Ing proses PCB desain, yen bisa uga risiko bisa diprediksi sadurunge lan bisa dihindari sadurunge, tingkat sukses desain PCB bakal luwih apik. Akeh perusahaan ngevaluasi proyek kanthi indikator tingkat sukses papan desain PCB.

Kunci kanggo ningkatake tingkat sukses dewan yaiku desain integritas sinyal. Ing desain sistem elektronik saiki, ana akeh rencana produk, pabrik chip wis rampung, kalebu chip sing arep digunakake, cara nggawe sirkuit periferal lan liya-liyane. Umume, para insinyur hardware meh ora kudu nimbang masalah prinsip sirkuit, mung kudu nggawe PCB dhewe.

Nanging, ing proses desain PCB, akeh perusahaan sing nemoni kangelan, desain PCB ora stabil, utawa ora bisa digunakake. Kanggo perusahaan gedhe, akeh produsen chip bakal nyedhiyakake dhukungan teknis lan pandhuan babagan desain PCB. Nanging sawetara perusahaan cilik lan menengah angel entuk dhukungan kaya kasebut. Mula, sampeyan kudu golek cara kanggo nindakake dhewe, sing bisa nyebabake akeh masalah, sing mbutuhake sawetara edhisi lan debugging suwene. Nyatane, yen sampeyan ngerti cara desain sistem, iki bisa dihindari. Here are three tips for reducing PCB design risk.

1, the system planning stage is best to consider the problem of signal integrity, the whole system is built like this, the signal from one PCB to another PCB can receive correctly? Iki kudu dievaluasi ing tahap wiwitan, lan ora angel ngevaluasi masalah kasebut. Ngerti sethithik babagan integritas sinyal lan sawetara operasi piranti lunak sing gampang bisa ditindakake.

Second, in the PCB design process, the use of simulation software to evaluate the specific wiring, observe whether the signal quality can meet the requirements, the simulation process itself is very simple, the key is to understand the principle of signal integrity knowledge, and used for guidance.

Third, in the process of PCB, we must carry out risk control. Ana akeh masalah, piranti lunak simulasi ora duwe cara kanggo ngrampungake, kudu dikontrol dening desainer. Kunci kanggo langkah iki yaiku ngerti endi risiko lan apa sing kudu ditindakake supaya ora ana maneh, kanthi ilmu integritas sinyal.

Yen telung poin kasebut bisa dingerteni kanthi apik ing proses desain PCB, mula risiko desain PCB bakal dikurangi, kemungkinan kesalahan bakal luwih cilik sawise papan ditarik maneh, lan debugging bakal gampang banget.