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FUXINSEMI SR10200
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- FUXINSEMI SR10200
- Type
- FUXINSEMI
- Minimum package
- 1250 盒
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- FUXINSEMI
- Electronic Component
- SR10200
- Electronic Component
- 1
- Package
- DO-201AD
- Electronic Component
- Schottky Diode
- Electronic Component
- 1.1g
- Electronic Component
- 1
- Electronic Component
- BM0134476235
- Current
- 10A
- Diode
- 1
- Current(Ir)
- 500uA@200V
- (Vf)
- 950mV@10A
- Electronic Component
- 55℃~+150℃
- Electronic Component
- Electronic Component
- Electronic Component
- 1250
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
SR10200 产品概述
SR10200 是一款高性能肖特基二极管，主要由知名品牌 FUXINSEMI（富芯森美）生产。这款二极管以其卓越的电压和电流特性，适用于各种电子应用，特别是在高频和快速开关电路中表现突出。以下，我们将详细介绍 SR10200 的技术参数、性能优势以及应用场景。
一、产品规格
主要参数：
- 最大正向电压降 (Vf)：在 10A 的工作条件下，SR10200 的正向电压降为 950mV，显示出其高效能及较低的功耗。
- 反向耐压 (Vr)：该二极管的最大反向工作电压为 200V，适合高压应用场景。
- 反向漏电流 (Ir)：在 200V 的反向电压下，漏电流仅为 500μA，这一特性使其在静态情况下表现出良好的可靠性与稳定性。
- 最大正向电流 (If)：SR10200 能够承受最大正向电流 10A，适应多种高负载应用。
- 封装类型：DO-201AD 装配封装，便于在电路板上的布局和安装。
二、性能优势
低正向电压降：SR10200 的950mV正向压降在处理高电流时依然保持较低的损耗，这使其在电源转换和整流应用中能获得更高的效率，有助于降低温升与能耗。
快速恢复特性：由于采用肖特基结构，该二极管具有非常快的开关速度，适合高频应用。在快速开关电路中，能够有效减少开关损耗，提高系统整体的性能和响应速度。
高耐压和高电流能力：SR10200 在高电压条件下仍维持稳定的操作，具备能够承受高达200V的反向偏置能力，使其适用于电源管理、直流-直流转换器等场合。
低漏电流：SR10200 的500μA反向漏电流在高电压应用中，显著降低了静态功耗，提升了系统的整体能效，尤其在待机状态下，表现出色。
三、应用场景
SR10200 适用广泛，主要应用于以下场景：
电源管理：在开关电源、线性电源等电源管理系统中，SR10200 可用于整流和反向电压保护，提高电源效率。
电机驱动：在电机驱动电路中，例如直流电机驱动或步进电机驱动，SR10200 能提供有效的反向保护和整流支持。
电池充电器：在充电应用中，SR10200 可以用作反向保护二极管，确保充电过程中的安全性。
LED驱动电路：高效的电流整流能力使得 SR10200 成为LED驱动电路中不可或缺的元器件，确保LED在所需电压和电流下稳定工作。
电路保护：在各类电路中，SR10200 可用作过压保护、反向电压保护等，提高电路的安全性与稳定性。
四、总结
SR10200 是一款结合了高效能和优越可靠性的肖特基二极管，广泛应用于电源管理、电机驱动、LED驱动等多个领域。其低正向压降、高耐压、快速响应及低漏电流的特性，使其在现代电子设计中成为了重要的选择。随着技术的不断发展，SR10200 将继续为各类应用提供支持，助力实现更高效能的电子系统设计。
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