Kaluwihan sakaKabel FFCsirkuit
1. Fleksibel sisih sijikabel ffcpapan minangka papan cetak paling murah kanthi syarat kinerja listrik sing murah. Nalika kabel sisih siji, fleksibel sisih sijikabel ffcpapan kudu digunakake. Nduweni lapisan pola konduktif sing terukir kanthi kimia, lan lapisan pola konduktif ing permukaan landasan insulasi fleksibel yaiku foil tembaga sing digulung. Substrat isolasi bisa kalebu polimida, polietilen terephthalate, ester selulosa aramid lan polivinil klorida.
2. The double-sided flexible kabel ffc board is a conductive pattern made by etching on both sides of the insulating base film. The metallized hole connects the patterns on both sides of the insulating material to form a conductive path to meet the design and use function of flexibility. The cover film can protect single and double-sided wires and indicate where the components are placed.
3. Papan kabel ffc fleksibel multi-lapisan yaiku kanggo laminasi 3 utawa luwih lapisan sirkuit fleksibel siji-sisi utawa kaping pindho, lan mbentuk bolongan metallized kanthi ngebur lan elektroplating kanggo mbentuk jalur konduktif ing antarane lapisan sing beda. Kanthi cara iki, ora prelu nggunakake proses las sing rumit. Sirkuit multilayer duwe beda fungsional sing gedhe babagan keandalan sing luwih dhuwur, konduktivitas termal sing luwih apik lan kinerja perakitan sing luwih trep. Nalika ngrancang tata letak, pengaruh pengaruh ukuran perakitan, sawetara lapisan lan keluwesan kudu dipikirake.
4. tradisional kaku lan fleksibelkabel ffc board is composed of rigid and flexible substrates selectively laminated together. The structure is compact, and the conductive connection is formed with metalized holes. If there are components on the front and back of a printed board, the rigid flexible kabel ffc board is a good choice. But if all the components are on one side, it will be more economical to choose a double-sided flexible kabel ffc papan lan laminasi lapisan bahan penguat FR4 ing punggung.
5. Sirkuit fleksibel kanthi struktur campuran yaiku papan multi-lapisan, lan lapisan konduktif digawe saka logam sing beda. Papan 8-lapis digunakake, FR-4 digunakake minangka medium lapisan njero, lan polimida digunakake minangka medium lapisan njaba. Anjog saka telung arah beda ing papan utama, lan saben timah digawe saka logam sing beda. Paduan, tembaga lan emas Constantan digunakake minangka petunjuk independen. Struktur hibrida semacam iki biasane digunakake ing hubungan antarane konversi sinyal listrik lan konversi panas lan ing kahanan suhu sithik nalika kinerja listrik cukup angel, lan iku siji-sijine solusi sing bisa ditindakake.
