Common Mode Choke Coil (CMCC: Common Mode Choke Coil) is a filter that reduces common-mode noise that becomes problematic in differential transmission lines, power lines, and audio lines. (Example: Universal Transport Interface Power Supply: Thunderbolt-3/USB3.1&4.0/HDMI 1.3& 2.1/Type C/MIPI C-PHY...) etc. / Wireless charging transmission WPC / WiFi6 / Automotive: CAN/CAN-FD/100Base-T1/1000Base-T1/SerDes/A2B®, etc.) The characteristics of common mode chokes have no effect on the signal (high cutoff frequency) and are best suited for eliminating common mode noise from MHz to hundreds of MHz.
 
GOTREND GDLW series CMCC has impedance values from 100 to 1400 ohm, and can stand with currents up to 6.0A, regardless of the magnetic saturation caused by the supply current, and can effectively eliminate common mode noise under the 1GHz band.
Ideal for Noise suppression applications for power transmission by power converters, such as USB Type C, AC-DC Charger, and of course including DC-DC noise suppression in every kind application, it can easily help you reduce noise by at least 10 to 20 dB and can pass emc testing of CISPR Class B .

Nowadays, Molding Choke and CI Core air-gap high-current inductors have become the mainstream of applications in the market, and the low voltage / low inductance / low DC impedance / high current characteristics of the V-Core required by the workstation/server/e-sports/high-end industrial control host-level motherboard will be the best application field of the GTV series CI Core Inductor,Manganese-zinc ferrites used in air gap inductors with high operating frequencies (up to 2MHZ) and high permeability provide a higher inductance source, At the same time, the structure of the air gap (Air Gap) is cut in the main magnetic route to reduce the saturation of the magnetic circuit; 
At the same time, due to the high resistivity of the manganese-zinc material itself, the core loss caused by the eddy current of the ferrite core can be reduced, so when operating at a high operating frequency, there can be a lower heat generation, which is very suitable for the use of choke storage and discharge inductors applied to switching power converters!
GTV Series fully meets this material/construction characteristics and is the best choice for V-Core applications for your workstation/server/gaming models!

The GTV series has introduced the differential mode inductor GTV9666610P-R07K (LxWxH : 9.6x6.6x10mm) and the coupled inductor model PN: GTV126011PV (LxWxH : 12x6.0x11mm) series that meet the requirements of the VR14/14+ specifications, and you are welcome to send inquiries to our service box (service@gotrend.com.tw) or directly Contact US .

With a wide variety of automotive electronics application products and various brands of EV electric vehicles are launched, and therefore ~ more electronic equipment to be integrated in the control circuit of the car, has been an increasingly challenging task, the matching and prevention of interference of each signal and power module, and to deal with sudden internal and external surge voltage interference and impact, so that the relevant signals and power supplies can have the cleanest, noise-free and safest transmission and operation, all rely on highly stable and reliable common-mode filters to bear.

GOTREND launched the GSCM706038P、GSCM907048P、GSCM121160P three size series compatible with Japanese and American competitor brands, and launched a low-cost solution GCMC tin terminal version for cost competition, We believe it can meet your different needs, more importantly, GOTREND GSCM/GCMC has many Tier1 customers and applications for many years of stable performance, will be your best Automotive Parts partners, for inquiries, please contact: sales@gotrend.com.tw

Through the development of new nanocrystalline materials and the application of new automated hot pressing production techniques, GOTREND GSNH-Series not only enhances the structural integrity of the product but also improves the electrical performance in terms of low DC impedance and high saturation current. This significantly reduces copper losses and improves temperature performance compared to other products in the same industry.

TLVR is a new structure of coupled inductors that solves the disadvantages of discrete inductors through a 1:1 transformer design and a simpler structure, while bringing more performance and cost competitiveness.
GOTREND Technology has launched the GTLVR966411PVT8 & GTLVR126011PV series of TLVR-coupled inductors with larger current resistance, stronger body, and excellent EMI performance, allowing you to apply them to products that require high reliability at a low cost, whether it's industrial computers, 5G base stations, servers, and more. They are your best choice!

In the past, the limitations of the Qi 1.x standard made it difficult for consumers and retailers to distinguish certified devices, leading to market confusion and even safety concerns. With the unified specification of Qi2, not only can chargers be perfectly aligned to improve charging efficiency, but it also enables faster charging and contributes to reducing environmental pollution. This provides global consumers with a more convenient and eco-friendly user experience.

In response to this new milestone, GOTREND Technology, with over a decade of experience in wireless charging magnetic components, has promptly introduced wireless power supply Tx coils that comply with with Qi2 compliant and compatible with Apple MagSafe certified magnetic Tx coils【GW05843PT-09A11RTC】. 
Utilizing their unique magnetic material technology and manufacturing process, we ensure high quality and excellent product performance. In the future, we will continue to provide more high-quality wireless charging solutions that are compatible with Qi2, aiming to enhance users' charging experience.