MLP2016SR47MT0S1

I N D U C T O R S March 2015 ‫ݢ‬ኑ‫௸ݢ‬ቂ‫ࡥݢ‬ධ ব‫ل‬࿧ᆸ࿒ MLPႼள MLP2016 MLP2016 2016 [0806 inch]* * ‫װ‬໯‫ܗ܄ڞ‬బȃ JIS[EIA] ᄲ (2/13) I N D U C T O R S ໪ቂ᎙ሃ໳ჵ ኷໪ቂׁٛ൰෇ˈขႚ‫ࢆࣙࢭتࡒཱུכ‬༚ȃ ՗ภ᎙ሃ໳ჵ ໪ቂׁٛ൰໢ˈข᎙ሃ՗ภ໳ჵȃ ᎙ ሃ ֦‫܃‬໢ৱၓ 12 ࢋኟᇵ೗ˈ֦‫܃‬࿢਋ ˄ၫ‫ ޡ‬5 ȋ 40°CȂ໛‫ ޡ‬10 ȋ 75%RH ᇵ჉˅ˈᅍ‫ࠍڣ‬᎙ሃȃ ๩٫ࣰ֦‫܃‬໢ৱˈ‫ޤ‬Ꮚ‫ݢ‬সܿ૰उᄹਖ૰೙୔फ़ȃ ข႙኷න࿒ࡄ໥०੼ ˄ᆑȂ཰Ȃ৻݃˅჉໪ቂञ֦࣏ȃ ኷໦໚उਾ෇ˈขႚ‫כ‬੣ᄵኁ฽ȃ ኁ฽ၫ‫ޡ‬ቪउਾၫ‫ޡ‬ঽᄣ൥ၫ‫ܿޡ‬ၫ‫ُޡ‬ᇋ኷ 150°C ᇵ೗ȃ ՗Ꭷॄܿउਾᅃጸሥ኷ࣙࢆ༚ࣙ‫ܿށ‬࿢਋߭ၐ೗ȃ ๩ৠ฽ࣰ‫ޡ‬૰೙ܷ፛‫௸ޥ‬Ȃᄹ೙ਠ݈Ȃ༊ಛਂຬȃ ਖ՗Ꭷமᄣ൥ܿሠ༱‫௸ݢ‬ᏠᎧܸᎧ፜໢ˈข᎙ሃ‫؜‬ᇋሓሠ༱‫௸ݢ‬ጶ࿒‫ק‬ᄳড੟ࢿ‫݃ؠ‬ટ‫קؠ‬ᄳߑࢍᄣ൥໚ৠ໔቟ሥஉȃ Ꭷ፜ঐሓ࿳‫ߑݢ‬Ꮛၻߙ฽ ˄ၫ‫ޡ‬ຢ໐˅ˈሓۨ኷฽ົ৓ߴಅᅍௗ቏‫ࠍڣ‬቟‫ݓ‬ȃ ߾ۢൺ‫ב‬ᄲ኷ন֊ົ৓໢ᅍ᎙ሃി፜ღปȃ །ܸ‫ฺ࡞ۢݢ‬૰೙ঐܷ፛ႜ‫ވ‬Ꮾȃ ቈ቙เ࿒ྈ‫ݢ੻ܿܕ‬ঐ‫ܸۈ‬ਾ‫ݓ‬ღຢˈሓۨข໪ቂ߷੻‫ݢ‬ှ‫ܕ‬ȃ ข႙ਖׁٛ൰૦੧ۢ࿧ড‫ܕ‬቏ۢஉܿ႘࿒ȃ ข኷‫ࢆࣙࢭت‬༚ࣙ‫߭ܿށ‬ၐ೗໪ቂȃ ׁٛ൰಼௽፩৔ኵܿٛ൰໸ፑ኷࿳ቂ‫׭‬Ꮃቂဉሃሆຢ໪ቂ቙ᇜֈ‫ݢ‬Ꮚົֻ˄AV ົֻˈ࿳ᄪົֻˈয়‫ݢ‬ٛ൰ˈቨ୛ົֻˈ৓ི঩ົֻˈࢋ เົֻˈ֑࢞ົֻˈ৓‫ࢗˈֻົك‬ᇖ঩ධเ˅ˈ‫؃‬෩ࡘᇜֈ‫ݢ‬Ꮚົֻᇋ኷࿳٢ܿ‫غ‬Ꮾञ໪ቂߴߟ჉໪ቂȃ ޭ቙ᅍᇋࡴ‫ޡ‬՗ภᄹञ૰૦ᄹܿˈডጚົֻܿࢽጊˈႜ‫ވ‬ᏮˈከᎡ‫؜‬ட૰೙ঐࢍเܿໍಛˈເ࿒ঽ‫ا‬ٛ݃ዉ‫ڈ‬ཿࣷˈᇵঽ቏૰೙ٛໍಧ ‫຺ܐ‬ঐሯჳܿᇵ჉ቂဉ ˄ᇵ჉‫ ‘ څ‬࿅‫ށ‬ቂဉ ’˅፩ܿ໻ቂᄹˈᄹ೙ߙংˈ൰፣ˈׁ࢞ཌྷ‫؜‬ቧ֦ጽȃ ૴ॖኁ‫ށ‬኷ׁٛ൰಼௽ܿ߭ၐˈ࿢਋ፇိˈডጚ኷࿅‫ށ‬ቂဉ፩໪ቂ໢ˈข໳჏Ꮐᅲׁ࢞ཌྷყ࣋‫ؠ‬౤ȃׁ࢞ཌྷঐിठ૴ॖᅍชˈᇜඩᄒຟ ‫؜‬࿷቙ׁٛ൰಼௽፩ྈ৔ኵܿ໪ቂቂဉȃ (1) ऎૼˈऎ࿙ົֻ (2) ከ༕ົֻ ˄ප‫˅݃ؑۉˈٴݢˈٴ‬ (3) ᇞனົֻ (4) ߙ‫૿ݢ‬፟ົֻ (5) ज‫ވ‬உყ࣋ົֻȁȁ (6) ࣴ‫ֻົݒ‬ (7) ਦ࿳ࢗન૿፟ົֻ (8) ࢞ࢥᄹܿࡴ‫ޡ‬ᄪႩ‫ֻົ୲ۃ‬ (9) ૅቂົֻ (10) ‫ݢ‬฽ቂ൰ˈัຨົֻ (11) ߷ኳ߷ܼົֻ (12) ࢌ፯՗ภᎧ፜ (13) ඝྊ‫־‬ไ‫ށ‬ၓ࿅‫ށ‬ቂဉܿቂဉ ۨိˈޭ໪ቂׁٛ൰಼௽፩ྈ৔ኵٛ൰ܿົֻ੣ᄵົ৓໢ˈขฬ֦࠲ठࡘົֻܿ໪ቂቂဉঽᎫྙ֦ܿ॓ই௸ञᎧ፜ˈ‫ົ؃‬፜ֻቂই௸݃ȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (3/13) I N D U C T O R S ‫ݢ‬ኑ‫௸ݢ‬ቂ‫ࡥݢ‬ධ RoHSፑ௑ޭሥٛ൰ ႇ௲ཧ ႇලउਾޭሥ ব‫ل‬࿧ᆸ࿒ MLP2016ᄲ࡚ܿᇋ ࿅‫ݞ‬ ໪ቂ݈ཿ໘ۢᄹ‫إ‬லˈ໦ოமཿक਺ᄆܿ‫ݢ‬ኑ‫௸ݢ‬ቂ‫ࡥݢ‬ධȃ ‫ࡥݢڼ‬ፎိˈ२়ठம޹፯ٛ൰࿅‫ˈݞ‬૰ሥቂ቙ࣖ߱ቂဉȃ Hᄲ˖໸ᇜକ‫ت‬ቂ݈ཿ໘ۢᄹ‫إ‬லˈન቏݈ፊ௚Ꮯૠ࿅ጲܿٛ൰ȃ Ꮵ໻ठቂ቙ᇵ፱༄፱ࡏच‫ݢ‬ኑᄌఋၓ᎐ܿ฀ଝȃ Vᄲ˖ቪHᄲყ࿷ˈ໸ᇜକ‫ت‬ቂ݈ཿ໘ۢᄹ‫إ‬லˈન቏ፊ௚፱‫ݹ‬࿅ጲܿٛ൰ȃ Ꮵ໻ठቂ቙ᇵ፱༄෸ࡏच‫ݢ‬ኑᄌఋၓ᎐ܿ฀ଝȃ Sᄲ˖໸ᇜକન቏਺ࣖܿLፎȂᄳᎫࢌልܿSTD൰ȃ ቂဉ ፠೙༇঩Ȃ൶֊፮‫ޤ‬Ȃ༮బყ঩Ȃሱ਋ด‫ވ‬Ȃ‫ݢ‬ኑಠଐ݃ ᄲखܿಛಚߴߟ MLP Ⴜளಚ‫څ‬ 2016 L×W ‫܄ڞ‬ (mm) 2016 2.0×1.6 V R47 M ୥‫׳‬ ‫ࡥݢ‬ (μH) ٛ൰ࡴ‫ޡ‬ (mm max.) M 1.0 ݈ۢᄣཿक ( ፱༄ፊ௚‫ݢ‬Ꮯ ) ݈ۢᄣཿक V ( ፱༄ፊ௚፱‫ݹ‬࿅‫) ݞ‬ S STD ൰ H R47 1R0 0.47 1.0 T T 0S1 ֡Ꭷᄳ໮ ࣏୲‫ף‬ख ‫ܕף‬ 0S1 ໪ቂၫ‫߭ޡ‬ၐȂ֡Ꭷ༮஢Ȃٛ൰፱஢ ၫ‫߭ޡ‬ၐ ୥ᄲ MLP2016 ࢗᏮၫ‫ ޡ‬ ˄°C˅ –40 to +125 ֦‫܃‬ၫ‫ ޡ‬ ˄°C˅ –40 to +85 ֡Ꭷ༮஢ ‫ࢋܠ‬፱஢ ˄ࢋ / શ˅ 3,000 ˄mg˅ 12 ࢗᏮၫ‫߭ޡ‬ၐ֡ଭᏋၻၫ‫ޡ‬ຢ໐ȃ ֦‫܃‬ၫ‫߭ޡ‬ၐ኷ন֊՗Ꭷॄმ໯ȃ RoHSፑ௑ޭሥٛ൰˖RoHSፑ௑ޭሥٛ൰ܿჱႿ೗๒‫ي‬૛ጝ୴ȃ http://product.tdk.com/zh/environment/rohs/ ႇ௲ཧ˖ፑܿ໸Clࣽ஢‫ܸ؜‬900ppmȂ Brࣽ஢‫ܸ؜‬900ppmᇵঽ ClȂ Brܿठ৓ࣽ஢‫ܸ؜‬1500ppmȃ ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (4/13) I N D U C T O R S MLP2016 ᄲ ထਃই௚उၫ‫ޡ‬ฑღဇ Preheating Soldering Natural cooling Peak T: Temperature T4 T3 T2 T3 t3 T1 t1 t2 t: Time Preheating Temp. T1 T2 150°C 180°C Time t1 60 to 120s Soldering Temp. Time T3 t2 230°C 30 to 60s Peak Temp. T4 250 to 260 Ɇ Time t3 10s max. ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (5/13) I N D U C T O R S MLP2016 ᄲ 1.60±0.20 ᄳᎫቪ‫܄ڞ‬ 0.50±0.30 0.50±0.30 0.85±0.15 2.00±0.20 Dimensions in mm 1.6 ထਃउധ‫؝‬ટ 0.8 1 0.8 Dimensions in mm ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (6/13) I N D U C T O R S MLP2016 ᄲ ‫ݢ‬න࿅‫ݞ‬ ࿅‫װࢆࣙݞ‬ ࠍ୥ ݈‫ݢ‬Ꮯ ݈ۢᄣཿक ፱༄ ፊ௚፱‫ݹ‬࿅‫ݞ‬ STD ൰  ٛ൰ू‫ޡ‬ L T (mm)max. 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 (μH) 0.47 1.0 1.5 2.2 3.3 4.7 0.47 1.0 1.5 2.2 0.47 1.0 1.5 2.2 4.7 ๒ُ ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ‫ށك‬൮ఋ ፊ௚‫ݢ‬Ꮯ ߇‫ݢށ‬௚  ᄲख (MHz) 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 () 0.055±25% 0.09±25% 0.11±25% 0.11±25% 0.12±25% 0.16±25% 0.07±25% 0.12±25% 0.14±25% 0.17±25% 0.05±30% 0.09±30% 0.09±30% 0.11±30% 0.27±30% (mA)max. 1700 1300 1200 1200 1200 1100 1500 1200 1150 1000 1600 1400 1200 1200 800 MLP2016HR47MT0S1 MLP2016H1R0MT0S1 MLP2016H1R5MT0S1 MLP2016H2R2MT0S1 MLP2016H3R3MT0S1 MLP2016H4R7MT0S1 MLP2016VR47MT0S1 MLP2016V1R0MT0S1 MLP2016V1R5MT0S1 MLP2016V2R2MT0S1 MLP2016SR47MT0S1 MLP2016S1R0MT0S1 MLP2016S1R5MT0S1 MLP2016S2R2MT0S1 MLP2016S4R7MT0S1 ߇‫ݢށ‬௚˖ၫ‫ޡ‬Ꮵࡴຢ໐ 40°C ໢ܿ‫ݢ‬௚ፎȃ ɐ‫ك‬஢ົֻ ‫ك‬஢ჵ಼ ᄲख L 4294A+16034G Type-7561 ፊ௚‫ݢ‬Ꮯ ˆ቏໢໪ቂ࿷݃‫ك‬஢ົֻȃ ٦ຟ Agilent Technologies Yokogawa ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (7/13) I N D U C T O R S MLP2016 ᄲ ˄H ࿅‫ݞ‬൰Ȃٛ൰ T ‫ ܄ڞ‬1.0mm max.˅ ‫ݢ‬න࿅‫ݞ‬ L ൮ఋ࿅‫ݞ‬ဇ 8.0 7.0 Inductance(μH) 6.0 5.0 4.7μH 4.0 3.3μH 3.0 2.2μH 2.0 1.5μH 1.0 1.0μH 0.47μH 0.0 0.1 1 10 100 Frequency(MHz) ɐ‫ك‬஢ົֻ ᄲख 4294A+16034G ˆ቏໢໪ቂ࿷݃‫ك‬஢ົֻȃ ٦ຟ Agilent Technologies ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (8/13) I N D U C T O R S MLP2016 ᄲ ˄H ࿅‫ݞ‬൰Ȃٛ൰ T ‫ ܄ڞ‬1.0mm max.˅ ‫ݢ‬න࿅‫ݞ‬ ‫ࡥݢ‬ፊ௚፱‫ݹ‬࿅‫ݞ‬ဇ ˄ஂ˅ 5.0 4.5 4.7μH 4.0 Inductance(μH) 3.5 3.3μH 3.0 2.5 2.2μH 2.0 1.2μH 1.5 1.0 1.0μH 0.5 0.0 0 250 500 750 DC current(mA) 1000 1250 1500 ɐ‫ك‬஢ົֻ ᄲख 4285A+42841A+42842C+42851-61100 ˆ቏໢໪ቂ࿷݃‫ك‬஢ົֻȃ ٦ຟ Agilent Technologies ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (9/13) I N D U C T O R S MLP2016 ᄲ ˄V ࿅‫ݞ‬൰Ȃٛ൰ T ‫ ܄ڞ‬1.0mm max.˅ ‫ݢ‬න࿅‫ݞ‬ L ൮ఋ࿅‫ݞ‬ဇ 3.5 3.0 Inductance(μH) 2.5 2.2μH 2.0 1.5μH 1.5 1.0μH 1.0 0.5 0.47μH 0.0 0.1 1 10 100 Frequency(MHz) ɐ‫ك‬஢ົֻ ᄲख 4294A+16034G ˆ቏໢໪ቂ࿷݃‫ك‬஢ົֻȃ ٦ຟ Agilent Technologies ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (10/13) I N D U C T O R S MLP2016 ᄲ ˄V ࿅‫ݞ‬൰Ȃٛ൰ T ‫ ܄ڞ‬1.0mm max.˅ ‫ݢ‬න࿅‫ݞ‬ ‫ࡥݢ‬ፊ௚፱‫ݹ‬࿅‫ݞ‬ဇ 3.5 3.0 2.5 2.0 1.5 1.0 0.5 0 0 250 500 750 DC current(mA) 1000 1250 1500 ɐ‫ك‬஢ົֻ ᄲख 4285A+42841A+42842C+42851-61100 ˆ቏໢໪ቂ࿷݃‫ك‬஢ົֻȃ ٦ຟ Agilent Technologies ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (11/13) I N D U C T O R S MLP2016 ᄲ ˄S ࿅‫ݞ‬൰Ȃٛ൰ T ‫ ܄ڞ‬1.0mm max.˅ ‫ݢ‬න࿅‫ݞ‬ L ൮ఋ࿅‫ݞ‬ဇ 7.0 6.0 Inductance(μH) 5.0 4.7μH 4.0 3.0 2.2μH 2.0 1.5μH 1.0 1.0μH 0.47μH 0.0 0.1 1 10 100 Frequency(MHz) ɐ‫ك‬஢ົֻ ᄲख 4294A+16034G ˆ቏໢໪ቂ࿷݃‫ك‬஢ົֻȃ ٦ຟ Agilent Technologies ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (12/13) I N D U C T O R S MLP2016 ᄲ ˄S ࿅‫ݞ‬൰Ȃٛ൰ T ‫ ܄ڞ‬1.0mm max.˅ ‫ݢ‬න࿅‫ݞ‬ ‫ࡥݢ‬ፊ௚፱‫ݹ‬࿅‫ݞ‬ဇ 7.0 6.0 Inductance(μH) 5.0 4.7μH 4.0 3.0 2.2μH 2.0 1.5μH 1.0μH 1.0 0.47μH 0.0 0 250 500 750 DC current(mA) 1000 1250 1500 ɐ‫ك‬஢ົֻ ᄲख 4285A+42841A+42842C+42851-61100 ˆ቏໢໪ቂ࿷݃‫ك‬஢ົֻȃ ٦ຟ Agilent Technologies ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm (13/13) I N D U C T O R S MLP2016 ᄲ ֡Ꭷᄳ໮ શ࿽‫܄ڞ‬ ø60min. 1.0 2.0±0.5 8.4 +2.0 –0.0 ø13±0.2 14.4max. ø21±0.8 ø180±2.0 Dimensions in mm Cavity 3.5±0.05 1.5 +0.1 –0.0 ୥ᄲ MLP2016 A 2.3±0.2 B 1.5±0.2 K 1.1max. A 8.0±0.3 Sprocket hole 1.75±0.1 ‫܄ڞܕף‬ K B 4.0±0.1 2.0±0.05 160min. Drawing direction Taping 2.0±0.05 200min. 300min. Dimensions in mm ၓம೙ࢮ࢑ৠጸฬȂ՗ภ‫ݓ‬໪ቂٛ൰ˈขႚ‫྆כ‬ถ೙੣ᇜ‫؞‬ฬไჱႿ࿅ᄹȂࣙࢆܿ‫ࢆࣙࢭت‬༚ȃ ৔ኵ೗๒૰೙ሓၓٛ൰࡙ட݃ኊሓ‫੶؜‬ኁࡻߑ࢑࡙ˈ༰‫؜‬ௐᄵ࿳ፃȃ 20150326 / inductor_commercial_power_mlp2016_zh.fm