TB6-2200D9DH

TB6-2_V01 DIT | Alldatasheet

Document overview

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Technical content

Features

• 3-Phase filters(Potted with epoxy resin) - Two types of remarkable attenuation for high voltage 4 =. % ‘ impulse b’ = - ™) : High attenuation type, General attenuation type Fs = = a - Good shield effect by using metal case ie a - Excellent filtering characteristics for both differential wa: e mode and common mode x fis | ee \\ Safety : CE, UL, KC(Some models only), SEMKO+ENEC = —ai =, Applications Pee wee 5 = - Battery, ESS equipments - Electric vehicle charger - Industrial equipment such as CNC machine, inverter, converter, telecommunication equipment, FA equipment, elevator, etc. Specifications TB6-5010D3*G/H TB6-5016D3*G/H 60 TB6-5020D3*G/H Derating Curve Tee 503005674 ee = 10 al TB6-504003*G/H_| s@xs00y 2 6 pf Py eA Pr sosops-Gmn | (50/60H2) 1ov éo-1 7 1 tt xr fe roe soon mon g2COC CN ae 786-508003"6/H 5 ptt ttt tt Nt 7865100060 100A »_ET TET tT? LEE rTYy | o 0 2% % 4 50 6 7 a 9 100 TB6-5150D6*G/H 150A AMBIENT TEMPERATURE[ ] TB6-5200D9*G/H 2» Many variations in X and Y capacitor value are available with approvals, For the details, consult with local agent, Note Test Voltage: 2250VC for 1 minute, line to ground Insulation Resistance: 300MQ minimum at 100VDC, line to ground Model Number Construction Seriesname | Rated Voltage|Rated Current | Circuit Type _ | Xc Value Yc Value Characteristic :3Phase |2:250VAC |10=10A cD 3:3.3uF C:0.1uF Option 5:500VAC |16=16A Refer tothe |6:6.6uF D:0.22uF G : General 20=20A below 9: 9.9UF Attenuation 30 = 30A H: High 40 = 404 Attenuation 60 = 60A 80 = 80A 100 = 100A 150 = 150A 200 = 2004

TB6-5010*G/H, TB6-5016*G/H “4, 455205 —f¥ el ° il ° a5) ! il ar 2} - —EABEL- - +g tel fag | J us Lop § q DP Kew | je ol | iw (22) es |, Terminal block Ass'y (22K) M5, 5 i pi L« TB6-5020*G/H, TB6-5030*G/H, TB6-5040***G/H a 45.505 = 1 [@] ° ofe f —_|— ha q (L1| (a) A al |L3| : fel g| 6 ! m ima (22) | Terminal block Ass'y (2344) a a jo aaa] | Lf 1 a) Cito va | a ———i Oe g ' " 3! 3 —— as] (113)

TB6-5060*G/H, TB6-5080*G/H eas G ( - ° J a {(3| m |g . _ { ie-| rg 8 — aq sg {isl = |g 5 I lal 1 Cm)| ol 270 ae er nr, Tr «| face] uw S555 6 oooo Uv rb 2) g| 1 = i q lo | ° ; an (18) TB6-5100*G/H, TB6-5150*G/H ___afel | 2 i ad Sik a 2| 6-8 .|° ' 9) | 00 Terminal Block Ass'y(29h2) q (57) | | rr faa al| a oi a | B a | 5| (157.6) ka : ¢ y feo be) J | ~ iE 2g cA | Bt | 3 | eases | 3 20 y

TB6-5200***G/H Slo —Ter | - el 1 L 5 2 ; ja B-——[a = —, [ef | 1@ ! iS uo Terminal Block Ass'y(22#-) —ee Pe secce eccon M10 laa al bm = ' Ea 4 oot a | - gl 2 Pi Low «| (172.6) a | >I | Ry yl a | ‘i i | ee g 260 3

1 er | | | Ty crt cy v 6 LIRIRCIMIKGIE reer eed EP EE eETE Loa Attenuation Measuring Method S.G V.M — LINE LOAD

2 Balun |_L2 Notse L5__| Balun [son En@

OSC Level: 0 dB Insertion loss = -20log(E1/E2) [dB] E1: Level with the noise filter in the circuit, £2: Level without the noise filter in the circuit.

A Attenuation Characteristics Common mode ( ————=—= ) Normal mode ( —— ) TB6-5010D3CG TB6-5010D3DG ——— 100 TT ~ = = PSL T_T] » - 2} NS

3 SN g {oN X

= 70 is \\ 2 70 = NI ge LOS gH 3 2 50 —™ Bt HSS peo | eg 2 0 2 30 £ coe ee of Lit ft tei Tt oe wof-_t t i t a o LTH TTT Tt Frequency [MHz] Frequency [MHz] TB6-5016D3CG TB6-5016D3DG 100 = oo |p TN TT . fF AW Aare eel | s SN AN gs mM ee 2 70 >" 2 ~ _

3 PT SUITS 2 ot | LOSI

PSEC, = SECT eg a ee a oe a a a Frequency [MHz] Frequency [MHz] TB6-5020D3CG TB6-5020D3DG 100 = 7 100 —_— LLU ee

90 TOK HHH} eed 74

2 O47 WET a ee

§ g Be EHTEL PSCC Be ee a “0 a » LE i » LUN | ii Tt Frequency [MHz] Frequency [MHz] TB6-5030D3CG TB6-5030D3DG 100 << ed oe 109 TaN golf SR NET ° HATS. g ZT NNT g ®TI7OINC OSS 2 |Z NEN I 3 OTN TT 2 5 | ALAA ee © Ae | oN 5s 8 a eee ee rd ee ieee a a

10 HHH A HH LL a

0 PT TT | | i

0.10.2 04 1 2 46 10 20 40 0.1 02 0.4 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz]

A Attenuation Characteristics Common mode( —) Normal mode ( ———= ) TB6-5040D3CG TB6-5040D3DG 100 100 [ | UNI T TT Ti [TPN Ta To ed ee eh ee on = =| NAA a °C INN E So YAN SS

2 LL ZING UN go | PAIS

8 SH ZEN = op NYE

8 87 INET eg ©

3 SIZE IN 8 of | lit | TNT

ey a “oft tit | ttt i os of {Ht tt tt a os 0.1 0.2 0.4 1 2 46 10 20 40 0.102 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz] TB6-5060D3CG TB6-5060D3DG 100 100 AVG (AOE 90 t - on ARE _ OTN RT get NR g @ 7 NACL 3 (ZL NANTTE 2 NES ed SS ed = 50 <S 50 an s o- OTS S| ee ed 3 SLANT oes ee a a a pa i Frequency [MHz] Frequency [MHz] TB6-5080D3CG TB6-5080D3DG 100 100 4 [ATT Tt Ti Ty coo | ANT TTT _ s IS — otf NAT BUN @ pn TANAKA a ZNSE ra aan SS

6 SANA 2 oo N41

oeeg a ~ oof | tit ft tit | ea of + a ya i Frequency [MHz] Frequency [MHz] TB6-5100D6CG TB6-5100D6DG 100 PX TTT Tr TT ONT. aw — | Se ET ° SA g °C ONAL g 8) PRINT 2 |Z NONE 2 OL ZINN

2 ZA ™ cod ee

8 NNT 5 9 SI

4 HHH |

o Lit | tin | a 0.10.2 0.4 1 2 46 10 20 40 ° opoD 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz]

Attenuation Characteristics Common mode( ———) Normal mode ( ——— ) TB6-5150D6CG TB6-5150D6DG 100 100 [A [ti ft tit Tt [A THT Tut To

9 ACT] _ © OINCEE

2 6 | AN A 3 oft ZL So ZA AWAN S| f-ENH 8 [A LANE 1 8 (4 Lt NYE | § 7 OCT od = oot TE 8 1 ce a a wot LL TE Tar fT wot LUE TE Ta tT Li tii | tii ti > Lit | iii Tt or o2 04 1 2 46 10 20 40 0102 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz] TB6-5200D9CG TB6-5200D9DG 100 100 oo |A_TIT TTT T of A LUT FE TTT TT — o NEUE PP — o ANE PT Tt BINA 8 of rae NY (| g o| + YZWN EH 8 oo JALLVRNE So JAIMIEN 50 50 }-—/ S ~, 8 jp IATL ENR § | fn ™ Bo LTT RAT ol Tit | NI RG eg a ees A oe ott LUT PT Tt a oo p> Li | iil tf 010.204 1 2 46 10 20 40 010204 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz] TB6-5016D3CH TB6-5016D3DH 100 ms 100 = oo Fe NLT 60 LAN 2° (NS 2° oS) KI PP Ms 3B 70 MN PS, 2 ot ONS TT 2 ott i AUT? S gf} fit | PN eg eee cae ae § EH Pr peg ee eg ee = oft HET cg ane a oo a oc ee LT Ti TP Ti Ty oe Litt | iii tt ron 04 1 2 46 10 20 40 0.102 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz]

A Attenuation Characteristics TB6-5020D3CH TB6-5020D3DH 100 [NL TET TT co | AON VN MILLI = 0/47 NEN INN SST gs oS es © PN

3 NUT 2 7 nw

2 of _— tt ANY a of TS 2 5} {PN se eg Poe ee ae sry Taree A 2 30 8 30 ~ of HE TT ty SLA wo LP Lo o LTH tT tin a 010.2 04 1 2 46 10 20 40 ° orem 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz] TB6-5030D3CH TB6-5030D3DH

100 DW 100 N

yee «| PINAL . -=L ASAIN = » FOOSE ed 2 eS el

2 OS NT ae el

carom a (Ea 20 20 oe a es o LIM 7 TT Tt Frequency [MHz] Frequency [MHz] TB6-5040D3CH TB6-5040D3DH 100 100 [TAT TTT 7 [TANT 7] _— 8 — OX LINN g 8) SRN rae Oe ZA a a olay SS OTA TTT PSSST 2 OPT SSS Pape peg ee oy a Se eS i ae a Pr Ca 10 10 yA | Frequency [MHz] Frequency [MHz] TB6-5060D3CH TB6-5060D3DH 100 100 Al [ALT TTT 4 [TATAL LOT os = o PRN 5 <! 2 87 A Bef 3 oo | aR g of | TTS IPN I es So SSN peg Ve 8 jt] HE ar Ay s SLI Baof | tit | Til hI es a ~ oft Hi ft Tit ti oe of LT i © Te ya Ti 0.102 04 41 2 46 10 20 40 0102 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz]

A Attenuation Characteristics Common mode ( ———=—= ) Normal mode ( ———e ) TB6-5080D3CH TB6-5080D3DH “FSA “FSA [—~™. Ln. g TT SYR g “TPN

6 YW 2 70 < = i

s \\ § IT™N PSE HEM iSeries “20 ~ 99 a ae fp fg 0.10.2 04 1 2 46 10 20 40 0102 04 1 2 46 10 20 40 Frequency [MHz] Frequency [MHz] TB6-5100D6CH TB6-5100D6DH 100 00 y, “PSEA FA a» za 80 PV ger rNS A @ 87 SANT 2 np 4A ¢ PTAA raed eS SL % 60 ~ a | ee Ol el 5 0 aval 5s OP NA Bo Ht HH N ed el eg ae B 0 £9 z Co a7 cee ao fF |

20 Co a

a oUt iii Tit | Frequency [MHz] Frequency [MHz] TB6-5150D6CH TB6-5150D6DH 100 > “Aa “FAA

3 TT PNOALULT g PARALLEL

= 70 i = 70 fk ranean SN SS 2 PL NR § TA NSS ge SSS g° ina al a ed ee E49 ~ a Po 2 30 2 30 cee a coe ae 20 20 ae Coed a a Frequency [MHz] Frequency [MHz] TB6-5200D9CH TB6-5200D9DH 100 LAAN eee Rad /\\ ~ = 80 AN g OAT TS g °C TUN Td =< ely oS 6 TOTNES a ela NAO B60 7 NISS g OPN Se ST £ o WO SSH 5 0 PTS 6 7 SSA ee tH 2 Coo eI aa B a0 B20 E Co oe] BS a ao | {+

20 Co oe]

0.1 0.2 0.4 erecuency ihatil 10 20 40 . Frequency [MHz]