Name: KEMET ESD-R-14C-2
Brand: KEMET
SKU: 80-ESD-R-14C-2
Price: 119 JPY
Availability: InStock

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Product Attribute	Attribute Value	Select Attribute
Manufacturer:	KEMET
Product Category:	Ferrite Toroids / Ferrite Rings
RoHS:
Product Type:	Ferrite Toroids / Ferrite Rings
Product:	Toroids
Inside Diameter:	7 mm
Outside Diameter:	14 mm
Outside Length:	3 mm
Series:	ESD-R
Packaging:	Bulk
Core Material:	Nickel Zinc
Brand:	KEMET
Frequency:	300 MHz
Maximum Operating Temperature:	+ 85 C
Minimum Operating Temperature:	- 25 C
Factory Pack Quantity:	6000
Subcategory:	Ferrites
Test Frequency:	300 MHz
Type:	EMI, Solid Toroidal Cores
Part # Aliases:	UECESDR14C2000
Unit Weight:	1.700 g

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Compliance Codes

JPHTS:: 854800000
CNHTS:: 8548000001
CAHTS:: 8548000000
USHTS:: 8548000000
KRHTS:: 8532290000
TARIC:: 8543900090
ECCN:: EAR99

Origin Classifications

Country of Origin:: China
Assembly Country of Origin:: Not available
Country of Diffusion:: Not available

The country is subject to change at the time of shipment.

Transportation Solutions

KEMET Transportation Solutions feature automotive components that are designed with safer failure mechanisms and are industry standard qualified, including AEC-Q200 and VW AUDI 80808. These solutions have been proven on the road and in the KEMET lab, enabling safer, more efficient, and smarter vehicles. KEMET offers a wide range of products for the automotive industry, and these transportation solutions are verified to work under harsh temperatures ranging from -50°C to +175°C.

EMI Cores

KEMET EMI Cores provide high-frequency noise suppression in electronic circuits. There are two ferrite material options for KEMET EMI Cores, namely Nickel-Zinc (NiZn) and Manganese Zinc (MnZn). The NiZn core material is typically effective for theMHz band range (FM-band frequencies), whereas the MnZn core material is typically effective for the kHz band range (AM-band frequencies). The MnZn core material offers a lower resistance compared to the NiZn and hence adequate insulation is required before use (recommended to measure the actual frequency-range effectiveness in the target application). The effective frequency range varies depending on core shape, size, and the number of turns.