Energy Harvesting

能量收集

  • 能量收集
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  • 技术资源
Energy Harvesting

能量收集应用

能量收集又称为电力收集或能量挖掘，这是将现有环境能量来源转换为电能的过程。通过该过程，设计人员能为他们的应用创建低维护成本的电力解决方案。

产品

IN100 能量收集 NanoBeacon 评估套件 (EVK)

Image of InPlay Energy Harvesting NanoBeacon Evaluation Kit
InPlay IN100 EVK 使开发人员能够探索创建独立于传统电池运行的可持续、自供电物联网设备的潜力。
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HarvestKit™ AMA3BHARV1 能量收集参考设计

HarvestKit AMA3BHARV1 Energy Harvesting Design - ambiq
Ambiq 的 AMA3BHARV1 低功耗优化灵活平台可用于评估和开发能量收集应用。
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太阳能逆变器解决方案

onsemi Solar Inverter SoCs
Onsemi 的太阳能逆变器产品组合旨在利用可再生能源创造高效、低碳排放的电力解决方案。立即到 DigiKey 了解详情！
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带长引线 PC 端子的薄膜电容器

Film Capacitors with Long Lead PC Terminals - TDK
TDK 的带长引线 PC 端子的薄膜电容器有多种引线长度和类型。
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NEH2000BY 能量收集电源管理 IC

Image of Nexperia's NEH2000BY Energy Harvesting Power Management IC
Nexperia 的 NEH2000BY IC 采用超紧凑封装，经过优化可从各种环境资源中高效收集能量。
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IXOLAR™ 1.2 mm 厚度 25% 效率太阳能电池

Image of ANYSOLAR's IXOLAR™ Thin 1.2mm, 25% Efficiency Solar Cells
ANYSOLAR 的 IXOLAR™ 电池由高效单晶太阳能电池制成，功率转换率高达 25%。
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BCS 系列低照度薄膜太阳能电池

BCS Series - TDK
TDK 的 BCS 系列是纤薄轻质的柔性太阳能电池，在荧光和 LED 光源下提供高发电效率。
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非晶硅太阳能电池

Image of Panasonic's Amorphous Silicon Solar Cells
Panasonic 的非晶硅太阳能电池可以为各种室内和室外设备供电，例如仪表、GPS 跟踪器、水龙头、物联网设备等。
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MAX20361 微型单节/多节太阳能采集器

MAX20361 Tiny Single-Multi-Cell Solar Harvester - Analog Devices
Analog Devices 的 MAX20361 可从单节/多节太阳能电池收集能量，可用于多种应用。
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Analog Devices 应用解决方案

ADI Application Solutions Center Thumbnail
深入了解 ADI 针对物联网、传感器、iCoupler 数字隔离器、数据转换器及更多应用的创新解决方案。ADI 产品现在可从 DigiKey 订购！
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快速安静的反向恢复二极管

Rapid and Quiet Reverse Recovery Diodes - STMicroelectronics
STMicroelectronics 提供 600 V 安静和快速二极管，用于车载电池充电器 (OBC)、2 轮或 3 轮车辆充电器、电动车充电站和工业转换器。
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文章和博客

Image of Webinar – Enabling Cost-Effective Battery Cell Production with High-Density Power Modules

网络研讨会 - 使用高密度电源模块实现经济高效的电池单元生产

了解电池单元和测试设备的制造商和开发商如何在不增加新成本的情况下提高生产率。
Image of DigiKey Partners with GroupGets to Help Startups GetMade

DigiKey 与 GroupGets 合作，帮助初创企业 GetMade

DigiKey 与 GroupGets 合作，帮助初创企业 GetMade！这种合作关系将帮助那些离成功众筹只有一步之遥的初创企业。
Image of Five Convenient Ways to Locate a Cross, Sub, or Replacement on Digi-Key's Website

在 DigiKey 网站寻找代用品、替代品或替换件的五种方便方法

要找到一个停产零件的同等产品可能很困难。然而，DigiKey 网站提供了一些工具，可以帮助您快速、方便地找到零件的代用品。
Image of How to Use Ultrasonic Sensing in Smart Water Meters

如何在智能水表中应用超声波感测技术

介绍超声波流量传感器在智能水表中的操作和集成，并简要回顾住宅水表精度的标准。
Image of How and When to use Energy Harvesting to Power the Massive IoT

如何以及何时使用能量采集技术为大规模物联网供电

如何以及何时使用能量采集技术为大规模物联网中日益增多的各种无线节点供电。
Image of Use Wireless Energy Harvesting Sensors to Simplify HVAC Installations and Retrofits

使用无线能量收集传感器简化暖通空调的安装和改造

在无法维护、无法使用电线的地方，使用无线能量收集传感器可避免更换电池。
Image of BESS: A Solution to Manage Energy Proactively

BESS：主动能源管理解决方案

可再生能源的扩张和全球高效使用能源的趋势，提高了人们对储能解决方案的兴趣。
Image of Stewart Connector's 3.2 Gen 2 USB

Stewart Connector USB-C 3.2 Gen 2 IP67 - 新品介绍

IP67 级坚固型 USB-C，工作温度范围大，功能丰富，应用广泛。
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视频

The Analog Devices MAX20361 Tiny Single-/Multi-Cell Solar Harvester is designed for making solar-harvesting projects and products that can sip power from a small inexpensive solar cell, to charge up a battery or super-capacitor.

EYE ON NPI - MAX20361 Tiny Single-/Multi-Cell Solar Harvester

The Analog Devices MAX20361 Tiny Single-/Multi-Cell Solar Harvester is designed for making solar-harvesting projects and products that can sip power from a small inexpensive solar cell, to charge up a battery or super-capacitor.
Ambiq’s energy harvesting reference design, harvestKIT includes access to a graphical user interface that details data such as the accelerometer, gyroscope, temperature, humidity, pressure and more.

Exploring Ambiq's harvestKIT GUI

Ambiq’s energy harvesting reference design, harvestKIT includes access to a graphical user interface that details data such as the accelerometer, gyroscope, temperature, humidity, pressure and more.
Ambiq’s Business Development Marketing Director Chad Solomon, introduces harvestKIT, an energy harvesting reference design built to enhance the battery life on devices or eliminate the battery completely.

Introducing Ambiqs Energy Harvesting Reference Design harvestKIT

Ambiq’s Business Development Marketing Director Chad Solomon, introduces harvestKIT, an energy harvesting reference design built to enhance the battery life on devices or eliminate the battery completely.
Ambiq’s Business Development Marketing Director Chad Solomon breaks down the different components of Ambiq’s energy harvesting reference design, harvestKIT, and what functions they perform.

Up-Close with Ambiqs harvestKIT

Ambiq’s Business Development Marketing Director Chad Solomon breaks down the different components of Ambiq’s energy harvesting reference design, harvestKIT, and what functions they perform.
Nexperia’s Energy Harvesting PMIC uses the advanced Maximum Power Point Tracking (MPPT) algorithm to harvest energy for ultra-low power IoT sensors/nodes. MPPT uses an embedded hill-climbing algorithm to deliver the maximum power to the load.

Nexperia Energy Harvesting MPPT Technology Explained

Nexperia’s Energy Harvesting PMIC uses the advanced Maximum Power Point Tracking (MPPT) algorithm to harvest energy for ultra-low power IoT sensors/nodes. MPPT uses an embedded hill-climbing algorithm to deliver the maximum power to the load.
In this Würth Elektronik Webinar Presentation, we will have an introduction to Energy Harvesting and what type of ambient energies are available. We'll discuss challenges in converting and storing these energies into usable energy.

WEbinar Partnered with DigiKey: Use Wasted Energy to Power Your Sensors

In this Würth Elektronik Webinar Presentation, we will have an introduction to Energy Harvesting and what type of ambient energies are available. We'll discuss challenges in converting and storing these energies into usable energy.
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精选 PTM

Image of onsemi's RSL15 Bluetooth® BLE 5.2 SoC

RSL15 Bluetooth® BLE 5.2

onsemi’s RSL15 is a superb choice for BLE applications because of its low power consumption, hardware security, direction finding, and long range.
10 minutes
Block Diagram for an Energy Harvesting PMIC

Energy Harvesting PMIC Portfolio

Cypress provides the world’s lowest-power, single-chip Energy Harvesting PMIC solution for tiny, solar-powered WSN IoT Devices
KEMET Power Inductors

Metal Composite SMD Power Inductors

Manufactured with a magnetic metal composite which offers advantages over traditional ferrite inductors.
5 minutes
Dual Interface EEPROM

Dynamic NFC / RFID Tag

Combining the high reliability EEPROM process and a serial interface.
25 minutes
Cell Balancing IC

bq77910A 4-10 Cell Li-Ion Battery Protection and Cell Balancing IC

The bq77910A is an integrated battery management solution for Li-ion based power tools, e-bikes, UPS systems, and other high-current applications.
10 minutes
Power Management

Energy Harvesting: bq25504

BQ25504 offers many advantages to its users including low power requirements, high efficiency, and continuous energy harvesting.
15 minutes
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