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MCC SD103AW-TP SD103AW
Configuration
1 options
Configuration
Date code within 2 years
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- MCC SD103AW-TP
- Type
- MCC
- Minimum package
- 3000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- MCC
- Electronic Component
- SD103AW-TP
- Electronic Component
- 1
- Package
- SOD-123
- Electronic Component
- Schottky Diode
- Electronic Component
- 0.033g
- Electronic Component
- 1
- Electronic Component
- BM0000283724
- Current
- 350mA
- Diode
- 1
- Current(Ir)
- 5uA@30V
- (Vf)
- 600mV@200mA
- Electronic Component
- 55℃~+125℃
- Electronic Component
- Electronic Component
- Electronic Component
- 3000
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
SD103AW-TP 产品概述
一、基本信息
SD103AW-TP 是一款高性能肖特基二极管，由美微科（MCC）生产，采用SOD-123封装，专为具有高效率和快速开关特性的电子应用而设计。本产品提供了高达40V的反向耐压，以及350mA的平均整流电流，适用于各类电源管理、整流和逻辑电路中。
二、技术特点
反向耐压： 响应范围最大可达到40V，使得SD103AW-TP能够有效地应用于高电压环境下，保障电路的稳定性和安全性。
平均整流电流： 本产品的最大平均整流电流为350mA，这提供了良好的整流能力，适合多种应用场景，尤其是高效率电源设计。
正向压降： 在200mA的负载情况下，其正向压降为600mV。这一特性确保了在整流过程中的能量损失降到最低，提高了整体的电能转化效率。
反向漏电流： 在30V的反向电压条件下，反向漏电流小于5µA，这一特性降低了待机功耗，适用于对功耗有严格要求的低功耗设计。
快速恢复特性： SD103AW-TP的反向恢复时间（trr）仅为10ns，配合快速恢复速度（≤500ns at >200mA），使其在高频率开关中表现出色，适合开关电源及高频功率转换应用。
电容量： 在0V和1MHz下，其电容值为50pF，这表明产品在高频操作中的传输特性良好，能有效减少信号的失真。
工作温度范围： 该二极管具有广泛的工作温度范围，从-55°C至125°C，保证了在各种环境条件下的可靠性。
三、应用场景
由于其卓越的参数，SD103AW-TP广泛应用于下列领域：
开关电源： SD103AW-TP可用于开关电源的整流电路，能快速响应电压变化，提高电源的转换效率。
电池供电应用： 产品优越的正向压降和低反向漏电流特性，适用于电池供电的设备，如手持电子设备、便携式仪器等。
电机驱动电路： 在电动机驱动应用中，SD103AW-TP能够应对反向电压和峰值电流，保护电路免受过电压损害。
LED驱动电路： 用于LED驱动电路时，有效整流和快速恢复特性能够确保光源工作更为稳定，同时提升整体驱动效率。
数据保护电路： 可用于数据接口的过压保护电路中，有效保护敏感组件不受高电压冲击。
四、设计与可靠性
SD103AW-TP采用表面贴装（SMT）技术，便于在现代电子产品中的自动化组装。其湿气敏感性等级（MSL）为1，意味着该器件在环境湿度的极端变化下，也能保持良好的性能。
综合来看，SD103AW-TP 是一款在高频、高效率以及高电压应用中表现突出的肖特基二极管，凭借其低功耗特性和稳定的工作性能，成为众多电子设计师和工程师首选的元器件之一。无论是在开关电源、低功耗设计，还是在高速开关和整流应用中，SD103AW-TP都将是解决方案的理想选择，带来了更高的设计灵活性和系统可靠性。
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