【产品】表面贴装有双向玻璃钝化结的新型瞬态电压抑制器：3SMC系列
3SMC系列是CENTRAL半导体公司推出的表面贴装有双向玻璃钝化结瞬态电压抑制器（TVS），该系列器件的设计用于保护电压敏感元件免受高压瞬变影响，由于装置表面采用玻璃钝化芯片制造，因此具有极高的可靠性（单向玻璃钝化结型瞬态电压抑制器请参考：https://www.sekorm.com/doc/43996.html）。
3SMC系列TVS产品描述
在TA=25°C的标准下，双向玻璃钝化结TVS工作电压与单向玻璃钝化结型相同，范围都在 5.0V~170V之前，其最大值最高可达170V，整个系类工作电压幅度较大，可选范围广，击穿电压最大值可达217.5V。其中3SCM5.0CA产品的最大反向泄漏电流高达2000uA，是单向玻璃钝化结型TVS最大反向泄露电流的二倍，其稳定性能得到了明显提高。其他方面与单向电压抑制器基本相同，具体产品特性可参照表1。
表1、3SMC系列瞬态电压抑制器产品及特性（TA=25℃）
3SMC系列外观尺寸与参数：
3SMC系列器件体积小，其总长7.75mm~8.13mm，宽为5.59mm~6.22mm，具体型号外观参数参见下图。
3SMC系列TVS产品特性：
• 工作电压VRWM：5.0V~170V
• 击穿电压VBR 最小值：6.40V~189.0V
最大值：7.25V~217.5V
• 最大钳位电压VC：9.2V~275V
• 峰值功耗PPK：3000W
• 最大反向泄漏电流IR：5.0uA~2000uA
• 工作和存储结温：-65℃~+150℃
3SMC系列应用场景：
线路保护
用户接口保护
逻辑电平保护
端口保护
电压钳位
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2021-03-10 - 应用方案 无线充电器已成为一种流行的技术，它可以简化便携式电子产品的充电过程。要获得高效率，关键是所有半导体器件的传导和开关损耗要尽量小。Central Semiconductor（中央半导体）可提供适合无线充电系统的高效整流器、MOSFET和保护二极管。
【选型】机顶盒电源管理模块上MOSFET、小信号晶体管、肖特基整流器、全波桥式整流器、瞬态电压抑制器、齐纳二极管选型推荐
2019-08-28 - 器件选型 机顶盒的电源管理模块中，Central推荐使用MOSFET(CMPDM302PH/CMLDM7005)；小信号晶体管(CMPTA42/CMPTA92)；肖特基整流器(CMSH3-200MHV/CMSH5-200HV)；全波桥式整流器(CBRHD-06/CBR1-D060S)；瞬态电压抑制器(3SMC170CA)和齐纳二极管(CMHZ5226B thru CMHZ5242B)，可以提供可靠工作性能。
【选型】AC-DC开关电源的瞬态电压抑制器中1SMC170CA/3SMC170CA/P6KE350CA的选型推荐
2019-08-20 - 器件选型 Central推荐使用的瞬态电压抑制器型号为1SMC170CA/3SMC170CA/P6KE350CA，其具有较高的击穿电压和钳位电压，可以承受较高的脉冲电流，能够有效避免瞬态电压对于AC-DC开关电源的影响，保证其正常工作。
【应用】表面贴装型瞬态电压抑制二极管，应用于HID的瞬态保护电路
2019-07-07 - 应用方案 在HID的内部器件中。PFC器件上电容易因瞬态电压而发生爆炸。为了解决这一难题，Central推出了1.5SMC170CA/1.5SMC200CA/1.5SMC220CA/3SMC170CA瞬态电压抑制器，最高可以承受185V的峰值反向电压，其封装尺寸较小，可以应用于HID中作为PFC模块的瞬态电压保护电路中。
【应用】基于Central双向瞬态电压抑制器TVS/超快速整流器/肖特基整流器的太阳能发电系统解决方案
2019-06-14 - 应用方案 Central Semiconductor推出了可适用于太阳能发电系统的DC-DC升压器，其所选用的元器件--TVS,超快速整流器,肖特基整流器，均有对应产品：1SMC5.0CA~1SMC170CA,3SMC5.0CA~3SMC170CA,CMSH5-100,CMR3U-04,CMSH3-100。客户可以根据需求进行订购。
【选型】Central为不间断电源UPS提供输入整流/保护用桥式整流器和TVS选型方案
2019-06-05 - 器件选型 最新的不间断电源（UPS）必须最大限度地提高能源的存储和转换能力，以便在停电时使用。 为了完成这项任务，UPS设计人员必须选择能够提高能源效率的半导体元件，而不会产生不良的性能折衷。 Central Semiconductor公司提供了分立半导体解决方案，旨在最大限度地降低UPS应用的导通损耗。
Central DC-DC升压转换器/DC-DC降压转换器/DC-AC逆变器/太阳能板旁路二极管在光伏系统中的应用
2019-04-29 - 应用方案 光伏系统通常由太阳能面板、DCDC升压转换器、充电控制、DC-DC降压转换器、DC-AC逆变器几部分组成。通常光伏系统的成本和效率至关重要，针对以上几部分应用，美国中央半导体公司（Central Semiconductor）开发的产品非常适合应用在太阳能行业苛刻的高温条件下。而且Central的相关器件可消耗最小的功率，可保证光伏系统运行在最优的效率水平。
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