Multilayer chip ferrite large current inductor microgate MGFL2012F4R7MT-LF designed for applications

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The MGFL series of multilayer chip ferrite large current inductors are designed for high-performance applications. These inductors offer a compact form factor and excellent electrical characteristics.

Product Attributes

Brand: SHENZHEN MICROGATE TECHNOLOGY CO., LTD
Product Line: MGFL Series
Origin: Shenzhen, China
Materials: Ferrite (Ni-Cu-Zn series), Silver (Ag), Nickel-Tin (Ni-Sn)
Certifications: RoHS compliant (indicated by -LF suffix)

Technical Specifications

Customer Part No.	Microgate Part No.	Inductance (H)	L Test Freq. (MHz)	SRF (MHz) min	RDC () max	IR* (mA) max	Thickness (mm)
MGFL2012F1R0MT-LF	MGFL2012F1R0MT-LF	1.020%	1	75	0.15	1400	0.850.10
MGFL2012F1R5MT-LF	MGFL2012F1R5MT-LF	1.520%	1	60	0.16	1300	0.850.10
MGFL2012F2R2MT-LF	MGFL2012F2R2MT-LF	2.220%	1	50	0.20	1200	0.850.10
MGFL2012F3R3MT-LF	MGFL2012F3R3MT-LF	3.320%	1	41	0.22	1100	0.850.10
MGFL2012F4R7MT-LF	MGFL2012F4R7MT-LF	4.720%	1	35	0.25	1000	0.850.10
MGFL2012F100MT-LF	MGFL2012F100MT-LF	1020%	1	24	0.32	500	1.150.10
MGFL2012F220MT-LF	MGFL2012F220MT-LF	2220%	1	18	0.70	300	1.150.10

Dimensions

Type	Dimensions (mm) [inch]
	L (Length)	W (Width)	T (Height)	a1, a2
2012	2.000.20 [0.0790.008]	1.250.20 [0.0490.008]	0.850.10 [0.0330.004]	1.150.10 [0.0450.004]	0.500.30 [0.020.012]

Reliability Specifications

NO.	Item	Specifications	Test Methods
1	Solder- Ability	More than 90% of termination should be covered with new solder.	Solder: Sn, Temperature: 255+5/-0, Flux: rosin, Duration: 3.50.5s
2	Leaching Resistance	More than 75% of termination Should be covered with new solder.	Solder: Sn, Temperature: 270+2/-0, Flux: rosin, Duration: 100.5s
3	Bending Strength	No mechanical damage should be noticed	When the board curve to 2mm (0.079 inch)
4	Body Strength	No mechanical damage should be noticed	Applied specified pull strength in axial direction
5	Terminal Strength	The terminal and body should be no damage	Applied specified pull strength in axial direction
6	Drop	1. Appearance no mechanical damage 2. Inductance change rate: 10% (0.001H ~ 10H); 20% (10H ~ 220H)	Drop 10 times on a concrete floor from a height of 1m.
7	Vibration	Inductance change rate: 10% (0.001H ~ 10H); 20% (10H ~ 220H)	Frequency: 10 to 55Hz, Amplitude: 1.52mm, Direction and time: X, Y and Z directions for 2 hours each.
8	Humidity resistance	Inductance change rate: 10% (0.001H ~ 10H); 20% (10H ~ 220H)	Temp.: 602, Humidity: 90%~95%, Test time: 1000 h. Measurement after 24 hours stabilization at normal condition.
9	High temperature resistance	Inductance change rate: 10% (0.001H ~ 10H); 20% (10H ~ 220H)	Applied rated current, Temp.: 1252, Test time: 1000 h. Measurement after 24 hours stabilization at normal condition.
10	Low temperature resistance	Inductance change rate: 10% (0.001H ~ 10H); 20% (10H ~ 220H)	Temp.: -552, Test time: 1000 h. Measurement after 24 hours stabilization at normal condition.
11	Thermal shock	Inductance change rate: 10% (0.001H ~ 10H); 20% (10H ~ 220H)	-55 (303min) to +125 (303min), 100 cycles. Measurement after 24 hours stabilization at normal condition.