ACT45C-510-2P-TL000

The ACT45C-510-2P-TL000 is an electronic component manufactured by TDK Corporation, often used in signal filtering applications. It is part of the ACT45C series, which is designed for use in automotive and industrial electronics. This particular model is a common mode choke coil, offering high impedance to common mode noise while allowing the differential signal to pass with minimal loss. The "510" typically indicates the inductance value in microhenries, and "2P" suggests it has two pins for connection. The "TL" in the part number usually refers to the packaging style, with "TL" indicating tape and reel packaging for automated assembly processes.
This component is valued for its compact size and excellent temperature stability, making it suitable for demanding environments. Its primary applications include noise suppression in power lines and signal lines, helping to enhance the overall electromagnetic compatibility (EMC) of electronic circuits. The ACT45C-510-2P-TL000 is often utilized in automotive systems, power supply designs, and various electronic devices that require reliable noise suppression.

The ACT45C-510-2P-TL000 is a common mode choke used in EMI filtering. Equivalent products would typically have similar electrical characteristics such as impedance and current rating. Some possible equivalents include: Murata PLT series, TDK ACM series, and Bourns SRF series. It's important to verify compatibility based on specific application requirements like footprint, electrical performance, and environmental conditions. Always consult the datasheets or manufacturers for precise matching.

The ACT45C-510-2P-TL000 is a common mode choke coil designed for electronic applications. Key features include its compact size and high attenuation capabilities, making it suitable for reducing electromagnetic interference in circuits. Its inductance is balanced to provide optimal performance in filtering noise while maintaining signal integrity. The component typically supports a broad range of frequencies and is often used in power line and signal line filtering. Its construction ensures reliability and durability under various environmental conditions, making it suitable for both consumer electronics and industrial applications. Additionally, the product is RoHS compliant, indicating it meets environmental standards for hazardous materials.

The ACT45C-510-2P-TL000 is a common mode choke designed for noise suppression in electronic circuits. It features a 2-pin configuration, meaning it has two connection points. Common mode chokes like the ACT45C-510-2P-TL000 are typically used to filter out common mode noise from power and signal lines, improving electromagnetic compatibility (EMC) and reducing interference. This specific part is suitable for high-speed interfaces and applications requiring effective suppression of electromagnetic interference (EMI).

The ACT45C-510-2P-TL000 is manufactured by TDK Corporation. TDK is a multinational electronics company based in Japan. It specializes in electronic components, such as capacitors, inductors, sensors, and magnetic components. TDK is known for its innovation in the electronics industry, providing products and solutions for various sectors, including automotive, industrial equipment, ICT, and consumer electronics.

The ACT45C-510-2P-TL000 is a common mode choke, often used for electromagnetic interference (EMI) suppression. Its typical application areas include power supply circuits, data and signal lines, and various consumer electronics to filter noise and enhance signal integrity. It is particularly useful in applications requiring high common-mode noise attenuation, such as in communication devices, USB interfaces, and power lines for electronic equipment. Its compact size and high performance make it suitable for use in densely populated circuit boards, including those in automotive systems and industrial control units.

The ACT45C-510-2P-TL000 typically comes in a Surface-Mount Device (SMD) package type. It is designed for compact applications, often used in electronic devices where space is a crucial factor.