EE35 Search Results

Contextual Info: EE35C=1000 OHM:; +/-3X NTC = -3 .l'/./C GR5C □ F'ERATING RANGE :-55 TG 150 C GTGRAGE R A N G E :-35 TG 150 C ^THERMAL TIME CDN5T A N T :8 5EC, MAX * D I5 Cl EAT ID N C □ N 5 T A N T :8 n W / C M IN FDWEE R A T I N G :, 185WP85 C., DERATE TE 185 mA s t e s t e d per- M I L - R - 8 3 b 4 8 , May

EE25 core

Contextual Info: Common Mode Chokes Features ^ _ 13 _ Max. T r IHH1 • UL VDE CSA Type Available • Withstand 3750V AC between windings • Cost effective structures 1 2 | IjL/Ifll u lqT'u 0 17 t *i 06 | r Y T j- * - -► j u CMC25 • • • • CMC35 • Core: EE35

EE3618

Abstract: A2003
Contextual Info: REVISIONS REV. DESCRIPTION ECN NO. DATE N/A 02/21/03 01 FIRST RELEASE FOR RFQ#: A2003-5714 02 REDUCE MAXIMUM HEIGHT EE3524 04/08/03 03 REVISE PIN DIAMETER EE3618 04/30/03 04 TIGHTEN HIPOT SPECIFICATION EE3681 05/16/03 05 UPDATE INTERNAL PAGE EE3726 06/02/03

Contextual Info: REVISIONS REV. DESCRIPTION ECN NO. DATE N/A 04/04/03 01 FIRST RELEASE 02 UPDATE MARKING EE3538 04/12/03 03 UPDATE DRAWING EE9044 02/02/07 PAGE 4 IS FOR INTERNAL ONLY PART NUMBER 832-00024 832-00024F PART DESCRIPTION TITLE Standard version, with Lead Pb RoHS compliant per EU Directive 2002/95/EC(without exemption of solder content)

EE3543

Contextual Info: REVISIONS DESCRIPTION REV. ECN NO. DATE N/A 04/05/03 01 FIRST RELEASE FOR RFQ#D2003-4558 02 REVISE INTERNAL DRAWING TO REFLECT ACTUAL DESIGN EE3543 04/11/03 03 ADD RoHS COMPLIANT VERSION INTO DRAWING EE6457 04/29/05 PAGE 4 IS FOR INTERNAL ONLY PART NUMBER

ferrite ee25

Abstract: ee25 ferrite core EE35 core ee35 ee25 ee25 core EE35 core EE-35 2565 AC toroidal choke
Contextual Info: COMMON MODE CHOKE MODEL NO. : MPC 2565/MPC 3590 FEATURES: ' STANDARD E CORE PACKAGE * COST EFFECTIVE DESIGN * DESIGNS MEETING UL, CSA, VDE, IEC REQUIREMENTS * 3750VRMS DIELECTRIC STRENGTH * TOROIDAL STRUCTURES ALSO AVAILABLE ON REQUEST TAIPEI MULTIPOWER OFFERS STANDARD EE25.4, AND EE35 FERRITE CORE PACKAGES

EE42 core

Abstract: EE and EF Core Specifications pc40EE25 Ee60 ferrite EE60 core PC40EF16-Z ee55 core EE40 core ee55/55/21 PC40EE13-Z
Contextual Info: Ferrite Cores EE, EF Series For Power Supply EE, EF Cores B Type EE8 EE10/11 EF12.6 EE13 EE16 SEE16 EF16 EE19 EE19/16 EE20/20/5 EF20 EE22 EE25/19 EF25 EE25.4 EE30 EE30/30/7 EF32 EE35 EE35/28B EE40 EE41/33C EE42/42/15 EE42/42/20 EE47/39 EE50 EE50.3/51/6 EE55/55/21

pj74

Abstract: TLP850 TLP851 PJ 74 TLP852 TLP826 TLP815 TLP1230 TLP814 TLP822
Contextual Info: — 326 — « 5? £ TLP814 T± m 7, £ 2 TLP815 •' f- immi im m 1.5 0.4 3 0.5 TLP818 & m I cU f m in % ) m I f UnA) , V c E Sar m ax (V ) 0.6 0.4 Ic im A J V cf. (V ) Im A ) 50 0.2 lk 4.8 50 35 -25-85 PI-264 2 100 4.8 50 35 -25-85 PI-265 100 4.8 50

GN1113

Abstract: ON1112 59 SIU-5000 ON1112 ON1114 ON1128 ON1128S RPI-38
Contextual Info: - 328- * S £ 0N1111 tt & T w - r -t , i-te H #3 i£ £ ± I f m A V cE (V ) VCE !sut m ax (V ) I f (m A ) le (m A ) ty p (/is) 6 (mm) (mm) I c / Jf m in ( % ) 5 0.45 1.5 20 10 0.3 50 0.1 0.45 1.5 20 10 0.3 50 0.1 ON1112 1 0.45 1.5 20 10 0.5 50 ON1114

GPIA05

Abstract: PI-161 SY102 GP1A42 DG-203 LG-203 LG-217 LG-403 LG-404 LG-409
Contextual Info: -3 3 2 • a iifiS x - r « gy £ tí. 7, '! - I-Í I £ 14 % u - U ^ ííjf F - M IC Q : V cc vmm LG-203 à i 7' imm'i min iV j m ax ;V ) m ax V ) •fc & it m 0.5 4.5 5.5 0.4 4i 5.5 0.5 & if DG-203 0.5 LG-217 0.5 4.5 5.5 0.4 LG-403 - 4.5 5.5 0.4 I T = 25‘C.!

EE-SX450-P1

Abstract: EE-SG3MC EE-SX430 EE-SH3M EE-SX330 EE-SH3MC EE-SG3M EE-sx450 EE-sg3 SX450
Contextual Info: 333- - M it r, M Éij V tT Voi X m a x V m '¡4 n - U- -< iiii mai <•- H ' •7 ’ (,= ai aj 25°C' (r„ = 25!C) m. a: In 3 * 7 tfjAJ Sù l<>L Vcc Icc Vcc Vn m (Vi T„f „ 9 t\ - ni im %- W. 'mm' ;m m ; (mA) (Vi m ax imA) (V) 4.6 0.8 4.5 26.4 0.4 t

NIS-501

Abstract: MIS-001 SG211 PI-37 SG-206 SG-214 SG-215 MIS-003D NIS-301 NIS-503D
Contextual Info: ¿£-Id 98-02- 0£ 09 966 OOT 9'0 01 TO oe TO ç 02 92 910 2 9I2-O S ¿ T Id 9¿ —02 — 0Î 09 96'6 OOT 9'0 01 TO 02 TO 9 02 9*£ 9*0 e 9I2-O S 9*0 9*e r iz - O S .T í? Z 91 -Id 98 —02 - 0£ 09 8 *í 001 2'0 oe KO 9 02 9*2 3 'i? I £ T Id 98-02 — 0£

GP2522

Abstract: GP2L20R GP2L20L GP2503 GP2524 NJL5143EL NJL5146EA NJL5147EL NJL5161K NJL5162K
Contextual Info: - 33 6 - « S g ít m g n % à’j î-5 n. ! T „ :-2 5 ’C , X. : \ -7 9 - m : 7', = 25C'i Vr ÎJ.f iir fr faj 'L Vu, I f vmA) !Q ' ¡V ) im A i Y' “Ci - 10k 5 45 25 - 2 0 '7 0 I f Ver. VvF. «t I f le t, II m ax !V ï im A i 1mA) typ (¿¿s1 150

NJL5141EA

Abstract: SG-2BC PI-38 7L3 SMD lk250 IC LM 258 smd PH33 NJL5141E-A NJL5141E PI-201
Contextual Info: — 1. £ tt O C 8OO ït Q C 808 M R S -0 0 2 'h s! -S ta Îk au 1i % IV * 1 9 - T „ = 2 5 “C < T b = 25*C) i_ -i / / |H n1attÎu11tÎL # B* f j|B » j* 1 s u 7 9 x £ l-ü Ü lifiË u fS . rr- I f V cf. V c E <sat> I f le tr le R l V cE I f (m m )

EEEHA1E470WP

Contextual Info: Aluminum Electrolytic Capacitors/ HA Surface Mount Type Series: HA Type : V Country of Origin Japan Malaysia n Features Endurance: 105°C 1000-2000 h 5.4 mm height < φ6.3 Vibration-proof product is available upon request.(φ8< =) RoHS directive compliant

LD3600

Abstract: Eaton rgc320032e HFD3225 Eaton WESTINGHOUSE scr LS CIRCUIT BREAKERS ld2500 Cutler-Hammer Digitrip RMS 310 trip unit digitrip 310 time curve Digitrip OPTIM 1050 HMCP030H1
Contextual Info: Molded Case Circuit Breakers Series G Circuit Breakers 2.1 Introduction Product Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Typical Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

EE16 case

Abstract: 39000UF EE-35 EB2030
Contextual Info: アルミニウム電解コンデンサ /T-NHE プリント基板自立形 Series: NHE Type : T • 特長 生産終息品番 保証時間 : 105°C 2000 h ■ 仕様 使 用温度範囲 定格電圧範囲 -40 to + 105°C 16 to 250 V .DC 静電容量範囲

EEVHB1H470P

Abstract: EEVHB1C100R EE35 EEVHB0G101R EEVHB0G151P EEVHB0G221P EEVHB0G470R EEVHB0J101P EEVHB0J220R EEVHB0J221P
Contextual Info: Aluminum Electrolytic Capacitors/HB Surface Mount Type Series: HB Type : V Country of Origin Japan n Features Endurance : 105°C 2000 h 5.8 mm height < f6.3 Vibration-proof product is available upon request.(f8< ) n Specifications Category temp. range -40 to +105°C

Contextual Info: RL-5480 “M INI-DRUM ” INDUCTORS This radial lead series of power line chokes has 259 standard v a l u e s to c h o o s e from. Inductances range from 3.9 pH to 2 7 0,0 00 pH, w ith cu rre n t capabilities up to 4 amps, and a saturation current as high as 14.2

Contextual Info: RL-2226 RL-2227 FILTER CHOKES A compact series of high current ferrite core inductors ideally suited fo r noise filte rin g in sw itching regulated power supplies, power filter networks, power amplifiers, SCR and Triac control circuits. PVC shrink tube cover is used to protect

Contextual Info: RL-6010 00 RL-6011, RL-6012, RL-6013 y p i o ro C O M M O N M O DE TOROIDS HORIZONTAL MOUNT " L O -P R O " ™ lo w p r o file s e rie s com m on m ode toroids m e e ts critical filtering requirem ents w here installation profiles are at a prem ium .

piezoelectric buzzer 12V

Abstract: FDK ee2108k buzzer 24vdc Buzzer 12v EE2108K-40R-3V EF3114K-30S-12V intermittent buzzer circuit buzzer eb20 mechanical buzzer through hole disc Piezoelectric buzzer
Contextual Info: KE11021-1212-005 PIEZOCERAMIC BUZZERS Contents Page ¡Introduction .2 ¡Makeup of piezoceramic buzzer products .2 ¡Piezoceramic diaphragms.3

RC288DPL-D

Abstract: chip transistor rc3u 5V reed relay carrier recovery PSK 1800 Hz RC266D 216-0012
Contextual Info: RC288DPL/VFC * Rockwell RC288DPL/VFC, RC240DPL/VFC, and RC192DPL/VFC, V.Fast Class V.FC™ Data and V.17 Fax Modem Data Pump INTRODUCTION FEATURES The Rockwell RC288DPL/VFC, RC240DPL/VFC, and RC192DPL/VFC are V.Fast Class™ (V.FC™ ) modem data pump families that support data rates up to 28800

ntc 5d-13

Abstract: circuit diagram of 4000 watt smps full bridge EE19 TDK Ferrite Core PC40 EER3530 dm07652r tdk EI40 AN-4137 T1 EI19 core - 20 mm2 p 621 Opto coupler data EE35 transformer
Contextual Info: www.fairchildsemi.com Application Note AN4137 Design Guidelines for Off-line Flyback Converters Using Fairchild Power Switch FPS Abstract The step-by-step design procedure described in this paper helps engineers to design SMPS easily. In order to make the