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ROHM DTC114YEBTL
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- ROHM DTC114YEBTL
- Type
- ROHM
- Minimum package
- 3000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- ROHM
- Electronic Component
- DTC114YEBTL
- Electronic Component
- 1
- Package
- SOT-416FL
- Electronic Component
- 1 NPN
- Electronic Component
- Digital Transistor
- Electronic Component
- 0.023g
- Electronic Component
- 1
- Electronic Component
- BM69416119
- Operating Temperature
- 40℃~+150℃
- Resistor
- 5.7
- Resistor
- 10kΩ
- Transistor Type
- NPN
- Frequency(f T)
- 250MHz
- Power Dissipation(Pd)
- 150mW
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
DTC114YEBTL 产品概述
一、基本信息
DTC114YEBTL是由著名的半导体制造商ROHM(罗姆)推出的一款数字晶体管，采用表面贴装型(SMD)的EMT3F(SOT-416FL)封装形式，设计用于满足现代电子电路对高集成度和小型化的需求。这款NPN型预偏压晶体管具有出色的电气性能，适用于各种低功耗和信号处理应用。
二、关键参数
安装类型: 该产品为表面贴装型，适合于高密度电路板的布局和设计，能够有效节省空间，提高生产效率。
电流规格:
- 集电极最大电流(Ic): 70mA，为驱动小型负载或信号放大提供了充足的电流能力。
- 集电极截止电流(Ic(off)): 500nA，确保在关断状态下的超低泄漏电流，有助于提高整机的能效。
电压性能:
- 集射极击穿电压(Vce): 最大50V，适合在较高的电压环境下工作，提供更大的适用范围。
饱和电压(Vce(sat)):
- 对于不同的基极电流(Ib)和集电极电流(Ic)条件下，DTC114YEBTL在250µA和5mA时，饱和压降最大可达300mV，表明其在开关状态下能有效降低功耗。
增益特性:
- 在5mA的工作条件下，DC电流增益(hFE)的最小值为68，确保可获得可靠的放大及开关性能。
阻抗设计:
- 基极电阻(R1)为10kΩ，发射极电阻(R2)为47kΩ，这样的设计既可以提高增益稳定性，又能有效地控制基极电流。
频率响应:
- DTC114YEBTL的跃迁频率高达250MHz，适用于高速开关信号及射频应用，在高频电路中表现出色。
功率处理:
- 最大功耗150mW，适合多种低功耗电路，为电池供电的便携设备提供了理想的选择。
三、应用场景
DTC114YEBTL数字晶体管广泛用于消费电子、工业控制以及通信等领域，特别是在以下场景中表现优秀：
开关应用: 适用于电流控制开关，无论是负载开关还是信号开关，均可高效切换。
放大器设计: 在音频放大器或信号放大中，此款晶体管由于其优良的增益特性，能够有效提升信号质量。
传感器接口: 结合适当的电阻器和其他元器件，DTC114YEBTL可用作各种传感器信号的输入级，相对于模拟信号处理提供数字化的前置放大。
低功耗电路: 特别适用于便携式和电池供电设备，DTC114YEBTL因其较低的静态电流和高工作效率，极大地提高了电池续航能力。
四、结论
综上所述，DTC114YEBTL是一款高效、灵活的数字晶体管解决方案，既适合快速原型开发又能满足成熟产品的工业标准。随着电子产品向着更小型、更高效的方向发展，DTC114YEBTL凭借其优异的电气性能、紧凑的封装和广泛的应用前景，将为设计工程师提供强大的支持和助力。无论是在新产品开发还是现有产品的升级换代中，DTC114YEBTL都能够为实现高效能量管理和优质信号处理提供理想选择。
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