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2023.08.29

Cenker New Product | Wire Wound Molded Power Inductor

The mounting on the surface of the NR inductor has high power current sensing.
The volume of NR inductors is very small and belongs to miniaturized products, but SMD inductors have the characteristics of high quality, large storage capacity, and low resistance
Surface mount high-power inductors
Can provide reel packaging suitable for automatic surface mounting
Featuring high Q value and low impedance
A series of characteristics such as low magnetic leakage, low direct resistance, and high current resistance

2023.07.08

Cenker New Product | Automotive CAN FD Chip Inductor with Winding and Common Mode

CAN FD (CAN with Flexible Data-Rate) is a new generation automotive network standard that allows for higher-speed (above 1Mbps) transmission and reception of larger data payloads (up to 64 bytes per frame) in automotive communication. DCMR (Differential to Common Mode Rejection) refers to the transformation of differential mode components into common mode components, satisfying the DCMR requirements of the common mode chokes used in CAN. The DCMR characteristics are classified into three classes, with DCMR Class 3 being the most stringent.

Cenker New Product | PFC Inductor ACKAH Series

2023.05.21

Cenker New Product | Flat Wire High Current SMD MOLDING POWER INDUCTOR

2023.04.02

Cenker New Product | D-Class Digital Amplifier Inductor - CKDE Series

2023.03.11

Cenker New Product | Vehicle-mounted PoC Inductor - ACW Series

2023.02.25

Cenker New Product | Ultra-thin Small Size SMD MOLDING POWER INDUCTOR

2022.09.25

Products Center

Automotive A Series

Consumer X Series

Wire Wound Molded Power Inductor

Energy storage

Magnetic shield structure
Closed magnetic circuit
Strong antielectromagnetic interference

Molding Power Inductor

Energy storage

Magnetic shield structure
Closed magnetic circuit
Strong antielectromagnetic interference,
Ultra low buzzer,high density installation

Magnetic Glue Inductor

Energy storage

Designed as surface mounting
Smallest and thinnest with high power
High saturation
AEC-Q200 qualified

Digital Amplifier Inductor

Energy storage

Assemblage design, sturdy structure
Magnetic shielded structure with low magnetic flux
Leakage low DC resistance,support high-currents

Shield Power Inductor

Energy storage

Impact durability
Reduce magnetic flux leakage and electromagnetic interference
Provide large Saturation current

Toroidal Inductor

EMC

Low magnetic loss
High saturation current

Wire Wound Chip Common Mode Coil

EMC

High common mode impedance at high frequency effects
Excellent noise suppression performance
2.20Ω~2000Ω are optional for different noise level and signal frequency

Wire Winding Transformer

Voltage regulation

High impedance, open structure, good heat dissipation effect
General purpose materials, low cost

Wireless Power Charging Coil

Other

Customization
Automated Production
Compliant with AEC-Q200 Certification

Wire Wound Chip Ceramic Inductor

Energy storage

High Q value
High self-resonant frequency with ceramic material

Wire Wound Chip Ferrite Inductor

EMC

Broadband impedance characteristics
Good DC superimposition characteristics
Efficient transmission signal Version A0 / Issue date:2022-8-8
The range of filter video noise from MHz to GHz
High saturation current, low DCR
AEC-Q200 verified

Molded Power Inductor

Energy storage

Magnetic shielding structure
Closed magnetic circuit

Wire Wound Molded Power Inductor

Energy storage

Magnetic shield structure,closed magnetic circuit,strong antielectromagnetic interference
ultra low buzzer,high density installation
Small volume,large current,in high frequency and high temperature environment to maintain excellent temperature current and saturation current characteristics.

Magnetic Glue Inductor

Energy storage

Designed as surface mounting
Smallest and thinnest with high power
High saturation

Wire Wound Chip Common Mode Coil

EMC

High common mode impedance at high frequency effects
Excellent noise suppression performance
2.20Ω~2000Ω are optional for different noise level and signal frequency

Digital Amplifier Inductor

Energy storage

Assemblage design, sturdy structure
Magnetic shielded structure with low magnetic flux
leakage low DC resistance,support high-currents

Shield Power Inductor

Energy storage

Impact durability
Reduce magnetic flux leakage and electromagnetic interference
Provide large Saturation current

High Current Flat-wire Power Inductor

Energy storage

Assemblage design, sturdy structure
Magnetic shielded structure with low magnetic flux
Leakage low DC resistance,support high-currents

Drum Core Inductor

Energy storage

Contain high - frequency ferrite
Comparatively large rated current

Axial Fixed Inductor

Energy storage

Design to be compact, small
Light-weight
Wide range of inductance

Bar Core Inductor

Energy storage

Use ferrite cores
High saturation current

Wire Wound Chip Ferrite Inductor

Energy storage

High Q value
High self-resonant frequency with Ferrite material

Toroidal Inductor

EMC

Low magnetic loss
High saturation current

Filter

EMC

Ferrite core, less magnetic leakage, good EMI performance;
High impedance, open structure

Wire Winding Transformer

Voltage regulation

High impedance, open structure, good heat dissipation effect
General purpose materials, low cost

Wireless Power Charging Coil

Other

Size, shape, characteristics customized
Low profile, Automated production
Comply with Qi standard

Multilayer Ferrite Chip Beads

EMC

Excellent solderability

Multilayer Ferrite Chip Inductors

Energy storage

Overall structure High reliability
Excellent solderability and high heat resistance

Multilayer Ferrite Chip Inductors

Energy storage

Adopting a monolithic structure
high reliability
compact size

SMD Pulse Transformer

Voltage regulation

Meets IEEE 802.3 Standards
Designed For 1G BASE-T Applications,Surface Mount Type
Operating Temp.: -40℃~+85℃

Wire Wound Chip Ceramic Inductor

Energy storage

High Q value
High self-resonant frequency with ceramic material

Industrial park

strip

Automatic production lines

people

Production employees

㎡

Standard factory

MPC

Shenzhen Cenker Technology Group Co., Ltd.

Founded in 2001, Cenker is a professional manufacturer dedicated to the research and development and manufacturing of inductance series products. Adhering to the corporate values of "customer first, diligence first, and sharing weal and woe", we adhere to Cenke's mission to explore the universe of components, create a wonderful life together, and become a global component solution provider. Product series: 17 types molded power inductor, magnetic glue inductor, common mode chokes, wire wound core ferrite inductors, winding transformers, etc.

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