MetalLions MLW1608RD-2R2MT for sale
MetalLions MLW1608RD-2R2MT for sale

MetalLions MLW1608RD-2R2MT

Manufacturer: MetalLions Asian Brands
Mfr. Part #: MLW1608RD-2R2MT
Package: 0603
Customer #:
Key Attributes: FIXED IND 2.2uH 0603
Description: 600mA 2.2uH ±20% 580mA 300mΩ Wire-wound chip inductor 0603 Fixed Inductors RoHS
Products Specifications
Manufacturer:
Package:
0603
Current Rating:
600mA
Inductance:
2.2uH
Tolerance:
±20%
Frequency - Self Resonant:
90MHz
Current - Saturation (Isat):
580mA
DC Resistance(DCR):
300mΩ
Type:
Wire-wound chip inductor
Ratings:
-
Q @ Frequency:
10@1MHz

Additional Information

Type Details
Minimum 5
Multiple 5
Standard Packaging 4000
Sales Unit Piece

Compliance & Export Codes

Type Details
RoHS
ECCN -
CNHTS 8504500000
USHTS 8504508000
TARIC 8504500010
CAHTS 8504500000
BRHTS 85045000
INHTS 85045010
MXHTS 8504.50.01

About Product

MetalLions MLW1608RD-2R2MT MetalLions MLW1608RD-2R2MT MetalLions MLW1608RD-2R2MT MetalLions MLW1608RD-2R2MT MetalLions MLW1608RD-2R2MT MetalLions MLW1608RD-2R2MT
Get Best Price
svg
Inquiry
Negotiate
Payment
Shipping
MetalLions
385 Products
Authorised Brand Asian Brand
MetalLions Electronics Co., Ltd. (hereinafter referred to as "MetalLions") was founded in 1998. The founding team has been deeply involved in the field of inductance and magnetic material science for more than 30 years, and has always been firmly focused on the research and development of materials, technology, production processes and equipment for inductance products. The company's products include chip power inductors, precision winding inductors, RF inductors, common mode inductors, etc., which are widely used in automotive electronics, network communications, Internet of Things, instrumentation, security, smart home, medical equipment, LED lighting, photovoltaic energy storage, consumer digital and other fields. MetalLions produces about 10 billion inductors of various categories annually. MetalLions provides not only high-quality products, but also provides customers with comprehensive and optimal inductance solutions.