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GOODWORK SMBJ7.0A
Configuration
1 options
Configuration
25+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- GOODWORK SMBJ7.0A
- Type
- GOODWORK
- Minimum package
- 3000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- GOODWORK
- Electronic Component
- SMBJ7.0A
- Electronic Component
- 1
- Package
- SMB(DO-214AA)
- Electronic Component
- Electronic Component
- Type
- TVS
- Electronic Component
- ESD and Surge Protection (TVS / ESD)
- Electronic Component
- 0.188g
- Electronic Component
- 1
- Electronic Component
- BM0219848497
- Operating Temperature
- 55℃~+150℃
- Voltage
- 12V
- Current(Ir)
- 200uA
- Voltage(VBR)
- 7.78V
- Electronic Component
- Electronic Component
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
SMBJ7.0A 产品概述
引言：
SMBJ7.0A是由 GOODWORK（固得沃克）生产的一款稳压二极管，采用标准的SMB（DO-214AA）封装。该元器件设计用于有效保护电路免受瞬态电压和过电压的影响，广泛应用于各种电子设备中，如通讯设备、消费电子、家用电器等。以下是对SMBJ7.0A的详细介绍，包括其主要特性、应用场景及注意事项。
特性：
额定电压：SMBJ7.0A的反向击穿电压为7.0V，这意味着其能够在此电压下可靠工作，保护后续电路不受过高电压的影响。该特性是选择稳压二极管时的重要参数，确保其能够适应不同的电压环境。
工作电流：该产品的额定功耗为400W（瞬时功率），可在极短时间内应对电流冲击，为电路提供强有力的保护。
响应时间：SMBJ7.0A具备快速响应的能力，能够迅速释放瞬态电压，防止对敏感元件造成损害。这种特性在电流突发情况下尤其重要。
环境适应性：SMBJ7.0A具有良好的热稳定性和环境适应性，工作温度范围为-55°C至+150°C，能够在各种极端环境条件下保持高效运行。
封装特性：SMB封装（DO-214AA）使得SMBJ7.0A具有较小的尺寸和较低的热阻，适合高密度的电路设计。此外，SMB封装也有助于改善散热性能，确保在高电流工作情况下不会过热。
应用场景：
SMBJ7.0A广泛应用于多个领域，包括但不限于：
电源管理：在开关电源（SMPS）和线性电源中，SMBJ7.0A可用作输入和输出的电压保护，防止过电压对电路造成损害。
自动化设备：在自动化控制系统中，该元器件可以保护传感器和执行机构，延长设备的使用寿命。
通讯设备：对于基站、路由器等通讯设备，SMBJ7.0A能够有效吸收突发的瞬态电压，保护电缆和接收模块。
消费电子：在手机、平板电脑和其他消费电子产品中，SMBJ7.0A可作为保护元件，确保主板上的敏感电路不受意外电压冲击影响。
安装注意事项：
在实际应用中，正确的安装和使用对于确保SMBJ7.0A的可靠性至关重要：
散热配置：尽量使用合适的散热设计，以防止在大功率下工作时产生过热现象。
电路布局：注意在电路板上留出足够的空间，减少与其他元件的干扰，尤其是高频和大电流路径，以确保其保护效果。
测试验证：在设计电路时，建议进行必要的瞬态电压保护测试，验证SMBJ7.0A能否在实际工作条件下提供预期的保护效果。
焊接注意：焊接时避免过热，以防止损坏元器件。建议采用适当的焊接手段和工具，保持焊接点的良好连通性。
结论：
综上所述，SMBJ7.0A作为一款高效的稳压二极管，凭借其优异的电气特性和环境适应性，成为保护电路的重要元器件，适合多种电子产品的应用需求。在设计与应用过程中，合理掌握其特性与使用方法，将提高电路的稳定性和可靠性。
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