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上海寶宮電子科技有限公司
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上海寶宮電子科技有限公司 寶宮電子是一家集研發、 生產、 銷售過電流過電壓器件為主的電路保護公司，公司秉承技術服務的路線， 經營的范圍是前端的電路保護方案和后端一站式服務上， 包括為客戶定制提供方案， 定制產品， 技術測試和技術咨詢， 希望達到的目標是 電路保護問題，寶宮幫您解決 。目前已經跟國內相關大學、 研究所以及相關的EMI和EMC方案和檢測機構建立了緊密的合作關系，也與行業知名的大公司建立了戰略合作關系，也與行業知名的大公司建立了戰略合作關系， 公司在華東和華南建立了完備的測試實驗室。寶宮電子的產品主要有氣體放電管（ GDT）、 瞬態抑制二極管（ TVS）......查看詳情>> |
- BRW3875 Series
- 產品介紹： A wire wound resistor is a resistor where a wire with a high resistivity is wrapped around an insulating core to provide the resistance. The resistors are commonly designed as axial package or cylinder without leads, which are not suitable for SMT. The BRW series are designed as SMD package which are most suitable for SMT. The BRW3875 products have high power dissipation in a small package (7.5*3.8*3mm) , very suitable for high power applications with low temperature rise. In addition, the device have perfect surge-proof performance, so that can be a significant component in the surge protection circuits.
- 電源保護系列 CMS-P Series (120-101)
- 產品介紹：The Ceramic Micro-Surge Protection Device (CMS) is manufactured from semiconducting ceramics which offer rugged protection and excellent transient energy absorption in a small SMD package. These devices are designed to suppress a variety of transient events, including those speified in IEC61000-4-2, IEC61000-4-5 and other standards used for Electromagnetic Compliance (EMC).
These devices are available in ceramic leadless chip form, eliminating lead inductance and assuring fast speed of response to transient surges. In addition, The CMS ransient suppressors have temperature independent suppression characteristics, affording protection from -55°Cto 125°C, which is much better than suppressors based on silicon semiconductor technology.
The CMS-P Series are typically applied to protect integratedcircuits and other components at the circuit board level. The wide operating voltage and energy range make the CMS-P Series suitable for numerous applications on power supply, control and signal lines. The requiring of space and land pads of CMS-P Series issignificantly smaller than those of Silicon TVS diodes and TH-MOV, offering greater circuit board layout flexibility for the designer, thus which will be well suited to replace larger surfacemount TVS diodes in many applications.
