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DIODES 74LVC2G02RA3-7 74LVC2G02RA3
Configuration
1 options
Configuration
23+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- DIODES 74LVC2G02RA3-7
- Type
- DIODES
- Minimum package
- 5000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- DIODES
- Electronic Component
- 74LVC2G02RA3-7
- Electronic Component
- 1
- Package
- X2-DFN1210-8
- Electronic Component
- Logic Gate
- Electronic Component
- 74LVC
- Electronic Component
- 0.024g
- Electronic Component
- 1
- Channel Count
- 2
- Features
- Electronic Component
- Electronic Component
- BM0000743714
- Operating Temperature
- 40℃~+125℃
- Operating Voltage
- 1.65V~5.5V
- Logic Type
- Gate
- Current(IOH)
- 32mA
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
74LVC2G02RA3-7 产品概述
一、产品概述
74LVC2G02RA3-7是一款高性能的双通道或非门（NAND Gate），其为表面贴装型（SMD）封装，专门设计用于低电压和高速应用。这款产品由DIODES（美台）公司制造，采用X2DFN1210-8封装，适应性强，同时满足现代电子产品对集成电路小型化和高效能的要求。
二、主要特性
逻辑功能: 74LVC2G02RA3-7具有两个独立的或非门，每个逻辑单元可以实现其基本的逻辑功能，并提供灵活的数字信号处理。这使得该元件非常适合于实现更复杂的逻辑电路设计。
电源电压范围: 工作电压范围宽广，从1.65V到5.5V，使得该产品可在多种电源电压下正常工作，适应不同的系统要求。
传播延迟: 在5V的供电下，其最大传播延迟为5.5ns（在最大负载条件下为50pF），支持高频率的开关切换，可以用于高速数字电路应用。
电流特性: 产品的静态电流消耗仅为最大40µA，能够实现低功耗的操作，适合于便携式和低功耗的设备。它的输出电流（高、低均为32mA）确保了较强的驱动能力，可直接驱动多种负载。
工作温度范围: -40°C至125°C的工作温度范围，使得该IC可以在恶劣环境下稳定工作，适用于汽车电子、工业控制及其他极端温度条件下的应用。
封装: X2DFN1210-8封装设计，具有较小的尺寸和优良的热性能，使得74LVC2G02RA3-7易于放置在密集的PCB设计中，提高了系统的空间利用率。
三、应用场景
74LVC2G02RA3-7被广泛应用于各种电子产品中，尤其是在需要逻辑控制和信号处理的场合。以下是一些具体应用示例：
消费电子产品: 例如智能手机、平板电脑等设备中，逻辑门用于数据路由、状态指示灯驱动等功能。
可穿戴设备: 由于其低功耗特性，74LVC2G02RA3-7特别适合用于智能手表、健康监测设备等可穿戴设备中，优化电池寿命。
工业自动化: 在传感器和控制电路中，用于条件判断和逻辑控制，能够满足快速信号处理的需求。
汽车电子: 适用于车载信息娱乐系统、传感器接口和其他电子控制单元，在高温和严苛环境下保持稳定性能。
通信设备: 74LVC2G02RA3-7可用于路由器、交换机及信号处理中，实现高效的数据处理和转换。
四、总结
74LVC2G02RA3-7是一款功能强大、适用范围广泛的双通道或非门IC，其低功耗、高性能和宽电压范围的特性使其非常适合现代电子产品的设计需求。无论是在消费类电子、工业自动化还是汽车电子领域，74LVC2G02RA3-7均能够提供可靠且有效的解决方案。通过其合理的价格和优异的性能，74LVC2G02RA3-7无疑是设计工程师实现创新和高效应用的重要选择。
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