本公司主营各种开关电源 防水电源 电源适配器等产品，欢迎新老客户来电洽谈采购   HS-12 LED开关电源                       型号 性能 HS-12-5 HS-12-9 HS-12-12 HS-12-24 直流输出电压 5V 9V 12V 24V 输出电压容压 ±1% ±1% ±1% ±1% 额定输出电流 2A 1.5A 1A 0.5A 输出电流范围 0-2A 0-1.5A 0-1A 0-0.5A 纹波和噪音 70mvp-p 100mvp-p 100mvp-p 100mvp-p 进线稳定度 ±0.5% ±0.5% ±0.5% ±0.5% 负载稳定度 ±0.5% ±0.5% ±0.5% ±0.5% 直流输出功率 10w 13.5w 12w 12w 效率 83% 84% 84% 84% 直流电压可调范围 4.5~5.5v 8.55~9.45 10.5~13.2v 21.5~27v 输入电压范围 176-264VAC 47~63Hz;248~370VDC 输入电流 100~120VAC 0.8A/ 200~250VAC 0.45A 冲击电流 36A /230V 漏电流   过载保护 105%～150%类型：电限流限制   复位：自动恢复 过电压保护 …………………………… 高温保护 >=800C~850C，自动切数断(5~15V)~(24~48V) 温度系数 ±0.03%/0C(0~500C) 启动、上升、保持时间 200ms,100ms,20ms 工作温度、温度 -100C~+600C ,20%~90%RH 存储温度、温度 -200C~+850C，10%~95%RH 外形尺寸 70*40*30mm 重量/包装 0.13kgs, 100pcs/13KG 安全标准 满足UL1950要求（ EMC标准 满足FCC部分15J条件 等级A   pt; ? ? o b `? ? size:10.0pt;font-family:宋体;mso-ascii-font-family:"Times New Roman"; mso-hansi-font-family:"Times New Roman"'>～+50℃   存储温度 -20℃～+85℃ 无故障工作时间 ＞50000HOURS 散热方式 风冷 外形尺寸 248*158*87MM 安全标准 根据GB4943,UL60950.EN60950设计 EMC标准 根据GB9254,EN55022 A级设计

深圳市凯越达电子科技有限公司是专业从事设计、生产、销售开关电源、防水电源、防雨电源、电源适配器、集中供电电源及其它相关产品的高新技术企业。产品广泛应用于城市亮化、LED电子屏、室内装潢、广告招牌、数码管、安防监控、工控自动化领域等行业。产品运行安全可靠，深受用户信赖和推崇，畅销全国各省市，远销东南亚和西欧等国。  　　　公司以“高品质、适价位、准交期、优服务”为工作作风，执行“品质第一、客户至上”的精神向广大合作伙伴提供热情优质的服务，一路上有您同行，有您支持，我们将共同快速发展。公司及各销售网点均有一定的标准产品的库存，能及时满足您的需求。

fghdhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghfjhfhfghfhgfhfh

fghdhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghfjhfhfghfhgfhfh

fghdhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghhd ghfdhfghfjhfhfghfhgfhfh