Recently, it has been found that many car chargers in the domestic market cannot pass EMI. This is mainly a cost issue. More importantly, domestic standards and supervision have not been stringent from abroad, and this phenomenon has also been created. What impact will it have on EMI? Do not explain, a lot of online investigation, mainly electromagnetic interference problems, well, recently made and made a car charger over EMI, is a 3.1A full-foot current program, is still playing board , Idle the weekend to choose to show off to show off, the main control IC model is EN53F341E, external MOS, follow-up also said before about the issue of high current, external MOS heat dissipation and stability than the built-in MOS is better, but the disadvantage is The area occupied by the cost and PCB will increase. Because the company is doing this out of foreign countries, so the performance is better. The following attachment is a specification book. If you are interested, you can check it out. The picture is the schematic of my painting and the PCB. Illustration.
DIP Sockets & Adapters
Precision machined Dual In-line Package (DIP) Sockets and Adapters accommodate applications from surface mount to thru-hole. Screw-machined terminals offer superior quality for long-term durability.
Overview of DIP Sockets & Adapters
DIP Sockets and Adapters allow for quick and easy device replacement, upgrade, or repair in test and production applications, while protecting DIP devices from exposure to heat during board processing. Screw-machined terminals with redundant, multi-finger contacts ensure reliable performance even in harsh environments.
Automated assembly compliant.
Wide range of patterns and terminal styles, from 8 to 64 pins.
Optional Tape Seal on terminals protects contacts from contaminants during board processing.
Solder Preform terminals available for mixed SMT and thru-hole process applications.
RoHS Compliant insulators and terminals are compatible with lead-free processing - select either Matte Tin/Gold (MG) or Gold/Gold (GG) plating.
Our large selection of DIP sockets ranging from 1 to 48 contacts can provide a highly reliable connection between your integrated circuit (IC) devices and PCBs. Antenk offers DIP sockets in a wide variety for high reliability. Positions range from 1 to 48, and termination options include through hole and surface mounting, solderless zero profile, four-finger inner contact and dual leaf contacts, as well as a variety of plating options.
Antenk DIP Sockets Product Features
1 to 48 positions
Precision four-finger inner contacts or dual leaf contacts are optional
Open frame and closed frame housings
Available with a variety of plating options
Four-Fingered Contacts
Precision machined or stamped four-finger inner contacts with open or closed frame housings facilitate highly reliable DIP sockets.
Dual Leaf Contacts
Dual leaf contacts provide a cost effective solution to the DIP socket design with superior handling characteristics.
DIP Sockets Adapters,DIP Integrated circuit Sockets,Dual In-line Package Sockets,Dual In-line Package Adapters,IC Socket, IC Sockets Adapters
ShenZhen Antenk Electronics Co,Ltd , https://www.antenkwire.com