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CrossChip CC6920SO-20A CC6920SO
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- Cross Chip CC6920SO-20A
- Type
- CROSSCHIP
- Minimum package
- 2000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- CROSSCHIP
- Electronic Component
- CC6920SO-20A
- Electronic Component
- 1
- Package
- SOP-8
- Electronic Component
- 250kHz
- Electronic Component
- Current Sensor
- Electronic Component
- 0.299g
- Electronic Component
- 100mV/A
- Electronic Component
- 1
- Electronic Component
- BM0224194788
- Operating Temperature
- 40℃~+125℃
- Operating Voltage
- 5V
- Current
- 20mA
- Current Resistor
- 0.9mΩ
- (tr)
- 1us
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
CC6920SO-20A 产品概述
1. 引言
在现代电子设备中，电流监测与测量是保证电路安全及功能实现的重要环节。差分霍尔电流传感器作为一种可靠的电流检测解决方案，因其高效的性能和出色的抗干扰能力，得到广泛应用。CrossChip的CC6920SO-20A是其最新推出的单芯片差分霍尔电流传感器，采用SOP-8封装，旨在提供精准的电流测量和实时监控。
2. 产品特点
CC6920SO-20A的设计包括多项先进技术，确保其在多种应用场合中的优异表现。以下是该产品的主要特点：
差分测量: 采用差分霍尔原理，能够消除环境噪声的干扰，提高测量的准确性，适合在电磁干扰大环境中使用。
高灵敏度: 该传感器具备较高的灵敏度，能够检测到微小电流的变化，确保在低电流状态下的准确测量。
宽测量范围: CC6920SO-20A支持宽直流电流范围的检测，可以适应不同的电流需求，灵活性强，适合多种场合。
低功耗: 设计经过优化，使得在工作状态下功耗显著降低，适合用于对功耗敏感的便携式设备。
出色的线性度: 该传感器在整个工作范围内都能保持良好的线性度，确保输出信号与输入电流之间形成一致的关系，方便后续信号的处理和分析。
小型化设计: SOP-8的封装形式使得CC6920SO-20A在尺寸上具有极大的优势，可以集成到空间有限的电路板中，满足现代电子设备的设计需求。
3. 应用领域
CC6920SO-20A广泛应用于多种场合，特别是在以下领域中表现优异：
电动汽车: 在电动汽车的电控系统中，实时监测电池及电动机的电流，可以有效保障系统安全并提高能效。
工业自动化: 在工业设备中，电流传感器能够用于电机驱动、电源管理和状态监测，帮助实现高效运作与故障预警。
可再生能源系统: 在太阳能、风能等可再生能源系统中， CC6920SO-20A能够监测能量的产生和消耗，优化系统的性能。
消费电子产品: 在移动设备、智能家居等领域，该传感器可用于电池管理和能耗监测，以延长电池寿命并减少能源浪费。
4. 性能参数
为确保用户在选择CC6920SO-20A时的参考，以下列举了该传感器的一些关键性能参数：
- 工作电压: 3.0V ~ 5.5V
- 测量电流范围: ±20A
- 输出信号: 线性电压输出
- 精度: ±1.5% @ 25°C
- 工作温度范围: -40°C ~ +85°C
5. 结论
CC6920SO-20A单芯片差分霍尔电流传感器凭借其显著的性能特点和广泛的应用场景，成为现代电子设备中不可或缺的电流测量工具。其差分测量技术提供了精确的电流监控，广泛的适用性构建了其在各种行业中的核心价值。随着对电流监测精度和效率要求的不断提高，CC6920SO-20A的市场前景将愈加广阔，必将引领电流检测技术的创新与进步。
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