Not known Details About PCB絕緣

Our process quickly matches and selects components determined by your BOM. You just must evaluation and confirm the selections.

Our interactive 3D viewer displays your board and element placements, assisting you spot any errors just before purchasing.

Partnering with JLCPCB for strong PCB solutions that meet up with the demanding environmental technical specs of important infrastructure jobs.

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。

板裝-插孔式包裝 板裝-表面貼裝式包裝 基座型包裝 導軌型包裝 應用產業

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。

JLCPCB fulfills the stringent high quality demands of Siemens' industrial automation items by disciplined producing and method Command.

JLCPCB delivers one-halt Digital and mechanical production options to empower hardware PCB絕緣 innovators around the world.

若設計人員未能清楚區分這兩項距離,可能導致誤判風險來源,進而影響產品安全性與安規通過率。

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。

爬電距離的選擇以日常運行時的額定工作電壓為依據,工作電壓越高,對絕緣的需求越大,所需爬電距離也越長。

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.介質不同:間隙距離依賴空氣的絕緣能力,而爬電距離取決於固體絕緣材料表面的性能。

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