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AISHI ERS1VM471G16OT
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- AISHI ERS1VM471G16OT
- Type
- AISHI
- Minimum package
- 250 袋
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- AISHI
- Electronic Component
- ERS1VM471G16OT
- Electronic Component
- 1
- Electronic Component
- 470uF
- Package
- Through-hole, D10x L16mm
- Electronic Component
- Through-hole Aluminum Electrolytic Capacitor
- Electronic Component
- ±20%
- Electronic Component
- 2.31g
- Pitch
- 5mm
- Electronic Component
- 1
- Electronic Component
- BM0259370194
- Electronic Component
- 7000hrs@105℃
- Voltage
- 35V
- Capacitor
- 10mm
- Capacitor
- 16mm
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
产品概述：ERS1VM471G16OT 直插铝电解电容
一、基本信息
产品名称：ERS1VM471G16OT
商品分类：直插铝电解电容
品牌：AISHI（艾华集团）
制造商：艾华集团
封装形式：径向引线
电容体直径：10mm
电容体长度：16mm
脚间距：5mm
额定电压：35V
容值：470μF
精度：±20%
工作寿命：7000小时@105℃
二、产品特点
ERS1VM471G16OT 是一款高性能的直插铝电解电容器，专为满足电力电子和消费电子产品的需求而设计。其容值为 470μF，能够在相对小巧的封装下，提供充足的储能能力，尤其适用于需要高电流和短时间放电的应用场合。该电容器的额定电压为 35V，能够满足一些中等电压应用的要求，同时，其 ±20% 的精度使得电容的实际工作参数能够在一个合理的范围内波动，确保其在实际电路中的可用性与可靠性。
三、应用领域
ERS1VM471G16OT 适用的领域非常广泛，包括但不限于：
电源电路：电源适配器、开关电源等设备中，铝电解电容主要用于平滑输出电压，降低纹波电压，并确保负载供电的稳定性。
消费电子产品：如照相机、电视、音频设备等，由于其小巧的体积，可以在有限的空间内提供稳定的电源支持。
工业设备：在各类工业控制系统与电子监测设备中，450μF的大电容量能够确保设备在高负载时仍能正常工作，避免因电源不稳而引发的故障。
通信设备：在各种通信设备的电力供应信号中，无论是基站、路由器，还是小型通信模块，稳定的电源至关重要。
四、技术优势
耐高温性：该电容器设计为在 105℃ 环境下工作7000小时，适应高温工作环境。这一特性使得它特别适用于工作环境较为严苛的电子设备。
高稳定性：电容器的负载能力与长寿命特点，可以大幅减少维护频率和成本，适合大规模集成电路的长时间运行。
小型化设计：10mm 的直径与 16mm 的长度使得该电容适合于小型电子设备的设计，是工程师在PCB设计时的重要考虑因素。
可靠性：作为 AISHI 公司推出的产品，ERS1VM471G16OT 的制造工艺确保了其在正常工作条件下的高可靠性，减少了因元器件故障引发的整体系统问题。
五、总结
ERS1VM471G16OT 直插铝电解电容凭借其优异的电气性能、耐高温的特性，以及广泛的应用领域，成为电子设备中不可或缺的基础元件。随着电子技术的不断进步及对电源稳定性要求的提高，选择高品质的电容器将是保证产品性能的重要一环。AISHI 作为行业内的知名品牌，其铝电解电容不仅代表了先进的制造工艺，也承载着丰富的专业知识与经验，值得工程师们在设计及选型中信赖。
通过对 ERS1VM471G16OT 的全面了解，可以为不同应用场景定制更为合理的电路设计方案，确保每个电气产品都能在最佳条件下工作，发挥其最大效能。
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