ROXBURGH Search Results

RK1631110

Abstract: RK163111 G0445044M Alps Electric
Contextual Info: O u s t o r n e r : ROXBURGH ELECTRONICS LIM IT E D D a t e :Jaa 29. 1996 A t t s n±.i-Q.n.-. Y o u r L .e _ L .Ü _ Q j . Y o u r Pa.r.t, No ^21 1130 ALPS * ; RK1631110 IQkB MODEL F.E.C. No: 642-988 Samp le No. : QQ445Q44M RECE I P T S T A T U S RECEIVED

Contextual Info: ROXBURGH EMC EMI/EMC FILTER HP1 CîD^IJÜd! SERIES A® FEATURES • Miniature general purpose PCB mounting type. • • • • Require small space of PCB. Low cost from unique structure. Designed for two wire cord systems. For three wire cord systems, Y capacitors can be

Contextual Info: 1 ROXBURGH /:.l/( t e d L 1 FILTRE p o ur CIRCUIT IMPRIME FILTER for PRINTED CIRCUIT CF 06 Caractéristiques I Characteristics Condensateurs / Capacitors : X2Y2 • Tension nominale / Rated voltage. 250 Vac - 50/60 Hz

Contextual Info: f I ROXBURGH /.U f e d FILTRE po ur CIRCUIT IMPRIME FILTER for PRINTED CIRCUIT CF 01 Æ llk 1 Ì V Caractéristiques I Characteristics Condensateurs / Capacitors : X2Y2 >Tension nominale / 250 Vac-5 0/60 Hz Rated voltage.

Contextual Info: r I FILTRE DE RESEAU ROXBURGH /•:!/ ' f c d CMF24 POWER LINE FILTER 1 _/ Caractéristiques I Characteristics Condensateurs / Capacitors : X2Y2 » Tension nominale / 250 Vac - 50/60 Hz R ated voltage . * Plage des températures

Contextual Info: ROXBURGH EMC EMI/EMC FILTER RIX A^d SERIES FEATURES • Ideally suited for products that must conform to part 15, FCC regulations. • Metal cased miniature type with high performance. • Meet over voltage category II of IEC 60664 and comply with IEC 60950.

Contextual Info: ROXBURGH EMC FILTRE pour CIRCUIT IMPRIME FILTER fo r PRINTED CIRCUIT CF 02 Caractéristiques I Characteristics Condensateurs / Capacitors : X2Y2 • Tension nominale / Rated voltage. 250Vac - 50/60 Hz • Plage des températures

Contextual Info: ROXBURGH FILTRE DE RESEAU EMC POWER U N E FILTER Caractéristiques / Characteristics Condensateurs / Capacitors : X2Y2 • Tension nominale / Rated voltage. 250 Vac - 50/60 Hz • Plage des températures Temperature range.

Contextual Info: 10 t - S L V 0 9 RED SLV06 BLACK' 90 45 50 CONNECTION D IAG RAM LOAD ALL DIMENSIONS ROXBURGH ELECTRONICS LTD IC225-CD Q Sheet 1o f 1 GO cn |Aprvd Date 0 2 / 0 3 / 0 0 ~ Aprvd By B FS title C O N N E C T IO N D IA G R A M CONNECTION DIAGRAM FOR C225 Drwn by BFS

GRM188R61A105KA61D

Abstract: DO3314-222MLB GRM188R61A474KA61D GRM21BR61A106KE19L LP3905 AN1501 an-1501 national AN-1501
Contextual Info: National Semiconductor Application Note 1501 Graham Roxburgh March 2007 General Information The evaluation board is a complete circuit allowing full operation of the LP3905 within the recommended application circuit. Each board is pre-assembled and tested in the factory.

Contextual Info: ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD KMF370 ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD

Roxburgh

Abstract: MDF3150
Contextual Info: ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD MDF3150 ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD

ROXBURGH KMF318

Abstract: kmf318
Contextual Info: ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD KMF318

RK11K112

Abstract: ALPS 30 Marking alps alps potentiometer
Contextual Info: Cu s t ome r : ROXBURGH ELECTRONICS LIMITED No. FX-97-aifa Date :Jul. 10. 1997 Attention: Your ref. Nn : Your Part. Un-.nmn SPECIFICATIONS ALPS'• MODEL 29 0203 Spec. No. : No. RECEIPT : 42ft73R STATUS RECEIVED hJL. Date Name Title ALPS ELECTRIC CO., LTD.

DVS240

Contextual Info: 1 3 2 5 4 7 6 PRODUCT RANGE RATINGS @ 85°C CONTINUOUS TRANSIENT DC RMS ENERGY PEAK CURRENT VOLTAGE VOLTAGE (10/1000µ s) (8/20µs) (VOLTS) (VOLTS) (JOULES) (AMPS) A 52.50 ROXBURGH (RATING & CONNECTION LABEL) 47.50 55.0 TYPE DVS24 30 38 DVS48 60 81 20 4500

Roxburgh

Contextual Info: ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD KMF336

1724

Abstract: C2225X C225 CP25
Contextual Info: 10 ELECTRICAL Rated Rated Rated C225 V oltagei 250Vac C u r r e n t ; 2 5A @ 6CTC I n d u c t a n c e : InH Choke DrgNo C 2 2 5 X - G S TITLE CHOKE ROXBURGH EMC GENERAL SPECIFICATION FOR C2225X in ln DIAGRAM ALL DIMENSIONS IN MM ANGLES IN DECIMAL DEGREES C225

MIF10

Abstract: Roxburgh
Contextual Info: ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD MIF10 ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD

kmf3100

Contextual Info: ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD KMF3100

SBS50

Abstract: potentiometer alps alps potentiometer Marking alps
Contextual Info: Customer : ROXBURGH aBCTRONICS LIMITS No. SSV96-0311 Date' Jan. 30. Attention: Your ref. No: Your P a r t. N o : 22 6070- SPEC I F I CAT IONS ALPS MODEL _ RS6011Y50K F.E.C. No: 698-052 Samp I e No. : Q0447764M ALPS ELECTRIC CO., LTD. DSG ' HEAD OFFICE 1-7. YUK I GAYA-OHTSUKA-CHO.

MDF3100

Abstract: CISPR17
Contextual Info: ROXBURGH ELECTRONICS LTD FILTER INSERTION LOSS CHARACTERISTICS CISPR 17 - 50 OHM METHOD MDF3100

alps potentiometer

Contextual Info: Customer: ROXBURGH ELECTRONICS LIMITED No. FX-97-244fi Date :Jul. 10. 1997 Attention: Your r e f. No: Your Part.No:29 0214 - 11 °\ f~ M'^li I kl., a? SPECIFICATIONS ALPS' 29 0214 MODEL Spec. No. Sampi e RECEIPT : No. : 428892 STATUS RECEIVED By. Da t e Si unature

Alps Electric

Abstract: ALPS 4K7A JIS-C6443 alps b alps 13 marking KK
Contextual Info: Cu s t ome r : ROXBURGH ELECTRONICS LIMITE No. KK-96-3855 Da t e : Jan. 30. 1996 AttentionYour ref. No: You r Pa r t. No :21 1134 SPEC I F I CAT IONS ALPS': MODEL _ Samp I e RK27111250K No. ; Q0445311M ALPS ELECTRIC CO., LTD. DSG ' D HEAD OFFICE 1-7. YUK I GAYA-OHTSUKA-CHO.

Contextual Info: ROXBURGH EMC EMI/EMC FILTER PC2/PC3/PC4 SERIES _ a FEATURES • Unique structure and economical. • Suitable for the products that must conform to FCC, FTZ. • Very good filtering characteristics for both differential