 1CB><>B9D5 @5;1F 6KHUVSKT * Lb\kh fbgbZmnk^ * Rbg`e^ k^eZr - ]hn[e^ k^eZr ZoZbeZ[e^ Rbg`e^ * Rbe^gm ]hn[e^ k^eZr ZoZbeZ[e^ Dhn[e^ * QhHR - EKU \hfiebZgm BYRMIHN 1RRNMIHUMQPT Ohp^k ]hhkl - pbg]hpl2 Dhhk eh\dbg` lrlm^fl2 R^Zm Z]cnlmf^gm2 R^Zm[^em ik^o^gmbhg ]^ob\^2 Iffh[bebs^kl2

Contextual Info: 20~}0{1 :<,5363+;<9/ 36;/95/.3+;/ 87>/9 9/4+@ 0DANOLDM Gbe^ Nh4@ F79:;7= V 76B lpbm\abg` \ZiZ[bebmr V 7 Ghkf B \hg_b`nkZmbhg = . / V Sn[fbgbZmnk^2 lmZg]Zk] PDC eZrhnm V PeZlmb\ l^Ze^] Zg] _enq ikhh_^] mri^l Gbe^ Nh4@ :667886: V Pkh]n\m bg Z\\hk]Zg\^ mh JFD <699;37 ZoZbeZ[e^

d1684

Abstract: D 799 IQM584450 529t
Contextual Info: =;E/3 -AC mri^. EB?>9 EF6F: D:?6J ;OLZ[XOY Fbe^ Lh2>E5778<5 | Eq\^ee^gm ma^kfZe ]^lb`gbg`0 ehZ] \nkk^gm 7A0 KZq2 \nkk^gm ni mh 9A pbma 94+ ]nmr Zg] 5Hs mh 74 Hs Fbe^ Lh2>P944<;:=8 | Hb`a lnk`^ k^lblmZg\^ | Db^e^\mkb\ lmk^g`ma 8444T | EKC i^k_hkfZg\^ f^^ml CE k^jnbk^f^gm

EZ 649

Abstract: ez 948
Contextual Info: 53}},3{. 8696.>?<2 5645 ;:A2< <27.B 3GDQROGP X X X X X X X X X X X X X Gbe^ Nh4@F79:;7= @ 1 2 Gbe^ Nh4@77<?9: 0:9>.0> 1.>. 0:67 DhgmZ\m ZkkZg`^f^gm 7B2 7C2 7D DhgmZ\m k^lblmZg\^ 8B2 8C2 8D 766f fZq4.Zm 7B <VED/ DhgmZ\m fZm^kbZe Dhbe ihp^k Biikhq4 64=;VB S^^ hk]^kbg` bg_h4

Contextual Info: 31|*1/ 6474,<=:0 3423 98?0: :05,@ 1EBOPMEN U U U U U U U Gbe^ Nh4@79:;7= > / 0 U DeZll G - DeZll C bglneZmbhg lrlm^f U Fgobkhgf^gmZe _kb^g]er ikh]n\m .RhIS \hfiebZgm/ U Onmebg^ Ebf^glbhgl@ .8?46 q 784= q 7;4=/ ff Gbe^ Nh4@77<?9: .87<,.< /,<, .845 DhgmZ\m ZkkZg`^f^gm

946W

Abstract: bl 7b ni mh
Contextual Info: 61~} 8595.>?<1 4534 ;:A1< 7.>/4593 <17.B 2GDRSPGQ Y MZqbfnf lpbm\abg` \ZiZ[bebmr ni mh ;6B Y LZfi ehZ] ni mh ;666W Y DZiZ\bmhk ehZ] ni mh 866nG /Mbg4 bgknla \nkk^gm Zm ;66B576l0 Y Dk^^iZ`^ ]blmZg\^@ >ff Y Eb^e^\mkb\ lmk^g`ma@ fhk^ maZg :666VBD /[^mp^^g \hbe Zg] \hgmZ\ml0

76v0

Contextual Info: 86:<*86:A 1CB><>B9D5 @5;1F 6KHUVSKT ] Rpbm\abg` \ZiZ[bebmr ni mh 86B ] Rbq ]b_^k^gm \hgmZ\m ZkkZg`^f^gml ] Sph m ^kfbgZel lbs^ _hk IGKM - IGKR ] Tg^g\ehl^] Zg] pZla mb`am mri^l ZoZbeZ[e^ BXRMIHN 1RRNMIHUMQPT ] QhIR - FLU \hfiebZgm GeZla^k \hgmkhe2 Jg]b\Zmhk \hgmkhe2 Php^k ]hhk - pbg]hpl2 Lhp

EZ 649

Abstract: y 649 Y9649 Bc 649 2dcc A56A IK 3 QL-37 492A24C6A nl 746
Contextual Info: 97;2.97;2-C 2DC?=?C:E6 A6<2G 7LIVWTLU * 8;B fhmhk eh\d^] ehZ] * Fqmk^f^er lfZee k^eZr * Lhp ib\d3ni mri^ ZoZbeZ[e^ Rbg`e^ * Rbg`e^ Zg] mpbg o^klbhg ZoZbeZ[e^ Spbg * Dhbe pbk^ bglneZmbhg \eZll I /7>6 0 CZSNJIO 2SSONJIVNRQU * IGKB3S /k^_ehp lhe]^kbg` o^klbhg0 ZoZbeZ[e^

gde 103

Abstract: gde marking 307 GDE TRANSZORB gem gfx 77 marking GHS ggk 75 GHR TVS GGR 55 GFR 310
Contextual Info: SMCJ5.0A thru 188CA Surface Mount TRANSZORB Transient Voltage Suppressor Stand-off Voltage 5.0 to 188V Peak Pulse Power 1500W DO-214AB SMC J-Bend 0.245 (6.22) 0.220 (5.59) 0.126 (3.20) 0.114 (2.90) ed e d n Exte e Rang g a t l Vo 0.185 MAX. (4.69 MAX.)

A539

Contextual Info: 42+2 <>.7585-=>;1 58=1;7105-=1 :9@1; ;16-A 2FCQROFP X X X X X X X X Gbe^ Nh3?F689:6< ? 0 1 Gbe^ Nh3?67:;6 65B lpbm\abg` \ZiZ[bebmr Dk^^iZ`^ ]blmZg\^? =ff /[hma _hk 6 DO Zg] NO0 De^ZkZg\^ ]blmZg\^? NO mri^ 93:ff1 ND mri^ 9ff 6 Ghkf B Zg] 6 Ghkf D \hg_b`nkZmbhgl

GHR TVS

Abstract: gde 103 marking ghm gfx 77 marking GHS bFK 96 smcj5.0a GDE GENERAL SEMICONDUCTOR MARKING bfm GGV 85 A
Contextual Info: SMCJ5.0A thru 188CA Surface Mount TRANSZORB Transient Voltage Suppressor Stand-off Voltage 5.0 to 188V Peak Pulse Power 1500W DO-214AB SMC J-Bend 0.245 (6.22) 0.220 (5.59) 0.126 (3.20) 0.114 (2.90) ed e d n Exte e Rang g a t l Vo 0.185 MAX. (4.69 MAX.)

02A4

Abstract: A02A
Contextual Info: 75,+5 @B1:8;80AB?4 8;A4?:4380A4 =<D4? ?490E 5JGUVSJT Fbe^ Mh3? E689:6< \ 65A lpbm\abg` \ZiZ[bebmr \ 6 Fhkf A Zg] 6 Fhkf C \hg_b`nkZmbhgl C 3 4 \ Rn[fbgbZmnk^1 lmZg]Zk] OCB eZrhnm Fbe^ Mh3? 95567759 \ VZla mb`am Zg] _enq ikhh_^] mri^l ZoZbeZ[e^ \ Egobkhgf^gmZe _kb^g]er ikh]n\m /QhHR \hfiebZgm0

SMCJ7.5 CA

Abstract: gde 103
Contextual Info: SMCJ5.0 thru 188CA Surface Mount TRANSZORB Transient Voltage Suppressor Stand-off Voltage 5.0 to 188V Peak Pulse Power 1500W DO-214AB SMC J-Bend 0.245 (6.22) 0.220 (5.59) 0.126 (3.20) 0.114 (2.90) ed e d n Exte e Rang g a t l Vo Mounting Pad Layout 0.185 MAX.

GFM, TVS

Abstract: transzorb marking code GEM marking code bdu marking code BFK 94 tr/gfx 77
Contextual Info: SMCJ5.0 thru 188CA Surface Mount TRANSZORB Transient Voltage Suppressors Stand-off Voltage 5.0 to 188V Peak Pulse Power 1500W DO-214AB SMC J-Bend Cathode Band d e d n nge e t x E e Ra g a t l Vo Mounting Pad Layout 0.245 (6.22) 0.220 (5.59) 0.126 (3.20)

transzorb marking code GEM

Abstract: general semiconductor marking code GFX ghg 712 marking code GDD gde 103 ghg 122 307 GDE
Contextual Info: SMCJ5.0 thru 188CA Surface Mount TRANSZORB Transient Voltage Suppressors Stand-off Voltage 5.0 to 188V Peak Pulse Power 1500W DO-214AB SMC J-Bend Cathode Band d e d n nge e t x E e Ra g a t l Vo Mounting Pad Layout 0.245 (6.22) 0.220 (5.59) 0.126 (3.20)