Datasheet 3D Model

ML413RAA Series

High-Reliability Chip Inductors

ML413RAA Series features high SRF and excellent Q values.

Tight tolerances, many values at 1%.
28 inductance values from 10 nH to 1 µH.
Silver-palladium-platinum-glass frit terminations.

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Features high temperature materials that allow operation in ambient temperatures up to 155°C.

Specifications

Electrical specifications at 25°C.

Part number 1	Inductance (nH) 2	Tolerance (%)	Q min 3	SRF min (MHz) 4	DCR max (Ω) 5	Imax (mA)	Color code 6
Part number 1	Inductance (nH) 2	Tolerance (%)	Q min 3	SRF min (MHz) 4	DCR max (Ω) 5	Imax (mA)	Color code 6
ML413RAA100_LZ	10 @ 50.0 MHz	5,2	44 @ 500 MHz	3060	0.08	900	Black
ML413RAA120_LZ	12 @ 50.0 MHz	5,2	45 @ 500 MHz	2680	0.09	900	Red
ML413RAA150_LZ	15 @ 50.0 MHz	5,2	50 @ 500 MHz	2220	0.10	850	Orange
ML413RAA180_LZ	18 @ 50.0 MHz	5,2,1	50 @ 350 MHz	2200	0.11	900	Yellow
ML413RAA220_LZ	22 @ 50.0 MHz	5,2,1	55 @ 350 MHz	2100	0.12	900	Blue
ML413RAA270_LZ	27 @ 50.0 MHz	5,2,1	55 @ 350 MHz	1380	0.13	900	Black
ML413RAA330_LZ	33 @ 50.0 MHz	5,2,1	60 @ 350 MHz	1600	0.14	850	Orange
ML413RAA390_LZ	39 @ 50.0 MHz	5,2,1	60 @ 350 MHz	1420	0.15	850	Violet
ML413RAA470_LZ	47 @ 50.0 MHz	5,2,1	65 @ 350 MHz	1420	0.16	820	Red
ML413RAA560_LZ	56 @ 50.0 MHz	5,2,1	60 @ 350 MHz	1140	0.18	780	Yellow
ML413RAA680_LZ	68 @ 50.0 MHz	5,2,1	46 @ 100 MHz	1140	0.20	710	Gray
ML413RAA820_LZ	82 @ 50.0 MHz	5,2,1	48 @ 100 MHz	940	0.22	710	Red
ML413RAA101_LZ	100 @ 25.0 MHz	5,2,1	37 @ 100 MHz	900	0.56	440	Violet
ML413RAA121_LZ	120 @ 25.0 MHz	5,2,1	40 @ 100 MHz	840	0.63	410	White
ML413RAA151_LZ	150 @ 25.0 MHz	5,2,1	40 @ 100 MHz	740	0.70	400	Red
ML413RAA181_LZ	180 @ 25.0 MHz	5,2,1	38 @ 100 MHz	680	0.77	390	Orange
ML413RAA221_LZ	220 @ 25.0 MHz	5,2,1	40 @ 100 MHz	580	0.84	370	Green
ML413RAA271_LZ	270 @ 25.0 MHz	5,2,1	45 @ 100 MHz	540	0.91	330	White
ML413RAA331_LZ	330 @ 25.0 MHz	5,2,1	45 @ 100 MHz	500	1.05	330	Orange
ML413RAA391_LZ	390 @ 25.0 MHz	5,2,1	45 @ 100 MHz	480	1.12	310	Blue
ML413RAA471_LZ	470 @ 25.0 MHz	5,2,1	45 @ 100 MHz	400	1.19	280	Black
ML413RAA561_LZ	560 @ 25.0 MHz	5,2,1	40 @ 100 MHz	360	1.33	280	Green
ML413RAA621_LZ	620 @ 25.0 MHz	5,2,1	45 @ 100 MHz	360	1.40	270	Blue
ML413RAA681_LZ	680 @ 25.0 MHz	5,2,1	45 @ 100 MHz	345	1.47	270	Gray
ML413RAA751_LZ	750 @ 25.0 MHz	5,2,1	45 @ 100 MHz	335	1.54	270	Black
ML413RAA821_LZ	820 @ 25.0 MHz	5,2,1	45 @ 100 MHz	310	1.61	250	Brown
ML413RAA911_LZ	910 @ 25.0 MHz	5,2,1	35 @ 50.0 MHz	280	1.68	250	Red
ML413RAA102_LZ	1000 @ 25.0 MHz	5,2,1	34 @ 50.0 MHz	280	1.75	230	Yellow

Notes

When ordering, please specify tolerance code: e.g. ML413RAA102GLZ.
Inductance measured using a Coilcraft SMD-A fixture in an Agilent/HP 4286A impedance analyzer or equivalent with Coilcraft-provided correlation pieces.
Q measured using an Agilent/HP 4291A with an AgilentHP 16197A test fixture or equivalents.
SRF measured using an Aglilent/HP 8753ES network analyzer or equivalent and a Coilcraft CCF1297 test fixture.
DCR measured on a Keithley 580 micro-ohmmeter or equivalent and a Coilcraft CCF858 test fixture.
Current production parts are marked with one dot. Prior production parts were marked with three dots. Part marking does not indicate polarity.

Tolerance:

F = 1%
G = 2%
J = 5%

Environmental

Ambient temperature range:

–55°C to +125°C with Imax current

Storage temperature range:

Component: –55°C to +155°C
Tape and reel packaging: –55°C to +80°C

Maximum part temperature:

+155°C (ambient + temp rise)

Failures in Time (FIT) / Mean Time Between Failures (MTBF):

See FIT/MTBF Calculations

Performance curves

L vs Frequency

Q vs Frequency

Physical characteristics

General specification

Core Material:

Ceramic

Packaging:

2000 per 7″ reel Plastic tape: 8 mm wide, 0.3 mm thick, 4 mm pocket spacing, 2.0 mm pocket depth.

Temperature coefficient of inductance:

+25 to +155 ppm/°C

Soldering/Washing

Moisture Sensitivity Level (MSL):

1 (unlimited floor life at <30°C / 85% relative humidity)

Resistance to soldering heat:

Max three 40 second reflows at +260°C, parts cooled to room temperature between cycles.

Refer to Soldering Coilcraft Components before soldering.