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LRC LBC847BWT1G
Configuration
1 options
Configuration
Date code within 2 years
Available for RFQ
Technical data
Product details
20
specifications
Core information
- Product name
- LRC LBC847BWT1G
- Type
- LRC
- Unit
- PCS
- Minimum package
- 3000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- PCS
- Electronic Component
- LRC
- Electronic Component
- LBC847BWT1G
- Electronic Component
- 1
- Package
- SC-70
- Electronic Component
- 1 NPN
- Electronic Component
- Transistor(BJT)
- Electronic Component
- 0.013g
- Electronic Component
- 1
- Electronic Component
- BM69418387
- Operating Temperature
- 55℃~+150℃
- Transistor Type
- NPN
- Frequency(f T)
- 100MHz
- Power Dissipation(Pd)
- 150mW
- 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.
LBC847BWT1G 产品概述
一、基本信息
LBC847BWT1G是一款高性能NPN型三极管，由乐山无线电（LRC）生产，其采用了SC-70封装，具有较强的经济性和多用途性。该器件的主要电气特性包括额定功率为150mW、最大集电极-发射极电压（VCE）为45V、最大集电极电流（IC）为100mA。这些特性使得LBC847BWT1G非常适合于各种低功耗和中等功率的电子电路应用。
二、技术规格
- 三极管类型：NPN
- 封装类型：SC-70
- 最大功率：150mW
- 最大集电极-发射极电压（VCE）：45V
- 最大集电极电流（IC）：100mA
- 增益范围（hFE）：通常情况下在100到300之间，具体值依赖于工作点等条件。
三、应用场景
LBC847BWT1G因其适用特性，广泛应用于多个电子产品的设计中，特别是在低功耗和高密度电路中。以下是其常见的应用场景：
- 开关电路：LBC847BWT1G可用作开关元件，适用于低电压控制电路，如LED控制、继电器驱动等。
- 放大器电路：由于其增益特性，它可以用在音频放大器、射频前置放大器等电路中，增强信号强度。
- 线性调节器：LBC847BWT1G可用于线性电源中的反馈放大环节，确保输出电压的稳定。
- 信号处理：在模拟信号处理系统中，NPN三极管可以用于信号调制、解调，提高电路的工作效率。
四、关键特性和优势
- 小尺寸封装：SC-70封装类型使LBC847BWT1G非常适合于小型化、高密度的电路设计，帮助设计师在产品中节省空间。
- 高性能：该器件在功率和电流方面的高限制，提供了较大的设计灵活性，能够应对各种工作条件。
- 良好的线性特性：LBC847BWT1G的增益特性确保其在放大和开关电路中维持高效性能，适合多种不同的应用场合。
- 经济实用：相对于其它类型的三极管，LBC847BWT1G在生产成本上具备优势，能有效降低整体项目成本。
五、设计注意事项
在使用LBC847BWT1G时，设计者需要考虑以下几个方面：
- 散热设计：尽管该器件的功率较小，但在高电流和长时间工作情况下，合理的散热设计能够延长三极管的使用寿命。
- 偏置电路设计：为确保三极管工作的稳定性，需要设计合适的偏置电路，使其保持在合理的工作点，以充分发挥增益特性。
- 电流放大倍数：在不同负载及信号强度下，三极管的线性特性可能会有所变化，应当在实际应用中测试其表现，以确保满足使用要求。
六、总结
LBC847BWT1G是一款性价比高、应用广泛的NPN三极管，适合多种电子电路的设计需求。其小巧的SC-70封装、高额的电气性能，使得它成为很多电子产品中不可或缺的元器件。在设计过程中，合理利用其特性，关注设计细节，能够实现更高效的电路设计，满足现代电子设备对性能和空间的双重要求。
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