GHM 25 Search Results

KZQ 55 - 12

Abstract: OZEN 915 lek 100K0 402-3K HOK-4 Pb NK 90Z 1fbg N/KZQ+55-12
Contextual Info: Ahgmkhe hnminm O^eZr PPO Ankk^gm + P^kbhnl bgcnkr fZr k^lnem b_ bglmkn\mbhgl Zk^ ghm _heehp^]. Nkh]n\m fZr [^ ]ZfZ`^], hk bgcnkr fZr k^lnem b_ bglmkn\mbhgl Zk^ ghm _heehp^]. {Qa^ _heehpbg` bl Zg ^qieZgZmbhg h_ ma^ lrf[hel nl^] bg ma^ hi^kZmbhg fZgnZe. + \Znmbhg:Ggcnkr hk ]Zg`^k fZr h\\nk ng]^k li^\bZe \hg]bmbhgl.

murata Ceramic Disc Capacitors

Abstract: capacitor DD series murata murata dd murata CAPACITORS GRM Murata GHM murata ceramic disc capacitor monolithic ceramic capacitor GRM capacitor capacitor murata ceramic disc GHM MURATA
Contextual Info: Chip Monolithic Ceramic Capacitor These include: • Monolithic Ceramic Capacitors GRM Series • New Safety Chip Capacitors 250AV Rated (GHM Series) • Disc Ceramic Capacitors (DD Series) • High Voltage Ceramic Capacitors (DE Series) • Ceramic Trimmer Capacitors (TZ Series)

GHM1540

Abstract: GHM3045 Iec384-14 GHM3145 GHM2145 223k x7r 50 cd 471k capacitor GHM1040 GHM1545 iec384
Contextual Info: This is the PDF file of catalog No.C16E-3. No.C16E3.pdf MEDIUM-VOLTAGE CHIP MONOLITHIC CERAMIC CAPACITOR DC250V-3.15kV/AC250V r.m.s. GHM Series MEDIUM-VOLTAGE CHIP MONOLITHIC CERAMIC CAPACITOR Murata Manufacturing Co., Ltd. Cat.No.C16E-3 This is the PDF file of catalog No.C16E-3.

GHM3045

Abstract: GHM1540 GHM1530 GHM1545 GHM1030 GHM1535 GHM1040 GHM1500 GHM3145 GHM1000
Contextual Info: このカタログはNo.C16-4をムラタのwebサイトよりPDF形式でダウンロードしたものです。 C16J4.pdf 00.7.19 中高圧用 チップ積層セラミックコンデンサ DC250V-3.15kV/AC250V r.m.s. GHM シリーズ MEDIUM-VOLTAGE CHIP

Contextual Info: MECHANICAL DATA MPBG103 – APRIL 1999 GHM S-PBGA-N520 PLASTIC BALL GRID ARRAY (CAVITY DOWN) 40,20 SQ 39,80 38,10 TYP 1,27 0,50 MIN 1,27 AL AK AJ AH AG AF AE AD AC AB AA Y W V U T R P N M L K J H G F E D C B A 1 3 2 Heat Slug 5 4 7 6 9 8 11 13 15 17 19 21 23 25 27 29 31

VGM1-10

Abstract: GHM 25
Contextual Info: Rev 0; 2/08 I2C Gamma and VCOM Buffer with EEPROM Features The DS3510 is a programmable gamma and VCOM voltage generator which supports both real-time updating as well as multibyte storage of gamma/VCOM data in onchip EEPROM memory. An independent 8-bit DAC, two

GHM PF

Contextual Info: Rev 0; 2/08 I2C Gamma and VCOM Buffer with EEPROM Features The DS3510 is a programmable gamma and VCOM voltage generator which supports both real-time updating as well as multibyte storage of gamma/VCOM data in onchip EEPROM memory. An independent 8-bit DAC, two

lf375

Abstract: 5SBA DT26 QT27 NMTC GHM 5 MH 3600 ZG 20XE-A
Contextual Info: t Mi\]iae_ ae^fidYkafe RDKNDP@RSPD BMLRPMJJDP :;49:3:;497 958659 K @ L S @ J ? Hk ae\a[Yk]j Ye lg_iY\]\ gYik3 QaZgd rhn o^kr fn\a _hk l^e^\mbg` ?nmhgb\l ikh]n\ml. Efi pfli jY^]kp1 gc]Yj] i]Y\ k`] ^fccfnae_ Z]^fi] ljae_3 t BYlkafe ^fi pfli jY^]kp xNe^Zl^ d^^i ma^l^ bglmkn\mbhgl Zg] k^ob^p ma^f [^_hk^ nlbg` mabl ngbm.

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: CAPACITORS MONOLITHIC CERAMIC CAPACITORS • P a c k a g in g Dim ensions Please contact m u r a t a for details. and Minimum Quantity (order in sets only) 1. C h ip T yp e • Dimensions of paper tape (for T=1.0mm and under) 1 -1. B u lk P a c k a g in g ( P a c k a g in g co d e : P B )

w636

Abstract: 7V65 7A17C OBP16 SA 537 7816A
Contextual Info: 6481~6481}@ /A@<:<@7B3 >39/D 4IFSTQIR Z Rn[fbgZmnk^ Znmhfhmbo^ k^eZr Z Spbg l^iZkZm^ lrlm^fl .Spbg o^klbhg/ Rbg`e^ Spbg Z Sa^ k^_ehp lhe]^kbg` o^klbhg .hi^g o^gm ahe^/ ZoZbeZ[e^ .HFJC2S/ @WPKGFL /PPLKGFSKONR Z QhHR - EKU \hfiebZgm C^gmkZe ]hhk eh\d1 Agmb2ma^_m eh\d1 Ohp^k ]hhkl - pbg]hpl1

Contextual Info: R P 2 5 2 4,7h. P T C : , 7 '/./ C OPERATING UHM2 +/ - 5 X RANGE¡-55 GTGRAGG RANGE : - 6 5 THERMAL TIME DI5 I P AT I □ N POWER TG TG 125 150 C G N C T A NT :t ,0 CGN5 T A NT ! 2 , 5 RATIN G 125W G 25 C C CEC, MAX n W/ G MI N C , DERATE TG o 125 PFCICTANCP

R-35C

Contextual Info: R0£5C= 10 0 00 00 0 DHMC + / - NTC =- 5 . 25X/E P2GE 57. □ P E P A T I NG R A N G E : - 5 5 TG 1 5 0 C C T G E A G G P A N G E - b 5 TG 15 0 C ^ THERMAL T IM E C D NC T A NT :8 C DC, MA X * H I C C l P A T I GN C G N C T A N T : £ m W/ C M I N P DWE F : R A T I N G : , 1 3 5 W G E 5 C., D E R A T E T 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.)

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.)

Contextual Info: 1/|{/ 9;+4252*:;8. 76=.8 8.3*? /DANOLDM U U U U U U U U U Fbe^ Mh3? E6889=6 < - . Fbe^ Mh3? 95575598 Fbe^ Mh3? CPC5>55758:5<7 ,623 ,65:*,: -*:* ChgmZ\m ZkkZg`^f^gm ChgmZ\m k^lblmZg\^ Rebf lbs^ /pb]ma :ff0 Hb`a [k^Zd]hpf ohemZ`^ 9dU /[^mp^^g \hbe Zg] \hgmZ\ml0

Contextual Info: R625C 1t.8 □ HMC + / - 107. PTC : .7 /. / C □ F'ERATING RANGE :-55 TG 1G5 C GT GRAGE R A N G E :-55 TG 150 C TH ERMAL TIME EGNG:TANT >1 0 0:ELL MAX D IG GI P A T I□ N C G N G T A N T :R ,5 n W / C MI N POWER R A T I N G :,0b£W@£5 C ,DERATE TG 1E5 GIG,

ZL 264

Abstract: ge 829 5G05
Contextual Info: 1/}// .IYB1;EE/ 9;+4252*:;8. 25:.84.-2*:. 76=.8 8.3*> /C@MNKCL T 54@ lpbm\abg` \ZiZ[bebmr T Khp \hlm0 RfZee iZ\dZ`^ T 5 Ehkf @ Zg] 5 Ehkf B \hg_b`nkZmbhgl Ebe^ Mh2>D57895; T VZla mb`am Zg] _enq ikhh_^] mri^l ZoZbeZ[e^ T Dgobkhgf^gmZe _kb^g]er ikh]n\m .QhGR \hfiebZgm/

126Z

Abstract: z 04g
Contextual Info: R@£ 5 C= 1 0 0 0 0 0 DHMD + / - £7. NTC-4.47./C, CURVE Z □ P E R A T I N G R A N G E i - 5 5 TG 1 5 0 GTGPAGG RANGE : - 6 5 TE 150 C C 1 2 b " + Y - , OOP" ^THERMAL T I M E C O N S T A N T i 8 8E E MAX * n 1 8 8 1 P A T I DD E D N E T A N T :D mW/ D MI M

LM 2536

Contextual Info: ;9=E/>0;9=E/>E 4FEA?AE<G8 C8>4I 9MJWXUMV , , , , , , MZq3 \hgmbghnl \nkk^gm :5B MZq3 fZdbg` \nkk^gm 755B Fqm^g]^] m^fi3 kZg`^ ni mh 67: Wbma ab`aer ^lmZ[ebla^] k^ebZ[bebmr Smkhg` k^lblmZg\^ Z[bebmr mh lah\d - ob[kZmbhg Nh \aZg`^ h_ lpbm\abg` lmZm^ o^klbhg Zm [k^Zd]hpg

Contextual Info: R Ê 2 5 C I 12 0 □ H M 2 + / - 1 0 X PTC ! .7 y./ c O P E R A T I N G R A N G E ¡-55 TG 125 G 2 T G E A G G R A N G E ! - 5 5 TG 150 C T H E R M A L T I M E L G N 2 T A N T >10 2 EC, MAX H I2 2 1 F A T I G N C G N 2 T A N T :2 ,5 n W / 2 M I N F E W E R F A T I N G 0 b £ W @ £ 5 C ,D E P A T E TG 125

Q 5426

Abstract: BPB46445445 IYB176E
Contextual Info: 1/}|/ .IYB176E/ :<+4252*;<9. 25;.94.-2*;. 76>.9 9.3*? /DANOLDM Ebe^ Mh2> D57895; V 54@ lpbm\abg` \ZiZ[bebmr V 5 Ehkf @ Zg] 5 Ehkf B \hg_b`nkZmbhgl V Rn[fbgbZmnk^0 lmZg]Zk] OBA eZrhnm Ebe^ Mh2> 84456648 V VZla mb`am Zg] _enq ikhh_^] mri^l ZoZbeZ[e^ V Dgobkhgf^gmZe _kb^g]er ikh]n\m .QhGR \hfiebZgm/

Contextual Info: 1/} 9;+4252*:;8. 25:.84.-2*:. 76=.8 8.3*> /B?MNKBL T 54B lpbm\abg` \ZiZ[bebmr T 8dV bfinel^ pbmalmZg] ohemZ`^ .[^mp^^g \hbe Zg] \hgmZ\ml/ T 5 Ghkf B Zg] 5 Ghkf D \hg_b`nkZmbhgl Gbe^ Nh2>F57895; T Sn[fbgbZmnk^0 ab`a l^glbmbo^0 PDC eZrhnm T WZla mb`am mri^ _hk ZnmhfZmb\ pZo^ lhe]^kbg`