08370 Search Results

08370

Contextual Info: TECHNICAL DATA SHEET 21/11/2006 HD 08370 LSZH Reference : Ed 1 75 Ω COAXIAL CABLE FOR NUMERIC - HALOGEN FREE 5 4 2 3 31 APPLICATIONS : Numeric video / Video broadcast Flame retardant and low Smoke density coaxial cable. CONSTRUCTION 1 INNER CONDUCTOR :

dc motor asa 300f

Abstract: 2-digit object counter circuit Simpson ammeter 3344AIXA relay 04501 asa 300f Datasheet-03/dc motor asa 300f 115v 400Hz output 12-pin 4 digits 7-segment led display Digital temperature controller with PT100 rtd
Contextual Info: C ustomers have counted on Simpson Electric Company to provide quality panel meters for over 70 years. From the analog meter used in Charles Lindbergh’s historic solo trans-Atlantic flight in 1927 to the digital controllers used to raise and lower stages at the 2004 MTV Video Music Awards VMAs show or

Contextual Info: TECHNICAL DATA SHEET 1/4 R142.079.76_ STRAIGHT PLUG FULL CRIMP Series : BNC 75 HDTV CABLE 0.8/3.7 All dimensions are in mm. . pn . ao COMPONENTS BODY CENTER CONTACT OUTER CONTACT INSULATOR GASKET OTHERS PARTS - MATERIALS BRASS BRASS BRASS POLYPROPYLENE SILICONE RUBBER

relay Re 04501

Abstract: JFET TRANSISTOR REPLACEMENT GUIDE j201 re 04501 relay wabash relay 1SK6-0001 wabash reed relay JFET TRANSISTOR REPLACEMENT GUIDE e201 npdsu406 34901a ysi 44031
Contextual Info: ••• • V . / • * •. Agilent Technologie: Innovating the HP Way ' — ENGI86 Service Guid< Agilent 34970A D ata Acquisition / Switch U nit C opyright 1999 H ew lett-Packard Company All Rights Reserved. P rinting History E dition 1, Ju n e 1997

ICP33

Contextual Info: P E S E E :S S Ü Û OHM:!: + / - S X P T C ! .7 y. / c □ P E P A T I NG P A N G E i - 5 5 TG 125 G G T G P A G G F:ANGE !- 6 5 T G 1 5 0 G T H E R M A L T I M E C E N C T A N T :t, 0 C EC. M A X H I G GI F’A T I G N G G N G T A N T !G ,5 n W / G M I N

Contextual Info: RÊ25C I 8 2 0 □HM8 + / - 1 0 '/. P E G I G T ANCE MUUTIPUIEF: P T C : . 7 7. / G □ P E P A T I NG P A N E E ¡ - 55 TE 185 G 8 T E P A E E PANEE :- 6 5 TE 150 E THERMAE T I M E 8 8 N8 TANT : t , 0 5:88, MAX H I 8 8 1 F’A T I E N E E N E T A N T : 2 , 5 n W/ E MI N

GP030

Contextual Info: R Ê 2 5 C I 5 0 OHM0 +0- 1 0 / 1 P T C ! . 7 '/ . / 0 □ P E P A T I 01G P A N C E i - 5 5 TC 1 0 5 0 O T C P A G E R A N G E : - 6 5 TG 1 5 0 C T H E R MA L T I M E OG N0: T A G T : t, 0 0 E 0 MA X H I 0 0 1 F’ A T I G G 0 G G 0 T A G T : 2 , 5 n W0 C MI G

GP030

Contextual Info: RÊ25C I 5 0 OHM0 +0-1/1 PTC ! , 7 '/./ 0 □P E P A T I 01G PANCE i - 5 5 TC 105 0 OTCPAGE R A N G O :- 65 TG 150 C THERMAL T I M E OG N 0: T A GT : t, 0 0 E 0 MA X H I 0 0 1 F’A T I GG 0 GG0 T A GT : 2 , 5 n W0 C M I G POWER PAT I G G : , 125WG25 0 , DERATE TG 105

23648

Contextual Info: RÊ25C I 15 0 0 □ HM0: + / - 1 7 . ROC ! .7 '/ . / 0 O P E R A T I N G R A N G E ¡- 55 T G 1 2 5 G C T G F A G G R A N G E :- 65 T G 1 5 0 G T H E R M A L T I M E P O N 0:T A N T :t,0 0:EC. M A X H I C CI F A T I G N G G N G T A N T :2 ,5 n W / G M I N

G714

Abstract: 8dn8
Contextual Info: RÊ25C I 68 0 0 □HM0: + /- 107. R O C ! .7 '/./ 0 □ P E P A T I NG R A N G E ¡-55 TG 185 G 8 T G R A G E R A N G E :-55 TG 150 G THE R M A G T I M E G G N 8 T A N T : 1 0 0:E 8 MA X H I8 8 1 F A T I G N G G N G T A N T '8 ,5 n W / G MI N P O W E R R A T I N G 0 b £ W @ £ 5 G ,D E R A T E TG 185

Contextual Info: R Ê 2 5 C i l l û G H ME + Y - 1 X P T C : . 7 '/. / E O P E R A T I N G R A N G E ¡ - 5 5 TG 1 2 5 E C TG E A G G RANGE : - 6 5 TG 1 5 0 C T H E R M A L T I M E L G N E T A LI T : t, 0 0 E C . MA X H I C C I F A T I E LI L G LI C T A LI T : 2 , 5 n W/ E MI LI

Contextual Info: P P 2 5 2 : 1 2 0 EH M2 + 0-5/1 PTC : . 7 / . / C O P E R A T I N G R A N G E ¡ -55 TG 125 C 3TGPAGG RANGE : - 6 5 TG 150 C THERMAL T I M E LGN2 TANT : t , 0 2 E L . MAX D I L GI P A T I GLI L GN L T A N T : 2 , 5 n W/ L M I N FEWER R A T I N G :, 125W@25 L , DELAT E TG 1G5

25WG25

Abstract: Y10G
Contextual Info: R@£5C= 1 0 0 0 0 □ HMR + / - £7. N T C = - 3 , 9 %/ C CURVE Y □ P E R A T I N G R A N G E i - 5 5 TG 150 R E T G F A E E R A N G E i - b 5 TE 150 E ^THERMAL T I M E CGNE TANT ! 8 R E E , MAX * n I E E I F A T I GN E G N E TA N T :R mW/ E M I N FEWER P A T I N E E5WEE5 E, DE R AT E TE 125

MGF 1200

Abstract: NTC3
Contextual Info: R @£ 5 C = 1 000 □ H MC +/- 1% N T C = - 3 , 1 '/ . / C CURVE X O P E R A T I N G R A N G E ¡ - 5 5 TG 1 5 0 C C T E P A G E R A N G E : - 6 5 TO 1 5 0 C ^ T H E R M A L T I M E C G N O T A N T :8 GGC MAX * D I G G I P A T I D N C □ N G T A N T : P n W/ C M I N

Contextual Info: R0£5C= 10 0 00 00 DHMC + / - 1 0 7 . N T L = - 3 .5 '/ ./ C U R 53 □ P E P A T I NG P A N G E i - 5 5 TG 150 C C T G R A G G P A N G E -b 5 TG 150 C ^ T H E R M A L T I M E C D N C T A N T :8 CDC, M A X * H I C Cl P A T IG N C G N C T A N T :£ m W / C M IN

c3355

Contextual Info: R @ £ 5 C = 5 0 D GH MC + / - 5 X NTÜ = -3 .l'/./C Ë25C □ P E P A T I NG P A N G E i - 5 5 TG 150 C C T G F A G G P A N G E - b 5 TG 150 C ^ T H E R M A L T I M E C D N C T A N T :8 CDC, M A X * H I C C I F'A T IG N C G N C T A N T :G m W / C M IN P O W E R E A T I N G :, 1 2 5 W G 2 5 C j D E R A T E TE 1E5

Contextual Info: R Ê 2 5 C I6 .SK G H M C +/-1Û7. PTC : .7 K / C O P E R A T I N G R A N G E ¡-55 TG 125 G C T G P A G G R A N G E :-65 TG 150 C MAX T H E R M A L T I M E C E N b T A N T :t,0 5:PC H I5 b I F A T I G N C G N G T A N T :8 ,5 n W / C M I N F E W E R PATI NE

Contextual Info: R Ê 2 5 C I 5 0 OHM0 +0-10/1 PT C ! . 7 '/./ 0 □ P E P A T I 01G P A N C E i - 5 5 TC 1 0 5 0 O T C P A G E F A N G O : - 6 5 TG 1 5 0 C T H E R M A L T I M E OG N 0: T A G T : t, 0 0 E 0 MA X H I 0 0 1 F’ A T I G G 0 G G 0 T A G T : 0 , 5 n W0 C MI G

Contextual Info: ER25C :2 , 2L P T C : . 7 '/. / C □ P E P A T I NG GHMC +/-5X RANGE:-55 CTERAGG RANGE : - 6 5 THERMAL TIME D I CC I RAT I □ N POWER RI G, TE TE 150 C G N C T A N T :t ,0 GGN5 T A N T : 2 , 5 RATING125WG25 li 125 PERRERMANCE R E L I C T ANCE MUCTIPCIEF:

Contextual Info: + / - 1 0 '/. PTC : .7 / . / L □ P E P A T I NG R A N G E : -55 TE 125 E 2T EFAGE F A N G E : -65 TE 150 C TH ERMAL TIME C E N C TA NT :t,0 CEC, M A X D I5 5 1F A T I□ N E E N 5 T A N T :2 ,5 n W / E M IN POWER PATI NE 5 W C 2 5 C DERATE TE 125 R Ê 2 5 C I4 OK. E H M 2

125WE25

Contextual Info: F P 2 5 2 : 2 2 EHM 2 + / - 1 Ù X PTC : . 7 '/. / C O P E R A T I N G R A N G E ¡ - 5 5 TG 1 2 5 C 3 TGEAGG RANGE : - 6 5 TG 1 5 0 C T HERMAL T I M E L G N 2 T ANT : t , 0 2 E L . MAX D I L G I P A T I GLI L G N L T A N T : 2 , 5 n W/ L M I N FEWER R A T I N G : , 125W@25 L , D E L A T E TG 1G5

Contextual Info: RÊ2 5 C I 18k □HMk +/-1 0 '/. PTC : .7 X / C □ P E P A T I NG P A N E E ¡-55 TE 1E5 C E T E P A E E P A N E E :-65 TE 150 E T H E R M A E T I M E C D N k T A N T :t,0 5:EC. M A X H IC CI F’A T I E N E E N 5 T A N T :2 ,5 n W / E M I N FEWER PATING

G101

Abstract: QTG10
Contextual Info: R Ê 2 5 C i 1 0 GHMC PTC : .7 /. / +/- 1Û7. C □ P E P A T I NG P A N G E i - 5 5 TG 1 2 5 2 C T G E A G G F:ANGE ! - 5 5 TG 1 5 0 C T H E R M A L T I M E CEN C T A N T >10 C E C , MA X H I 5 5 1 F A T I □ N C G N 5 T A N T ! 2 , 5 n W/ C M I N POWER R A T I N G 0 b £ W@£ 5 C , D E R A T E T E

Contextual Info: F P 2 5 2 : b 2 EHM 2 + 0-1/1 P T C : . 7 '/ . / C O P E R A T I N G R A N G E ¡ - 5 5 TG 1 2 5 C C T G E A G G R A N G E : - 6 5 TG 1 5 0 C T H E R M A L T I M E L G N 2 T A N T : t,0 2 E L . MA X D I L G I P A T I G LI L G N L T A N T : 2 , 5 n W/ L M I N