TB3 DIT | Alldatasheet

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  • 3-Phase Filters (Potted with Epoxy Resin) - Easy connection and installation aN - Excellent filtering characteristics for both differential yY mode and common mode J > ww > Som er ‘Sf4 obey. ey Applications SS Say yy - Digital equipments Se % - Suitable for FA equipments ym) - Computerized washing machines. & oh - Industrial equipments like UPS, inverters, converters SS y Specifications TB3-5006CD1k -25C to +100C Including TB3-5010CD1k temperature rise Derating Curve TB3-5016CD1K* 16A _ TB3-5020CD1K Eee Os | a. ,] TPT rrNn | TB3-5030CD1K =.{} TTT ttt AN >-LTTTTTrTirry > Many variations in X and Y capacitor value are available with approvals. For the details, consult with local agent. Note Withstand Voltage : 2800V DC for 1 minute between line and ground Insulation Resistance : 300 Mohm min, at SOOV DC between line and ground Model Number Construction TB3 5 006 Cc D 1 K H D Series Name |Rated Voltage |Rated Current |The Number [Circuit Type | CX Value CY Value Core Type Suffix (3 Line, 1 5:500VAC |006:6A of Cores 1: 1,0uF 1:1000pF |} Null : Ferrite] Null : Blank Stage) 010:10A |c:1EA 2:2.2uF 2:2200pF | Core D: Din Rail 016:16A A: O.1UF 3:3300pF —|H: Nano Core 020: 20A B:0.22uF | 4: 4700pF 030: 30A C:033uF | 6 : 6800pF 040: 40.4 D:0.47uF =| H: 0.022uF J: 0,033uF K :0.047uF

a Shapes and Dimensions et] — Terminal Block Cover Protection €arth@®/\\ | Gotnting Hole L 48 | 110. Y none! the Terinal cover | Qa0 = mt A merud Alaa LAHTI) BM | |__|s =.) He at) ey | = { — |e] | p | : one art r 3.0 Pr ® | = practic cass Tp3-teenenteey 7) Terminal Block Cover /- Protection carn @ | vTocntinnie 410 onened the Terminal Gover | wee 148 4 Tanna . f ————/ E) a a tal fa | Le | { =TsI2 | | * Unit = min 4 ° ° f * General tolerance : +3.0 | | * Plastic Case —— _ | Circuit Diagram Measurement Configuration gee, See gt" aeeses on Zon FS Common mode Differential mode

Attenuation Characteristics TB3-5***CD1K Series TB3-5006CD1K TB3-5010CD1K 1 = 1 TTT SL "TNT A TT _ 8 AS _ 27s NE a 7 a 88-7 TASS ET ae Ae 2 OTA g oP sSeee NTE 8 eyo NIE st tT TINE TH sit TIN | 5 “COON » CNT = ot tL EU TEEN cee ee oo ot LL FE Ti p>LLL | iii tT po Frequency [MHz] Frequency [MHz] TB3-5016CD1K TB3-5020CD1K 100 a 100 = TT TIN ALLL “TT TRL OL _ SON No _ sO cad eee il gS AT , REA SAT g © 7 TON ge 7 eX § ,|7 Lt TIN | 4 cee ty A ee 5 8 NT 6 8 NT eo TT NU soot LEE TT NU oe ot LE tT Tit ft pe _ Lit tT iti | p> _Lii | tilt | Frequency [MHz] Frequency [MHz] TB3-5030CD1K TB3-5040CD1K 1 1 SO Lt tw 0 FAT TT _ 8 MCT] ed ee A ee ee SC g° 7 SSC OL AST] | RT TALS S og IAL Nt 2 5 At YATE 5° Poe TN TT s ° 7 N s ©C RAT TPNE s See NT = so fel Tit | iit = oo A TH FE oo ee oe pL tT tii po Frequency [MHz] Frequency [MHz]

Attenuation Characteristics Common mode( — ) Differential mode ( —_—_—= TB3-5***CD1KH Series TB3-5006CD1KH TB3-5010CD1KH 1 —— 1 ° awd TT AP — o LA LN — o - tA LNT a 8A gE AT = Ne 3 LL NIL § 8 ar NT 8 eT NET eg ee s tt | PINE H 8 ot. tI | THIN I Bott ti | TH NI = oo LL TUT TE Pi = ott tu | Ei ft oo ee oe pL tT tit »>LLI | i Frequency [MHz] Frequency [MHz] TB3-5016CD1KH TB3-5020CD1KH 100 a 100 “Ao i i _ ST eed ee ey ge oS a ana eel g ot Ze | NI tf 3g o Ae! Nit § 8 fee NC TT erat TNE § ol[AO TNE I 8 (Ac | IAL 4 8 o(/1 Ti | Ti NH Bolt ti | TN eof LT TT te eo EE oe ee oe _ Lit 7 iti | p> _ Lit ti iti | 010204 #1 2 46 10 20 40 0102 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz] TB3-5030CD1KH TB3-5040CD1KH 1 1 0 | 0 | A) TT _ STNG ed ge TA SM 3 °C IS ge LZ NE S OT I RET

8 NSE BS TIAA SSs 7

§ fet TN § otf PN B ola iit | Ti got otl | Tu ed = ote tit tT iit ft eo TH TE oo oe a p>LLLi Tt ii tT pL | ii Frequency [MHz] Frequency [MHz]