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Part Manufacturer Description Datasheet Download Buy Part
67-21-B3P-B3Q2R2M0C-2T8-AM Everlight Electronics Co Ltd Single Color LED, Pastel Emerald Green, Diffused, 2.4mm, ROHS COMPLIANT, PLASTIC, LCC-2
LQH43NN2R2M03L Murata Manufacturing Co Ltd General Purpose Inductor,
LQM2HPN2R2MGHL Murata Manufacturing Co Ltd General Purpose Inductor,
LQM18PN2R2MDHD Murata Manufacturing Co Ltd General Purpose Inductor,
LQM2HPN2R2MGSL Murata Manufacturing Co Ltd General Purpose Inductor, 2.2uH, 20%, Ferrite-Core, 1008,
LQH43PB2R2M26L Murata Manufacturing Co Ltd General Purpose Inductor,

STS1465-2R2M Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2007 - STS1465

Abstract: STS1465-3R3M STS1465-2R2M STS1465-100M
Text: mm paper reel STS1465-R47M STS1465-R68M STS1465-1R0M STS1465-1R5M STS1465-2R2M STS1465 , Associated Components Technology, Inc is strictly forbidden. Date of Disclosure is Mar 20, 2007. STS1465-2R2M


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PDF STS1465 25Vrms 100kHz STS1465-R47M STS1465-R68M STS1465-1R0M STS1465-1R5M STS1465-2R2M STS1465-3R3M STS1465-4R7M STS1465 STS1465-3R3M STS1465-2R2M STS1465-100M
VLS2012E

Abstract: VLS4012E
Text: VLS201610ET-R47N VLS201610ET-R68N VLS201610ET-1R0N VLS201610ET-1R5N VLS201610ET- 2R2M VLS201610ET , 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000 Frequency(MHz) â , ) 10 6R8M 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0 0.5 1 1.5 2 , VLS201612ET-R68N VLS201612ET-1R0N VLS201612ET-1R5N VLS201612ET- 2R2M VLS201612ET-3R3M VLS201612ET , 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000 Frequency(MHz) â


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PDF VLS201610E VLS201612E VLS2010E VLS2012E VLS252008E VLS252010E VLS252012E VLS252015E VLS3010E VLS3012E VLS2012E VLS4012E
VLF252015MT-2R2M

Abstract: No abstract text available
Text: -1R0N VLF252010MT-1R5N VLF252010MT- 2R2M VLF252010MT-3R3M VLF252010MT-4R7M VLF252010MT-6R8M VLF252010MT , ) 4R7M 3R3M 2R2M 1R5N 1 1R0N R68N R47N 0.1 0.1 1 10 100 Frequency(MHz) â , (μH) 15 150M 10 100M 6R8M 5 4R7M 3R3M 2R2M 1R5N 1R0N R68N R47N 0.0 , VLF252012MT-R47N VLF252012MT-R68N VLF252012MT-1R0N VLF252012MT-1R5N VLF252012MT- 2R2M VLF252012MT , GRAPH 100 220M 150M 100M 6R8M 4R7M 10 Inductance(µH) 3R3M 2R2M 1R5N


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PDF VLF252010MT VLF252012MT VLF252015MT VLF302510MT VLF302512MT VLF302515MT VLF403210MT VLF403212MT VLF403215MT VLF504010MT VLF252015MT-2R2M
2013 - VLF252015MT-2R2M

Abstract: No abstract text available
Text: VLF252010MT-R47N-CA VLF252010MT-R68N-CA VLF252010MT-1R0N-CA VLF252010MT-1R5N-CA VLF252010MT- 2R2M -CA VLF252010MT , ) 4R7M 3R3M 2R2M 1R5N 1 1R0N R68N R47N 0.1 0.1 1 10 100 Frequency(MHz) â , (μH) 15 150M 10 100M 6R8M 5 4R7M 3R3M 2R2M 1R5N 1R0N R68N R47N 0.0 , -1R5N-CA VLF252012MT- 2R2M -CA VLF252012MT-3R3M-CA VLF252012MT-4R7M-CA VLF252012MT-6R8M-CA VLF252012MT , 10 Inductance(μH) 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.1 1 10


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PDF VLF252010MT-CA VLF252012MT-CA VLF252015MT-CA VLF302510MT-CA VLF302512MT-CA VLF302515MT-CA VLF403210MT-CA VLF403212MT-CA VLF403215MT-CA VLF504010MT-CA VLF252015MT-2R2M
2013 - VLS2012E

Abstract: VLS4012E
Text: VLS201610ET-R47N VLS201610ET-R68N VLS201610ET-1R0N VLS201610ET-1R5N VLS201610ET- 2R2M VLS201610ET , 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000 , CHARACTERISTICS GRAPH 100 100M Inductance(μH) 10 6R8M 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N , 0.75 0.60 0.50 VLS201612ET-R47N VLS201612ET-R68N VLS201612ET-1R0N VLS201612ET-1R5N VLS201612ET- 2R2M , 100M 6R8M 4R7M Inductance(μH) 10 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01


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PDF VLS201610E VLS201612E VLS2010E VLS2012E VLS252008E VLS252010E VLS252012E VLS252015E VLS3010E VLS3012E VLS2012E VLS4012E
2013 - VLS2012E

Abstract: VLS4012E
Text: VLS201610ET-R47N VLS201610ET-R68N VLS201610ET-1R0N VLS201610ET-1R5N VLS201610ET- 2R2M VLS201610ET , 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000 , CHARACTERISTICS GRAPH 100 100M Inductance(μH) 10 6R8M 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N , 0.75 0.60 0.50 VLS201612ET-R47N VLS201612ET-R68N VLS201612ET-1R0N VLS201612ET-1R5N VLS201612ET- 2R2M , 100M 6R8M 4R7M Inductance(μH) 10 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01


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PDF VLS201610E VLS201612E VLS2010E VLS2012E VLS252008E VLS252010E VLS252012E VLS252015E VLS3010E VLS3012E VLS2012E VLS4012E
2013 - UPIF0804

Abstract: UPIF0804-100M UPIF0502-2R2M UPIF1004 UPIF0502 2R2 COIL UPIF0804-R82M UPIFS0615-2R2M UPIFS0603-220M UPIF0412
Text: -1R5M UPIF0412- 2R2M Inductance @100kHz L0 ( uH ) 0.47 1.0 1.5 2.2 DCRm Typical 19.6 38.5 65.5 78.5 , (A) UPIF0412- 2R2M 2.50 100 Inductance(uH) 1.50 1.00 0.50 0.00 60 40 20 0 L(uH) T , . UPIF0402-1R5M UPIF0402- 2R2M UPIF0402-3R3M UPIF0402-4R7M UPIF0402-6R8M Inductance @100kHz L0 ( uH ) 1.5 , 1.20 0.80 0.40 0.00 0.0 1.0 2.0 3.0 4.0 5.0 6.0 7.0 8.0 L (uH) T() UPIF0402- 2R2M 100 80 60 40 20 0 , . UPIF0512-R10M UPIF0512-R47M UPIF0512-1R0M UPIF0512- 2R2M UPIF0512-3R3M UPIF0512-4R7M Inductance @100kHz L0


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PDF UPIF0412 UPIF0402 UPIF0512 UPIF0515 UPIF0502 UPIFS0612 UPIFS0615 UPIFS0603 UPIF0804 UPIF1004 UPIF0804-100M UPIF0502-2R2M UPIF1004 2R2 COIL UPIF0804-R82M UPIFS0615-2R2M UPIFS0603-220M
Not Available

Abstract: No abstract text available
Text: -1R0N-CA VLS201610ET-1R5N-CA VLS201610ET- 2R2M -CA VLS201610ET-3R3M-CA VLS201610ET-4R7M-CA VLS201610ET , 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000 , CHARACTERISTICS GRAPH 100 100M Inductance(μH) 10 6R8M 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N , -1R0N-CA VLS201612ET-1R5N-CA VLS201612ET- 2R2M -CA VLS201612ET-3R3M-CA VLS201612ET-4R7M-CA VLS201612ET , ) 10 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000


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PDF VLS201610E-CA VLS201612E-CA VLS2010E-CA VLS2012E-CA VLS252008E-CA VLS252010E-CA VLS252012E-CA VLS252015E-CA VLS3010E-CA VLS3012E-CA
VLF252015MT-2R2M

Abstract: No abstract text available
Text: -1R5N-CA VLF252010MT- 2R2M -CA VLF252010MT-3R3M-CA VLF252010MT-4R7M-CA VLF252010MT-6R8M-CA VLF252010MT , Inductance(μH) 4R7M 3R3M 2R2M 1R5N 1 1R0N R68N R47N 0.1 0.1 1 10 100 , 3R3M 2R2M 1R5N 1R0N R68N R47N 0.0 0 0.5 1 1.5 2 2.5 DC current (A) â , -1R5N-CA VLF252012MT- 2R2M -CA VLF252012MT-3R3M-CA VLF252012MT-4R7M-CA VLF252012MT-6R8M-CA VLF252012MT , 10 Inductance(μH) 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.1 1 10


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PDF VLF252010MT-CA VLF252012MT-CA VLF252015MT-CA VLF302510MT-CA VLF302512MT-CA VLF302515MT-CA VLF403210MT-CA VLF403212MT-CA VLF403215MT-CA VLF504010MT-CA VLF252015MT-2R2M
2013 - VLFM

Abstract: VLF252015MT-2R2M
Text: VLF252010MT-R47N VLF252010MT-R68N VLF252010MT-1R0N VLF252010MT-1R5N VLF252010MT- 2R2M VLF252010MT , 2R2M 1R5N 1 1R0N R68N R47N 0.1 0.1 1 10 100 Frequency(MHz) ○ Measurement , (μH) 15 150M 10 100M 6R8M 5 4R7M 3R3M 2R2M 1R5N 1R0N R68N R47N 0.0 , VLF252012MT-R47N VLF252012MT-R68N VLF252012MT-1R0N VLF252012MT-1R5N VLF252012MT- 2R2M VLF252012MT , ) 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.1 1 10 100 Frequency(MHz) â


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PDF VLF252010MT VLF252012MT VLF252015MT VLF302510MT VLF302512MT VLF302515MT VLF403210MT VLF403212MT VLF403215MT VLF504010MT VLFM VLF252015MT-2R2M
VLS2012E

Abstract: VLS4012E
Text: VLS201610ET-R47N VLS201610ET-R68N VLS201610ET-1R0N VLS201610ET-1R5N VLS201610ET- 2R2M VLS201610ET , 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000 , CHARACTERISTICS GRAPH 100 100M Inductance(μH) 10 6R8M 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N , 0.75 0.60 0.50 VLS201612ET-R47N VLS201612ET-R68N VLS201612ET-1R0N VLS201612ET-1R5N VLS201612ET- 2R2M , 100M 6R8M 4R7M Inductance(μH) 10 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01


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PDF VLS201610E VLS201612E VLS2010E VLS2012E VLS252008E VLS252010E VLS252012E VLS252015E VLS3010E VLS3012E VLS2012E VLS4012E
2013 - Not Available

Abstract: No abstract text available
Text: SPM3012T-1R0M SPM3012T-1R5M SPM3012T- 2R2M SPM3012T-3R3M SPM3012T-4R7M Rated current: smaller value , 10.0 2R2M 5.0 0.0 0.01 1R5M 1R0M 0.1 1 Frequency (MHz) 10 100 â , 2R2M 2 1R5M 1 0 1R0M 0 1 2 4 5 6 DC current (A) ○ Measurement , -1R5M SPM3015T- 2R2M SPM3015T-3R3M SPM3015T-4R7M Rated current: smaller value of either Idc1 or Idc2. Idc1 , 10.0 2R2M 5.0 1R5M 1R0M R47M 0.0 0.1 1 10 100 Frequency (MHz) ○ Measurement


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PDF SPM3012 SPM3015 SPM3020 SPM4012 SPM4015 SPM4020 SPM5012 SPM5015 SPM5020 SPM5030
2005 - PS5030-150

Abstract: PS4018-4R7M ps5020 PS5030-3R3 PS4018-2R2M
Text: Series Part Number PS3011-1R5M PS3011- 2R2M PS3011-3R3M PS3011-4R7M PS3011-6R8M PS3011-100M Inductance µH , 1.40 1.24 1.12 1.00 0.98 0.92 0.80 0.76 0.64 Part Number PS3014-1R5M PS3014-1R8M PS3014- 2R2M PS3014 , PS4018-1R5M 1.5 ±20% PS4018- 2R2M 2.2 ±20% PS4018-3R3M 3.3 ±20% PS4018-4R7M 4.7 ±20% PS4018-6R8M 6.8 ±20% , µH PS5020-1R2M 1.2 ±20% PS5020- 2R2M 2.2 ±20% PS5020-3R3M 3.3 ±20% PS5020-4R7M 4.7 ±20% PS5020 , Series Inductance Tolerance µH PS5030-1R2M 1.2 ±20% PS5030- 2R2M 2.2 ±20% PS5030-3R3M 3.3 ±20% PS5030


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PDF 55MAX 030-220M PS6030-270M PS6030-330M PS6030-390M PS6030-470M PS6030-560M PS6030-680M PS6030-820M PS6030-101M PS5030-150 PS4018-4R7M ps5020 PS5030-3R3 PS4018-2R2M
2012 - Not Available

Abstract: No abstract text available
Text: -1R0M UPIF0412-1R5M UPIF0412- 2R2M Typical performance curves : UPIF0412-1R0M UPIF0412-1R5M 100 80 60 40 , 8.3 9.2 DC Current (A) DC Current (A) DC Current (A) UPIF0412- 2R2M 2.50 100 Inductance , ±0.3 2.03 2.03 2.03 2.03 2.03 Maximum 50.0 68.0 86.0 105.0 162.0 UPIF0402-1R5M UPIF0402- 2R2M , 0.80 0.40 0.00 0.0 1.0 2.0 3.0 4.0 5.0 6.0 7.0 8.0 L (uH) T() UPIF0402- 2R2M 100 80 60 40 20 0 , Maximum 5.0 20.0 46.5 77.3 103.0 168.0 UPIF0512-R10M UPIF0512-R47M UPIF0512-1R0M UPIF0512- 2R2M


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PDF UPIF0412 UPIF0402 UPIF0512 UPIF0515 UPIF0502 UPIFS0612 UPIFS0615 UPIFS0603 UPIF1004
MPC1055LR36

Abstract: SQS37-2R2M-R IHLP-2525CZ-ER-2R2-M-11 R68M IHLP2525CZER2R2M01 IHLP5050FDERR47M01 IHLP2525CZRZ-4R7 IHLP2525CZRZ4R7M01 IHLP2525CZERR68M01 IHLP2525CZER10RM11
Text: MMD MMD 1R0M R22M R68M 1R0M 1R0M 2R2M 3R3M 4R2M 4R7M R10M R33M R68M R82M 100M 3R3M 4R7M 1R0M 4R7M 2R2M 4R7M 3R3M R22M 100M 1R0M 1R0M 1R0M 1R0M 2R2M 3R3M 4R7M R22M R68M 2R2M R82M 2R0M R36M 1R0M R36M 1R8M 4R7M R36M R36M R56M R88M R36M R36M RU RU ACT , 12EZ 12FDF 12FDV 12FDV 12FDV 2R2M 1R0M 1R5M 2R2M 4R7M 1R0M 1R5M R47M 1R0M R60M R80M 4R7M 1R0M 3R5M 1R0M R50M 1R0M 1R5M R47M MAG LAYERS USA, INC. RU ACT SQS37- 2R2M


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PDF STS703-1R0M MPL73-R22 STS703-R68M IHLP2525CZER1R0M01 IHLP2525CZER2R2M01 1204M 1206C MPC1055LR36 SQS37-2R2M-R IHLP-2525CZ-ER-2R2-M-11 R68M IHLP2525CZER2R2M01 IHLP5050FDERR47M01 IHLP2525CZRZ-4R7 IHLP2525CZRZ4R7M01 IHLP2525CZERR68M01 IHLP2525CZER10RM11
VLF252015MT-2R2M

Abstract: No abstract text available
Text: VLF252010MT-R47N VLF252010MT-R68N VLF252010MT-1R0N VLF252010MT-1R5N VLF252010MT- 2R2M VLF252010MT , 2R2M 1R5N 1 1R0N R68N R47N 0.1 0.1 1 10 100 Frequency(MHz) ○ Measurement , (μH) 15 150M 10 100M 6R8M 5 4R7M 3R3M 2R2M 1R5N 1R0N R68N R47N 0.0 , VLF252012MT-R47N VLF252012MT-R68N VLF252012MT-1R0N VLF252012MT-1R5N VLF252012MT- 2R2M VLF252012MT , ) 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.1 1 10 100 Frequency(MHz) â


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PDF VLF252010MT VLF252012MT VLF252015MT VLF302510MT VLF302512MT VLF302515MT VLF403210MT VLF403212MT VLF403215MT VLF504010MT VLF252015MT-2R2M
2013 - Not Available

Abstract: No abstract text available
Text: -1R0N-CA VLS201610ET-1R5N-CA VLS201610ET- 2R2M -CA VLS201610ET-3R3M-CA VLS201610ET-4R7M-CA VLS201610ET , 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000 , CHARACTERISTICS GRAPH 100 100M Inductance(μH) 10 6R8M 4R7M 3R3M 2R2M 1R5N 1R0N 1 R68N , -1R0N-CA VLS201612ET-1R5N-CA VLS201612ET- 2R2M -CA VLS201612ET-3R3M-CA VLS201612ET-4R7M-CA VLS201612ET , ) 10 3R3M 2R2M 1R5N 1R0N 1 R68N R47N 0.1 0.01 0.1 1 10 100 1000


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PDF VLS201610E-CA VLS201612E-CA VLS2010E-CA VLS2012E-CA VLS252008E-CA VLS252010E-CA VLS252012E-CA VLS252015E-CA VLS3010E-CA VLS3012E-CA
2010 - Not Available

Abstract: No abstract text available
Text: €• Thickness 〔mm〕 (inch) ●CKP2016 Ordering code CKP2016 2R2M CKP2016 4R7M EHS , 0.20 0.11 0.16 1.0max ●CKP2520 CKP2520M2R2M CKP2520 1R0M CKP2520 1R5M CKP2520 2R2M , CKP2520 10 4R7M 2R2M 1 1R0M 0.01 1 CKP2012N 10 0.1 DC Bias[A] 1 10 , 1R0M 1 1R0M 1 R82M 0.1 0.1 0.1 0.1 DC Bias[A] 0.1 DC Bias[A] 2R2M 2R2M 0.01 2R2M 1 0.1 0.01 Inductance [μH] 0.1 DC Bias[A] 2R2M 1 0.1 0.1 0.01


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PDF CKP2016 CKP2520M CKP2520V NM2520V1R0M mlci03
2013 - Not Available

Abstract: No abstract text available
Text: Part No. NLCV25T-1R0M-PFD NLCV25T-1R5M-PFD NLCV25T- 2R2M -PFD NLCV25T-3R3M-PFD NLCV25T , 150K 100K 6R8M 4R7M 3R3M 10 2R2M 1R5M 1 0.1 0.1 1R0M 1 10 100 , CHARACTERISTICS GRAPH 1000 Inductance(μH) 100 330K 220K 150K 10 100K 6R8M 4R7M 3R3M 2R2M , 100K 6R8M 4R7M 3R3M 2R2M 1R5M 1R0M Impedance(Ω) 1000 100 10 1 0.1 0.1 1 , Part No. NLCV32T-1R0M-PFD NLCV32T-1R5M-PFD NLCV32T- 2R2M -PFD NLCV32T-3R3M-PFD NLCV32T


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PDF NLCV25-PFD NLCV32-PFD NLCV25-PFRD NLCV32-PFRD
2013 - UPIF0412

Abstract: No abstract text available
Text: . Leading l UPIF 0412 series Part No. UPIF0412-R47M UPIF0412-1R0M UPIF0412-1R5M UPIF0412- 2R2M , ) DC Current (A) DC Current (A) UPIF0412- 2R2M 2.50 100 Inductance(uH) 1.50 1.00 0.50 0.00 , UPIF 0402 series Part No. UPIF0402-1R5M UPIF0402- 2R2M UPIF0402-3R3M UPIF0402-4R7M UPIF0402 , 4.0 5.0 6.0 7.0 8.0 L (uH) T( ) UPIF0402- 2R2M 100 80 60 40 20 0 UPIF0402-3R3M 100 4.00 100 80 , 0512 series Part No. UPIF0512-R10M UPIF0512-R47M UPIF0512-1R0M UPIF0512- 2R2M UPIF0512-3R3M UPIF0512


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PDF UPIF0412 UPIF0402 UPIF0512 UPIF0515 UPIF0502 UPIFS0612 UPIFS0615 UPIFS0603 UPIF0804 UPIF1004
2012 - UPIF1004-220M

Abstract: No abstract text available
Text: . UPIF0412-R47M UPIF0412-1R0M UPIF0412-1R5M UPIF0412- 2R2M Inductance @100kHz L0 ( uH ) 0.47 1.0 1.5 2.2 , 5.4 DC Current (A) DC Current (A) DC Current (A) UPIF0412- 2R2M 2.50 100 Inductance(uH , DC Current (A) z UPIF 0402 series Inductance Part No. L0 ( uH ) UPIF0402-1R5M UPIF0402- 2R2M , 3.0 4.0 5.0 6.0 7.0 8.0 100 80 60 40 UPIF0402- 2R2M 2.60 100 4.00 UPIF0402-3R3M 100 80 60 40 , UPIF 0512 series Part No. UPIF0512-R10M UPIF0512-R47M UPIF0512-1R0M UPIF0512- 2R2M UPIF0512


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PDF UPIF0412 UPIF0402 UPIF0512 UPIF0515 UPIF0502 UPIFS0612 UPIFS0615 UPIFS0603 UPIF1004 UPIF1004-470M UPIF1004-220M
470 NR 200

Abstract: 470 NR 100 4012T C1608T 101M L2012T CKP2520 BRL2518 470M 330M
Text: 2R2M RoHS 2.2 80 0.135 1000 850 BR L2518T 3R3M RoHS 3.3 70 0.300 , L2012T 2R2M RoHS 2.2 200 0.30 600 550 BR L2012T 3R3M RoHS 3.3 190 0.50 , C1608T R77M RoHS 0.77 BR C1608T 1R0M RoHS 1.0 BR C1608T 1R5M RoHS BR C1608T 2R2M RoHS EHS Inductance [ H ] CKP 2520 2R2M RoHS 2.2 CKP 2520 3R3M RoHS 3.3 CKP , ] NR3010 Shielded type NR 3010T 1R0N RoHS 1.0 NR 3010T 1R5N RoHS 1.5 NR 3010T 2R2M


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PDF 300kHz 500KHz 8040T 470 NR 200 470 NR 100 4012T C1608T 101M L2012T CKP2520 BRL2518 470M 330M
2011 - SNR3015E-1R5M

Abstract: SNR2010E-3R3M MARKING N2 SNR2510E-2R2M 220 marking SNR3015E-100M 1R5M
Text: -1R5M SNR2010E- 2R2M SNR2010E-3R3M SNR2010E-4R7M SNR2010E-5R6M SNR2010E-6R8M SNR2010E-100M SNR2010E-220M SNR2510E-1R0M SNR2510E-1R5M SNR2510E- 2R2M SNR2510E-3R3M SNR2510E-4R7M SNR2510E-5R6M SNR2510E-6R8M SNR2510E-100M SNR2510E-220M SNR2512E-1R0M SNR2512E-1R5M SNR2512E- 2R2M SNR2512E-3R3M SNR2512E-4R7M SNR2512E-5R6M SNR2512E-6R8M SNR2512E-100M SNR2512E-220M SNR3010E-1R0M SNR3010E-1R5M SNR3010E- 2R2M SNR3010E-3R3M SNR3010E-4R7M SNR3010E-6R8M SNR3010E , Inductance Part No. L (uH) SNR3012E-1R0M SNR3012E-1R5M SNR3012E- 2R2M SNR3012E-3R3M SNR3012E-4R7M SNR3012E


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PDF SNR2010E SNR2510E SNR2512E SNR3010E SNR3012E SNR3015E SNR3012E-6R8M SNR3012E-100M SNR3012E-220M SNR3015E-1R0M SNR3015E-1R5M SNR2010E-3R3M MARKING N2 SNR2510E-2R2M 220 marking SNR3015E-100M 1R5M
2012 - FS0603

Abstract: UPIF0502
Text: 2.03 2.03 Maximum 21.0 47.0 75.0 83.5 UPIF0412-R47M UPIF0412-1R0M UPIF0412-1R5M UPIF0412- 2R2M , (A) DC Current (A) UPIF0412- 2R2M 2.50 100 Inductance(uH) 1.50 1.00 0.50 0.00 60 40 20 , 68.0 86.0 105.0 162.0 UPIF0402-1R5M UPIF0402- 2R2M UPIF0402-3R3M UPIF0402-4R7M UPIF0402 , 8.0 L (uH) T() UPIF0402- 2R2M 100 80 60 40 20 0 UPIF0402-3R3M 100 4.00 100 80 60 40 L (uH , UPIF0512-R10M UPIF0512-R47M UPIF0512-1R0M UPIF0512- 2R2M UPIF0512-3R3M UPIF0512-4R7M Typical performance


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PDF UPIF0412 UPIF0402 UPIF0512 UPIF0515 UPIF0502 UPIFS0612 UPIFS0615 UPIFS0603 UPIF1004 FS0603
2013 - SPM3015T-1R0M

Abstract: No abstract text available
Text: -1R0M SPM3012T-1R5M SPM3012T- 2R2M SPM3012T-3R3M SPM3012T-4R7M Rated current: smaller value of either Idc1 , 10.0 2R2M 5.0 0.0 0.01 1R5M 1R0M 0.1 1 Frequency (MHz) 10 100 â , 2R2M 2 1R5M 1 0 1R0M 0 1 2 4 5 6 DC current (A) ○ Measurement , Part No. Idc2 4.3 3.5 3.0 2.6 2.0 1.8 SPM3015T-R47M SPM3015T-1R0M SPM3015T-1R5M SPM3015T- 2R2M , 2R2M 5.0 1R5M 1R0M R47M 0.0 0.1 1 10 100 Frequency (MHz) ○ Measurement


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PDF SPM3012 SPM3015 SPM3020 SPM4012 SPM4015 SPM4020 SPM5012 SPM5015 SPM5020 SPM5030 SPM3015T-1R0M
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