ES1 DIT | Alldatasheet

Document overview

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Technical content

Features

  • Remarkable attenuation for high voltage impulse - Good shield effect by using metal case - Excellent filtering characteristics for both differential mode and common mode Le EP Ais - Epoxy molded for reliability

7 E> Ge Le LA - Bidirectional structure effective for both noise from

a~ ng 4 aS externally and internally generated ~ & a 4 y Applications KAS 4 - Digital equipments Jy y, - Battery, ESS equipments ~Aoy - Mini computers and peripherals. - Measuring instruments, medical instruments - Electric vehicle charger - For equipment requiring very high impulse attenuation - Suitable for FA equipments - Industrial equipments like UPS, inverters, Converters - Communication equipments - OA equipments like copy machine, FAX, etc,. Specifications ES1-FO5, TO5 Derating Curve ee Oy osmanx | rouse BSCS temperstrerse = sf | TTT I gett 11 TT tN ‘COOP Tr a0 2036 403080008 Many variations in X and Ycapacitor value are available with approvals. For the details, consult with local agent. Note Test Voltage : 1500V AC one minute, line to earth Insulation Resistance : 300 Mohm min, at 500V DC Voltage Drop : 1V max. at rated current Weight : 250g for ES1-Series except 720g for ES1-T30 Model Number Construction Es1 T 05 | | | Series Description | Input/Output Terminal | Current Ratiing : AC F : Faston Tab #250 rms T:M4 Stud 05: 05amp M5 Stud(ES1-T30 Only) | 08 : 8amp 10: 10amp 15: 15amp 20 : 20amp 30: 30amp

a Shapes and Dimensions ES1-F**

83.7 Faston Tab #250

{| U e n —s1-T** ES1-T30 7 oy eet 2-95 a J; S 4 he OT sa Le © Op tabi ee ea | I « x ceatft {Ais © eA —j pease) <I 5/8 ——@ L 142 = Attenuation Characteristics Common mode(ES1-*05,*08,*20,T30) Differential mode(ES1-*05,*08,*20,T30) 90 90 x ress eo (| TTT TTT TT so |_| 7 NSN TTT = 70 J cate Ty Te — 70 ||| LT SSRN TT Sool Tea TA eg 7 All e202 NN % sol VR Bo | | AAT I: Ean th 5 aol SZ gear er Bo ZA ets) oo & 30 raw eae sol|AAIM Titi Tit € ol acre TTT PTT eo LAU TE Tre Boo Teel Ti Ti 2,-LU TT ol Littint TPT TTT “> - LUM TT Ti 01 0.2 05 10 2.0 5.0 10 20 50 0102 05 10 20 5.0 10 20 50 Frequency (MHz) Frequency (MHz) Circuit Diagram 2 : . 4 Measurement Configuration Common mode Differential mode