The CP336fra672maz is a precision-engineered common mode choke developed by Coilcraft Inc., a global leader in magnetic components. Designed for high-speed signal filtering and electromagnetic interference suppression, this component has become a preferred choice among engineers developing next-generation communication and data systems. The CP336fra672maz is known for its exceptional impedance performance, low DCR (DC resistance), and compact surface-mount design, making it ideal for EMI filtering in compact PCB layouts.
In today’s world of increasingly complex electronics, devices must transmit data faster, cleaner, and more efficiently. The coilcraft CP336fra672maz ensures exactly that — enabling high-speed differential pairs such as USB 3.0, HDMI, LVDS, and Ethernet to maintain integrity even in environments dense with RF noise. By effectively blocking unwanted common mode noise while allowing differential signals to pass freely, the CP336fra672maz significantly enhances both system performance and compliance with EMI and EMC standards.
Understanding Coilcraft and the CP336FRA Series
Coilcraft Inc. has long been recognized as one of the most innovative manufacturers of inductors, filters, and chokes in the electronics industry. Competing with major brands like Murata, TDK, Taiyo Yuden, and Bourns, Coilcraft has earned trust through consistent product quality, detailed datasheets, and support for global RoHS and REACH standards. Their CP336FRA series represents a refined line of high-frequency EMI suppression components optimized for signal integrity improvement.
The CP336fra672maz belongs to this advanced family, which targets the needs of engineers working on compact, high-speed systems. Each unit in the CP336FRA lineup is built for surface mount assembly, designed to filter unwanted common mode noise without compromising high-frequency signal transmission. The CP336fra672maz stands out because of its unique impedance characteristics, low thermal resistance, and strong mechanical reliability, making it a reliable partner in demanding electronic designs where performance consistency is paramount.
Technical Specifications of CP336fra672maz
The CP336fra672maz datasheet offers a detailed insight into its electrical and physical properties. This component typically features an inductance in the nanohenry (nH) range and a DCR of approximately 0.45 Ω, ensuring minimal energy loss while filtering interference effectively. Its common mode impedance reaches impressive levels across a wide frequency (GHz) spectrum, providing robust noise suppression from lower to high frequencies without signal degradation.
Engineers value the CP336fra672maz specifications for their precision and reliability. With a cutoff frequency near 0.93 GHz, the choke performs optimally for differential signals running in the multi-gigabit domain — perfect for USB 3.0, HDMI, or Gigabit Ethernet links. The component also supports isolation voltage up to 500 Vrms, ensuring safe operation even under transient voltage spikes. Built with low DCR components and high saturation materials, the CP336fra672maz maintains performance in varying temperature ranges from −40 °C to +105 °C, providing flexibility across both consumer and industrial applications.
How CP336fra672maz Works
At its core, the CP336fra672maz functions as a common mode choke, a type of EMI filter used to suppress unwanted noise currents that appear equally on both lines of a differential pair. The choke uses magnetic coupling to block common mode currents while allowing differential currents — the actual data signals — to flow without attenuation. This fundamental principle of differential mode vs common mode behavior ensures that high-speed signals maintain clarity even in noisy environments.
Inside the CP336fra672maz, the design uses carefully wound coils on a high-performance magnetic core that maximizes impedance to common mode signals. When common mode noise tries to pass through, the magnetic fields generated by both lines reinforce each other, resulting in strong opposition and high impedance. Differential signals, however, produce opposing magnetic fields that cancel each other out, allowing them to flow with minimal resistance. This intelligent design is what makes the coilcraft CP336fra672maz a superior solution for electromagnetic interference suppression in high-frequency systems.
Key Features and Benefits of CP336fra672maz
One of the most impressive features of the CP336fra672maz is its low DCR combined with high impedance, allowing it to deliver strong EMI filtering without introducing significant voltage drop or signal distortion. This makes it ideal for high-speed differential applications where signal integrity is non-negotiable. Additionally, its compact surface mount choke coil form factor enables space-efficient integration into modern PCB designs.
The CP336fra672maz offers excellent RF interference reduction and minimal insertion loss, contributing to cleaner signal transmission and improved data accuracy. It also complies with major environmental standards like RoHS and REACH, ensuring that it meets the sustainability and safety requirements demanded by global electronics manufacturers. Designed for surface mount assembly, it guarantees mechanical stability during reflow soldering, simplifying the production process for high-volume assembly lines.
CP336fra672maz: The Future of EMI Noise Suppression
Applications of CP336fra672maz
The CP336fra672maz is widely used in electronics requiring clean, interference-free high-speed data transmission. Common applications include USB 3.0, HDMI, Ethernet, LVDS, and CAN bus circuits, where maintaining signal integrity and meeting EMI limits are crucial. By effectively filtering common mode noise, the CP336fra672maz ensures stable performance and compliance with EMC (Electromagnetic Compatibility) standards across industries.
Beyond consumer electronics, the CP336fra672maz also finds applications in automotive electronics, industrial control systems, and IoT devices. In automotive systems, for instance, it protects communication lines from EMI generated by alternators and ignition systems. In industrial setups, it ensures reliable sensor and actuator communication even in environments filled with high-power RF sources. This versatility makes the coilcraft CP336fra672maz a trusted choice for engineers seeking durability, performance, and precision.
Installation and Circuit Design Considerations
Integrating the CP336fra672maz into a PCB EMI filter layout requires careful attention to trace symmetry, spacing, and orientation. The choke should be placed as close as possible to the noise source or the connector to maximize EMI suppression efficiency. Routing of differential pairs must remain symmetrical to prevent unbalanced currents, which can reintroduce common mode noise even with a high-quality choke installed.
During PCB layout optimization, designers should avoid long vias and excessive stubs near the CP336fra672maz to reduce parasitic inductance. Ground planes beneath the component improve shielding and thermal performance. After installation, differential signal testing using a frequency response analyzer can help confirm impedance characteristics and noise reduction efficiency. The result is a circuit that maintains signal clarity while fully utilizing the capabilities of the CP336fra672maz.
CP336fra672maz vs Other Common Mode Chokes
When comparing the CP336fra672maz with equivalents from Murata, TDK, or Taiyo Yuden, the Coilcraft design consistently excels in impedance vs frequency performance and DCR optimization. Murata and TDK products often compete closely, but Coilcraft’s focus on detailed datasheet accuracy and tight tolerance manufacturing makes the CP336fra672maz stand out in professional and industrial-grade designs.
The CP336fra672maz also offers a superior impedance balance across frequency ranges, ensuring consistent EMI filtering for multiple data protocols. While competitors may offer slightly smaller sizes, Coilcraft’s attention to thermal and electrical stability provides better longevity. For engineers prioritizing both reliability and measurable performance in real-world circuits, the CP336fra672maz remains an excellent choice that outperforms most alternatives.
How to Read the CP336fra672maz Datasheet
Understanding the CP336fra672maz datasheet is essential for proper component selection and circuit design. Each parameter — from inductance (nH) and impedance (Ω) to DCR (Ω) and isolation voltage (Vrms) — defines how the choke will behave under specific conditions. The impedance vs frequency graph reveals how efficiently it blocks common mode noise across different bands, allowing engineers to align the choke’s performance with their system’s operating frequencies.
Engineers should also pay close attention to current ratings and temperature limits in the datasheet. These parameters ensure that the CP336fra672maz operates within safe thermal margins even under continuous high-frequency loads. Coilcraft’s datasheet also includes recommended PCB footprint dimensions, soldering profiles, and handling guidelines, all of which help ensure reliability during surface mount assembly.
Buying Guide and Availability
The CP336fra672maz is available through authorized Coilcraft distributors and reputable electronics component suppliers. Engineers can order directly from Coilcraft’s website to access free samples, CP336fra672maz pdf datasheets, and technical support. For large production runs, buying in bulk reduces the CP336fra672maz price significantly, making it cost-effective for mass manufacturing.
To ensure authenticity, always check the part number label for the exact sequence — CP336fra672maz — and verify the supplier’s certification. Avoid third-party resellers that cannot provide traceable sourcing or batch testing documentation. Coilcraft’s direct distribution network guarantees genuine components built to the highest quality standards, ensuring the long-term reliability of your designs.
Future of EMI Filtering and Coilcraft Innovations
As devices push data rates beyond 10 Gbps, EMI suppression technology must evolve. Coilcraft continues to innovate with materials and winding techniques that improve high-frequency choke efficiency and reduce DCR further. The CP336fra672maz is part of this ongoing evolution — a symbol of precision engineering in the age of compact, high-speed electronics.
Emerging applications like automotive radar, 5G communication, and IoT connectivity depend on advanced EMI control. Coilcraft’s research into hybrid magnetic materials and improved thermal dissipation ensures that future generations of components will outperform existing models while maintaining compact form factors. For engineers seeking reliable EMI suppression components, Coilcraft’s CP336fra672maz remains a benchmark for quality and innovation.
Frequently Asked Questions
What is the primary function of CP336fra672maz?
The CP336fra672maz suppresses common mode noise on high-speed differential lines, improving signal integrity and ensuring compliance with EMI/EMC standards.
Can CP336fra672maz be used for automotive electronics?
Yes. The component meets stringent reliability standards and performs well under temperature variations and electrical noise conditions typical of automotive environments.
How does CP336fra672maz compare to ferrite beads?
While ferrite beads are simpler EMI suppression components, the CP336fra672maz provides stronger noise attenuation across a broader frequency range and is optimized for differential pair lines, unlike single-line ferrite solutions.
What is the price of CP336fra672maz?
Pricing depends on quantity, but generally, the CP336fra672maz remains competitively priced considering its advanced design, making it a high-value option for professional designs.
Is there a CP336fra672maz equivalent?
Yes. Coilcraft’s CP336FRA series offers multiple impedance options, and similar parts from Murata or TDK can serve as equivalents, though often with slightly different performance curves.
Summary
The CP336fra672maz represents the pinnacle of common mode choke design — a perfect balance of performance, reliability, and versatility. Its optimized impedance profile, low DCR, and robust construction make it ideal for high-speed signal filtering, electrical noise reduction, and compliance with global EMI and EMC standards. Whether integrated into consumer electronics, automotive systems, or industrial control units, this Coilcraft Inc. masterpiece ensures signal purity and system stability.
In an era where data integrity defines user experience, the CP336fra672maz stands as a trusted ally for engineers committed to quality. Its precise technical details, proven specifications, and field-tested reliability make it more than just a component — it’s an engineering solution built to perform.
