Considerations To Know About PCB絕緣

Our technique routinely matches and selects elements dependant on your BOM. You just ought to review and ensure the alternatives.

Our interactive 3D viewer demonstrates your board and element placements, helping you notice any faults just before ordering.

Position orders in minutes and keep track of buy standing in genuine-time. Visual development monitoring demonstrates each and every phase, from assessment to production to shipping.

不會。海拔高度只會影響空氣的介電強度，因此只會調整「間隙距離」；爬電距離設計不受高度影響。

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因此，選擇適當的爬電距離對於減少電氣故障風險至關重要。所需距離取決於電壓水平、絕緣材料類型以及運行環境條件。通過確保組件符合爬電標準，設計人員可顯著提升電氣系統的安全性與可靠性，尤其在高壓應用中。

不行。兩者是獨立的安全設計參數，爬電距離用於防止表面漏電，間隙距離則防止空氣放電。缺一不可，需分別依標準查表計算。

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梳狀圖案，梳狀電路是一種“多指”交錯密集電路圖案，可用於電路板清潔度和綠色油漆絕緣的高壓測試。

設備運行環境中的污染狀況會顯著影響絕緣性能。污染等級越高，越容易在絕緣表面形成導電通路，增加漏電或電弧風險，因此需設定更長的爬電距離。

By streamlining your entire procedure—from ordering and areas sourcing to PCBA prototyping—you could obtain your finished boards in as rapid as 1 7 days. Letting you to iterate, improve, and supply in time or maybe.

工作電壓會直接影響你需要設計的「間隙距離」和「爬電距離」大小。電壓越高，潛在的絕緣需求和空氣/表面擊穿風險越高，安全距離需求就越大。

不同的絕緣措施(如基本絕緣、雙重絕緣或強化絕緣)對爬電距離的要求有所不同，越高等級的絕緣保護，所需距離越長。

想知道版本之間的差異也歡迎直接與鼎安業務洽詢，或持續關注將來鼎安安規月刊會有詳細的報導。