LFP vs NMC Battery: Exploring the Differences

时间： 2024-02-01 来源：Grepow Blogs

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LFP Battery,Lithium Iron Phosphate battery,NMC Battery,Nickel Manganese Cobalt batteries

In the realm of energy storage, Lithium Iron Phosphate (LFP) and Nickel Manganese Cobalt (NMC) batteries have emerged as two prominent contenders. Both have unique characteristics and applications, making them popular choices for various industries. LFP vs NMC Battery: What's the difference? This article aims to delve into the specifics of LFP and NMC batteries, outlining their features, benefits, and drawbacks.

What is an LFP Battery?

A Lithium Iron Phosphate (LFP) battery is a type of lithium-ion battery known for its stable chemistry. The key components of an LFP battery include a cathode (positive electrode), an anode (negative electrode), and an electrolyte. LFP battery uses lithium iron phosphate as the cathode material, which inherently possesses higher thermal stability compared to cobalt-based chemistries. This makes LFP batteries a preferred choice for applications that prioritize safety and longevity.

Fig.1

What is an NMC Battery?

Nickel Manganese Cobalt (NMC) batteries are another type of lithium-ion battery that employs a cathode composed of nickel (Ni), manganese (Mn), and cobalt (Co). This combination results in a battery with a high energy density, making NMC batteries suitable for applications where compact and efficient energy storage is crucial. These batteries are commonly used in electric vehicles, consumer electronics, and various energy storage applications. The specific choice of NMC formulation depends on the desired balance of performance characteristics for a given application.

Fig.2

Benefits and Downsides of LFP Battery

Lithium Iron Phosphate (LFP) batteries offer several benefits and downsides, making them suitable for certain applications while having limitations in others. Here's an overview of the advantages and disadvantages of LFP batteries:

Benefits of LFP Battery:

◆Enhanced safety: LFP batteries are known for their exceptional thermal stability, reducing the risk of overheating and thermal runaway.

◆Long cycle life: LFP batteries typically have a longer cycle life compared to some other lithium-ion batteries, making them cost-effective over the long term.

◆Environmentally friendly: LFP batteries are considered more environmentally friendly due to their non-toxic and easily recyclable materials.

◆Stable Thermal Performance: LFP batteries exhibit stable thermal performance, meaning they are less prone to overheating.

Downsides of LFP Battery:

◆Lower energy density: LFP batteries generally have a lower energy density compared to NMC batteries, which may limit their use in certain high-energy-demand applications.

◆Limited High-Temperature Performance: While LFP batteries are generally stable under normal operating conditions, their performance may be limited at high temperatures.

◆Reduced Voltage: LFP batteries typically have a lower nominal voltage compared to some other lithium-ion chemistries. This voltage difference may impact certain applications that require specific voltage levels for compatibility.

Advantages and Disadvantages of NMC Batteries

NMC battery comes with a set of advantages and disadvantages, influencing their suitability for various applications. Here's an overview of the advantages and disadvantages of NMC batteries:

Advantages of NMC Batteries

◆High energy density: NMC batteries offer a higher energy density, providing more energy storage capacity in a compact size.

◆Versatility: NMC batteries are versatile and find applications in a wide range of industries, including electric vehicles and portable electronics.

◆Cost-effectiveness: NMC batteries can be cost-effective for certain applications, balancing performance and price.

Disadvantages of NMC Batteries

◆Thermal sensitivity: NMC batteries may exhibit higher sensitivity to temperature variations, requiring additional thermal management systems.

◆Limited cycle life: In some cases, NMC batteries may have a shorter cycle life compared to LFP batteries.

LFP vs NMC Battery: What's the Difference?

LFP and NMC batteries are two distinct types of lithium-ion batteries with differences in their cathode materials, performance characteristics, and applications. The choice between LFP and NMC batteries depends on the priorities and requirements of the application, considering factors such as safety, energy density, cycle life, and cost. Each battery type has its strengths and trade-offs, making them suitable for different scenarios. Here's a breakdown of the key differences between LFP and NMC batteries:

1. Cathode Material

◆LFP Battery: The cathode of an LFP battery is made of lithium iron phosphate (LiFePO4). This cathode material is known for its stability, safety, and thermal resilience.

◆NMC Battery: The cathode of an NMC battery is a combination of nickel, manganese, and cobalt. Different NMC formulations exist, such as NMC 111 or NMC 532, where the numbers represent the ratio of nickel, manganese, and cobalt in the cathode.

2. Safety and Thermal Performance

◆LFP Battery: LFP batteries are recognized for their enhanced safety profile. The lithium iron phosphate cathode contributes to stability and reduces the risk of thermal runaway, making LFP batteries inherently safer.

◆NMC Battery: While generally safe, NMC batteries may exhibit higher sensitivity to temperature variations. Adequate thermal management systems are sometimes required to ensure optimal performance and safety.

3. Energy Density

◆LFP Battery: LFP batteries have a lower energy density compared to NMC batteries. This means that, for a given volume or weight, LFP batteries store less energy.

◆NMC Battery: NMC batteries offer higher energy density, making them suitable for applications where maximizing energy storage capacity in a compact space is crucial.

4. Cycle Life

◆LFP Battery: LFP batteries typically have a longer cycle life compared to NMC batteries. A longer cycle life means the battery can undergo more charge and discharge cycles before experiencing significant capacity degradation.

◆NMC Battery: NMC batteries may have a shorter cycle life compared to LFP batteries. The number of charge and discharge cycles a battery can undergo is an important factor in determining its long-term durability.

5. Applications

◆LFP Battery: LFP batteries are commonly used in applications where safety, long cycle life, and environmental considerations are paramount. This includes renewable energy storage systems, uninterruptible power supplies (UPS), and electric buses.

◆NMC Battery: NMC batteries find applications in a wide range of industries, including electric vehicles (EVs), portable electronic devices, and energy storage systems. The high energy density and versatility of NMC batteries make them suitable for various use cases.

6. Cost

◆LFP Battery: LFP batteries are often considered cost-effective for certain applications due to their stable chemistry and longer cycle life.

◆NMC Battery: NMC batteries can be cost-effective, especially considering their high energy density. The cost-effectiveness of NMC batteries varies based on specific formulations and applications.

Conclusion

In the exploration of LFP and NMC batteries, this article has dissected their characteristics, advantages, and drawbacks. Each type has distinct strengths – LFP excels in safety and longevity, while NMC leads in energy density and versatility. LFP vs NMC Battery: The choice between LFP and NMC boils down to specific needs. Understanding factors like safety, energy density, and the cost is key to making an informed decision. As a global leader in LFP battery cell manufacturing, Grepow offers professional customization solutions for LiFePO4 battery packs and Battery Management Systems (BMS), catering to your specific application requirements.

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华德电子（walter）保险丝和电流感测电阻选型指南

目录- 公司简介/保險絲和電流感測電阻產品目錄 Company Profile/Fuses and Current Sense Resistors Product Contents 保險絲選用指南 Fuses Selection Guide 貼片式保險絲 Surface Mount Fuses 微型保險絲 Micro Fuses 超小型保險絲 Subminiature Fuses 陶瓷管保險絲 Ceramic Tube Fuses 玻璃管保險絲 Glass Tube Fuses 電力保險絲 Power Fuses 溫度保險絲 Thermal Cutoff Fuses 電流感測電阻 Current Sensing Resistors

型号- 2010-□-3W0-R-□□□-□,WD38-600-VT,TG 147,WH42-35-M6,TG 142,2020 SERIES,WM30-4-P-L,WS37-XXX-BTL,WHFM-350,MTT SERIES,WL50,0603-□-W50-R-□□□-AUTO,WM30-30-P-L,WM55-XXX-P,WS37-200-BTL,WL55,WL40-10-AP,WH30-40-M6,WH30-40-M8,WM30-2.5-P-SXL,MDP SERIES,WL25-XXX-P1,WD63-300-CT,LFC SERIES,TG 152,LFC-63-P,HFCL-SERIES,WH30-10-M8L,WL40,WN20-0.8,WM30-0.315-P-L,1032SF SERIES,WM70-15,TG 128,WM70-30-ZG-P,TG 121,5931-□-10W0-R-□□□-□,WM30-4,WM30-2.5-P,WM30-5,WM30-2,WM30-3,WM30-12.5-P,WM30-8,STE-AUTO SERIES,WM30-6,LFC-50-P,WS35-350-DT,WM30-0.6,WL40-05-P1,TB115,WM10-3.15-P,WM30-0.4,WN40-25-P,WM30-0.5,WM30-0.2,WM70-20,WS80-XXX-BT,WN10-2-P,WM30-1,WH30 SERIES,WN10-2.5,WM70-25,WL40-1-P1,WL50-15-I,WL25-10-P1,TG 139,WM30-0.8,WM45-15-P-SXL,WL60,WH42-70-M6,1206-□-1W0-R-□□□-AUTO,6125SH SERIES,WM30-XXX-P-SXL,WM20-0.6-P,WN30-0.6-P,WM10-12-P,TB102,WM30 SERIES,WM40-15-P-SXL,WM30-15-P-L,1206-□-1W0-R-□□□-□,HTE-SERIES,WL12 SERIES,WS40 SERIES,WM45-30,WL25-2-BP,TG 187,TG 184,WL55-XXX,WM30-15-P,WL50-12-P1,WM30-3-P-L,WL50 SERIES,WH42-80-M6,WM45-10-P-SXL,WM40-20-P,WL25-12-P1,WM30-4-P-SXL,WM30-20-P-SXL,SIC,MSHL SERIES,WL40-15-P1,HTC,WN20-20-P,HTE,WH30-200-VT,WN20-2.5,SIP,WL50-16-BP,WM70-10,WM10-8-P,WN30-1,WD63-XXX-CT,WLET-80,WS70 SERIES,WM30-0.6-P-SXL,WH40-XXX-M8,WH30,WD38-250-CT,WN20-0.5,TG 169,WN10-6.3-P,WN20-4-H-P,WH30-XXX-VT,WS37 SERIES,WH62-XXX-M8,SLA SERIES,WM20-1.25,WM45-30-P,TE 116,WL12-63-EP,TE 113,1206HC SERIES,WH33,WM30-2.5,WN10-0.4,WM30-2-P,WN10-0.2,WM45-XXX,4527-□-5W0-R-□□□-□,WN10-0.6,WH30-15-M6,WN10-0.5,WH30-15-M8,MSTJ-SERIES,WM70-10-P,0201-□-0W2-R-□□□-□,WH62-XXX-M6,LFP SERIES,WL55-3.5,WN20-3.15-P,WM20-0.4-P,WN40-25,TE 103,WHFM-180,WN30-0.4-P,WN20-3.15-H,WH40-XXX-M6,WM30-16-P-SXL,MSTJ0201,WLET-60,JGC SERIES,WH30-20-M6,WN20-0.63-P,WH30-20-M8,WH62-150-M6,SLA,WH42-50-M6,WN30-20,WM20-0.2-P,WM30-2.5-P-L,MSHL,WH62-150-M8,WN10-2.5-P,WN20-15-P,WM20-2.5,FSD,FSC,WL50-2-AP,WM55-XXX-P-L,WN30-15,WN30-XXX-P,WH40,WN30-10,WLET-50,WH42,WN30-12,WM20-1.25-P,WL50-3.5-I,WM30-12-P-L,HFPL SERIES,WJ30H,WS32-500-BT,1206F SERIES,WM40-15-P,MHP-XXX,WL50-XXX-P1,WM70-5-P,WS35-400-BT,WN30-0.2-P,WN20-2-P,WL25-4-BP,WN20-2-H,WS32 SERIES,WM30-0.2-P-SXL,WN10 SERIES,WM40-25-P-L,WH30-50-M8,WL25-20-I,LFP-40-BP,WL50-2-I,WH30-50-M6,WL50-16-AP,WH62-80-M6,WM30-25-P-SXL,WL50-6,WH62,WL50-5,WL50-8,WM30-2-P-L,WL50-2,WM40-15,WL50-1,WLET-32,MHP-25-L,WL50-4,WLET-35,WL50-3,WM20-2-P,MHTC,2410LT,WL25 SERIES,TU SERIES,WN30-0.4,WN30-0.6,TE SERIES,WM30-20-P-L,WN10-15-P,WN30-0.2,WM30-0.5-P,WH30-80-M8L,WL50-2-BP,MGC SERIES,TG 103,MDC,WLET-25,WL40-05-AP,MDP,0603-□-W50-R-□□□-□,WN20-20,WM45-10-P,WL40-0.44-AP,MDT,MDS,TB130,WS35-315-BT,WL50-4-AP,LFC-XXX-P,TG 116,TG 113,WS35-350-BT,WH30-100-M8,WS40-350-BT,WH30-100-M6,WN20-16,LFP-31.5-BP,WN20-15,WN20-12,WN20-10,TB125,WN20-6-P,WN20-6.3,WM55 SERIES,HFCL,WN20-4-P,WL50-20-I,WM70-25-P,MHP-16-L,WN20-4-H,WL50-10-P1,TAP SERIES,WE53-125-CT,MFP,SFCA,WD38,MFS,SFCA-SERIES,2410H SERIES,TSC+P SERIES,WM20-XXX-P,WM70-XXX,TB150,WM30-0.25-P-L,WS35-315-DT,MGC,LFP-50-BP,WM10-1.25-P,WN20-2-H-P,3618-□-4W0-R-□□□-□,WM30-3.15-P-L,WS37-100-BTL,WN30-1.25-P,MGP,WH62-125-M6,WD63-400-CT,WH42-60-M6,WM10-10-P,WM30-1-P-L,WH62-125-M8,WM10-2-P,WL50-5-AP,TDP SERIES,STE,WH30-200-HT,MHC,WM30-0.2-P,WL25-6-BP,WM30-20-P,WM30-20,WN20-2.5-P,WN30-XXX,WS32,MHP,MSTC-SERIES,WM30-25,MHP-10-SXL,WS35,STE-AUTO,WL50-5-BP,WM45-25-P-L,WL25-2-P1,WM30-15-P-SXL,WH40-8-M6,WM40-30-P-SXL,WN10-10-P,WM30-1.6-P-L,WM45-10-P-L,WN20-8-P,WM10-2.5,WD38-400-VT,WN20-1.25-P,WM30-30,WL50-1-P1,WL25-8-I,LFP-XXX-EP,WL40-10-P1,WD38-350-CT,JDP SERIES,WL40 SERIES,WM40-16-P-SXL,WL55P,2512-□-2W0-R-□□□-□,MFP SERIES,2410F,WL25-XXX-BP,MSE SERIES,2410H,WL50-6-I,WD63,WL60-XXX,WS37,0603T SERIES,WN30-12-P,WL50-30-I,WLET,WL55P-4-I,TB,WS40,TE,TG,ICP,WN20-3.15,WN10-0.4-P,2040 SERIES,FSC SERIES,WS35-400-DT,WS37-100-BT,TU,WM10-0.2,WM30-0.315-P,WM10-0.5,WM10-0.4,WL12-80-EP,WL25-20-BP,WD63-250-CT,HTC-SERIES,WM40-25,WL50-XXX-AP,WN30-1.6,WS32-550-BT,WM40-20,WL55P-XXX-I,WH30-10-M8,WM40-16,WH30-10-M6,WN20-8-H-P,WS70,WM10-0.25,WS70-200-BT,WM30-1.25-P-L,WM30-0.5-P-SXL,WH33 SERIES,WM30-0.8-P-L,WH40-80-M6,WL50-XXX-BP,WM40-30,MSTC,WN30-1-P,WM40 SERIES,MSTJ,WM30-0.8-P-SXL,1032HB SERIES,WL52H,WM10-0.6,0805-□-1W0-R-□□□-AUTO,WL40-2-AP,WN20-8-H,MSTJ SERIES,WM30-0.25,FHP SERIES,MHP-25-SXL,WM10-2.5-P,WD38-315-CT,WL25-8-BP,WL25-6-I,WM20-1.6,WL55P-6-I,WH40-80-M8,WM70-6,WL50-4-I,WLMT-400,2010-□-1W0-R-□□□-AUTO,WM70-5,MHC SERIES,WM45-15-P,1206-□-2W0-R-□□□-□,LFP-80-EP,WM30-8-P-L,ICP SERIES,WN10-8-P,WL50-XXX-I,WN30-10-P,WM30-10,WH30-32-M8,WE53-150-CT,WM30-12,WH30-32-M6,6125SF SERIES,WH40-100-M6,2725-□-4W0-R-□□□-□,WM30-15,WM30-16,WH40-100-M8,WM40-16-P,WL25-10-BP,WL25-4-P1,WM20-0.25-P,WS80,WN10-0.6-P,WH62-100-M8,WH62-100-M6,WHET-25,LFP-XXX-BP,WL50-3-P1,WL50-16-P1,WM30-16-P-L,MSE-SERIES,WM30-12-P-SXL,LFC-32-P,WD38-500-VT,WLMT,WM10-12,WL25-20-P1,WN20-8,WM30-5-P,WM45-XXX-P,WM10-10,WHFMM,0402-□-0W33-R-□□□-□,WM45-25-P-SXL,WH42-90-M6,2512-□-2W0-R-□□□-□□,TU115,WM30-6-P-L,FEP SERIES,TSD SERIES,WM20 SERIES,WL25-12-BP,WS35-XXX-BT,1206T SERIES,WM10-6-P,WM70 SERIES,WN20-5-H-P,STE AUTO

选型指南 - 华德电子 - 2022/9/28 PDF 英文下载查看更多版本

华德电子（walter）保险丝和电流感测电阻选型指南

目录- 公司简介和產品目錄 Company Profile and Product Contents 保險絲選用指南 Fuses Selection Guide 貼片式保險絲 Surface Mount Fuses 微型保險絲 Micro Fuses 超小型保險絲 Subminiature Fuses 陶瓷管保險絲 Ceramic Tube Fuses 玻璃管保險絲 Glass Tube Fuses 電力保險絲 Power Fuses 溫度保險絲 Thermal Cutoff Fuses 電流感測電阻 Current Sensing Resistors

型号- 2010-□-3W0-R-□□□-□,WD38-600-VT,TG 147,WH42-35-M6,TG 142,2020 SERIES,WM30-4-P-L,WS37-XXX-BTL,WHFM-350,MTT SERIES,WL50,0603-□-W50-R-□□□-AUTO,WM30-30-P-L,WM55-XXX-P,WS37-200-BTL,WL55,WL40-10-AP,WH30-40-M6,WH30-40-M8,WM30-2.5-P-SXL,MDP SERIES,WL25-XXX-P1,WD63-300-CT,LFC SERIES,TG 152,LFC-63-P,HFCL-SERIES,WH30-10-M8L,WL40,WN20-0.8,NANO 2410F SERIES,WM30-0.315-P-L,WM70-15,TG 128,WM70-30-ZG-P,TG 121,5931-□-10W0-R-□□□-□,WM30-4,WM30-2.5-P,WM30-5,WM30-2,WM30-3,WM30-12.5-P,WM30-8,WM30-6,STE-AUTO SERIES,LFC-50-P,WS35-350-DT,WM30-0.6,WL40-05-P1,TB115,WM10-3.15-P,WM30-0.4,WN40-25-P,WM30-0.5,WM30-0.2,WM70-20,WS80-XXX-BT,WN10-2-P,WM30-1,WH30 SERIES,WN10-2.5,WM70-25,WL40-1-P1,WL50-15-I,WL25-10-P1,TG 139,WM30-0.8,WM45-15-P-SXL,WL60,WH42-70-M6,1206-□-1W0-R-□□□-AUTO,WM30-XXX-P-SXL,WM20-0.6-P,WN30-0.6-P,WM10-12-P,TB102,WM30 SERIES,WM40-15-P-SXL,WM30-15-P-L,SMD 1206T SERIES,1206-□-1W0-R-□□□-□,HTE-SERIES,WL12 SERIES,WS40 SERIES,WM45-30,WL25-2-BP,TG 187,TG 184,WL55-XXX,WM30-15-P,WL50-12-P1,WM30-3-P-L,WL50 SERIES,WH42-80-M6,WM45-10-P-SXL,WM40-20-P,WL25-12-P1,WM30-4-P-SXL,WM30-20-P-SXL,SIC,NANO 2410LT,WL40-15-P1,MSHL SERIES,HTC,WN20-20-P,HTE,WH30-200-VT,WN20-2.5,SIP,WL50-16-BP,WM70-10,WM10-8-P,WN30-1,WD63-XXX-CT,WLET-80,WS70 SERIES,WM30-0.6-P-SXL,WH40-XXX-M8,WH30,WD38-250-CT,WN20-0.5,TG 169,WN10-6.3-P,WN20-4-H-P,NANO 1032ST SERIES,WH30-XXX-VT,WH62-XXX-M8,WS37 SERIES,SLA SERIES,WM20-1.25,WM45-30-P,TE 116,WL12-63-EP,TE 113,WH33,WM30-2.5,WN10-0.4,WM30-2-P,WN10-0.2,WM45-XXX,4527-□-5W0-R-□□□-□,WN10-0.6,WH30-15-M6,WN10-0.5,WH30-15-M8,WM70-10-P,MSTJ-SERIES,0201-□-0W2-R-□□□-□,WH62-XXX-M6,LFP SERIES,WL55-3.5,WN20-3.15-P,WM20-0.4-P,WN40-25,TE 103,WHFM-180,WN30-0.4-P,WN20-3.15-H,WH40-XXX-M6,WM30-16-P-SXL,MSTJ0201,WLET-60,JGC SERIES,WH30-20-M6,WN20-0.63-P,WH30-20-M8,WH62-150-M6,SLA,WH42-50-M6,WN30-20,WM20-0.2-P,WM30-2.5-P-L,MSHL,WH62-150-M8,WN10-2.5-P,WN20-15-P,WM20-2.5,FSD,FSC,WL50-2-AP,WM55-XXX-P-L,WN30-15,WN30-XXX-P,WH40,WN30-10,WLET-50,WH42,WN30-12,WM20-1.25-P,WL50-3.5-I,NANO 1032HB SERIES,WM30-12-P-L,HFPL SERIES,WJ30H,WS32-500-BT,WM40-15-P,MHP-XXX,WL50-XXX-P1,WM70-5-P,WS35-400-BT,WN30-0.2-P,WN20-2-P,WL25-4-BP,WN20-2-H,WS32 SERIES,WM30-0.2-P-SXL,WN10 SERIES,WM40-25-P-L,WH30-50-M8,WL25-20-I,LFP-40-BP,WL50-2-I,WH30-50-M6,WL50-16-AP,WH62-80-M6,WM30-25-P-SXL,WL50-6,WH62,WL50-5,WL50-8,WM30-2-P-L,WL50-2,WM40-15,WL50-1,WLET-32,MHP-25-L,WL50-4,WLET-35,WL50-3,WM20-2-P,MHTC,2410LT,WL25 SERIES,WN30-0.4,TU SERIES,WN30-0.6,WM30-20-P-L,TE SERIES,WN10-15-P,WN30-0.2,WM30-0.5-P,WH30-80-M8L,WL50-2-BP,MGC SERIES,TG 103,MDC,WLET-25,WL40-05-AP,MDP,0603-□-W50-R-□□□-□,WN20-20,WM45-10-P,WL40-0.44-AP,MDT,MDS,TB130,WS35-315-BT,WL50-4-AP,LFC-XXX-P,TG 116,TG 113,SMD 1206HC,WS35-350-BT,WH30-100-M8,WS40-350-BT,WH30-100-M6,WN20-16,LFP-31.5-BP,WN20-15,WN20-12,WN20-10,TB125,WN20-6-P,WN20-6.3,HFCL,WM55 SERIES,WN20-4-P,WL50-20-I,WM70-25-P,MHP-16-L,WN20-4-H,WL50-10-P1,TAP SERIES,WE53-125-CT,MFP,SFCA,WD38,MFS,SFCA-SERIES,TSC+P SERIES,WM20-XXX-P,WM70-XXX,TB150,WM30-0.25-P-L,WS35-315-DT,MGC,LFP-50-BP,WM10-1.25-P,WN20-2-H-P,3618-□-4W0-R-□□□-□,WM30-3.15-P-L,WS37-100-BTL,WN30-1.25-P,MGP,WH62-125-M6,WD63-400-CT,SMD 1206F SERIES,WH42-60-M6,WM10-10-P,WM30-1-P-L,WH62-125-M8,WM10-2-P,WL50-5-AP,STE,TDP SERIES,WH30-200-HT,MHC,WM30-0.2-P,WL25-6-BP,WM30-20-P,WM30-20,WN20-2.5-P,WN30-XXX,WS32,MHP,MSTC-SERIES,WM30-25,MHP-10-SXL,WS35,STE-AUTO,WL50-5-BP,WM45-25-P-L,WL25-2-P1,WM30-15-P-SXL,WH40-8-M6,WM40-30-P-SXL,WN10-10-P,WM30-1.6-P-L,WM45-10-P-L,NANO 2410H SERIES,WN20-8-P,WM10-2.5,WD38-400-VT,WN20-1.25-P,WM30-30,WL50-1-P1,WL25-8-I,LFP-XXX-EP,WL40-10-P1,WD38-350-CT,JDP SERIES,WM40-16-P-SXL,WL40 SERIES,WL55P,2512-□-2W0-R-□□□-□,MFP SERIES,2410F,WL25-XXX-BP,MSE SERIES,2410H,WL50-6-I,WD63,WL60-XXX,WS37,WN30-12-P,WL50-30-I,WLET,WL55P-4-I,TB,WS40,TE,TG,ICP,WN20-3.15,WN10-0.4-P,2040 SERIES,FSC SERIES,WS35-400-DT,WS37-100-BT,TU,WM10-0.2,WM30-0.315-P,WM10-0.5,WM10-0.4,WL12-80-EP,WL25-20-BP,WD63-250-CT,HTC-SERIES,WM40-25,WL50-XXX-AP,WN30-1.6,WS32-550-BT,WM40-20,WL55P-XXX-I,WH30-10-M8,WM40-16,WH30-10-M6,WN20-8-H-P,WS70,WM10-0.25,WS70-200-BT,WM30-1.25-P-L,WM30-0.5-P-SXL,WH33 SERIES,WM30-0.8-P-L,WH40-80-M6,WL50-XXX-BP,WM40-30,MSTC,WN30-1-P,MSTJ,WM30-0.8-P-SXL,WM40 SERIES,WL52H,WM10-0.6,0805-□-1W0-R-□□□-AUTO,WL40-2-AP,WN20-8-H,WM30-0.25,MSTJ SERIES,FHP SERIES,MHP-25-SXL,WM10-2.5-P,WD38-315-CT,WL25-8-BP,WL25-6-I,WM20-1.6,WL55P-6-I,WH40-80-M8,WM70-6,WL50-4-I,WLMT-400,2010-□-1W0-R-□□□-AUTO,WM70-5,MHC SERIES,WM45-15-P,1206-□-2W0-R-□□□-□,LFP-80-EP,WM30-8-P-L,ICP SERIES,WN10-8-P,WL50-XXX-I,WN30-10-P,WM30-10,WH30-32-M8,WE53-150-CT,WM30-12,WH30-32-M6,WH40-100-M6,2725-□-4W0-R-□□□-□,WM30-15,WM30-16,WH40-100-M8,WM40-16-P,WL25-10-BP,WL25-4-P1,WM20-0.25-P,WS80,WN10-0.6-P,WH62-100-M8,WH62-100-M6,WHET-25,LFP-XXX-BP,WL50-3-P1,WL50-16-P1,SMD 0603F,NANO 2410LT SERIES,WM30-16-P-L,WM30-12-P-SXL,LFC-32-P,MSE-SERIES,WD38-500-VT,WLMT,WM10-12,WL25-20-P1,WN20-8,WM30-5-P,WM45-XXX-P,WM10-10,WHFMM,SMD 0603T,0402-□-0W33-R-□□□-□,WM45-25-P-SXL,WH42-90-M6,2512-□-2W0-R-□□□-□□,TU115,WM30-6-P-L,FEP SERIES,TSD SERIES,WM20 SERIES,WL25-12-BP,WS35

选型指南 - 华德电子 - 2022/5/4

华德电子（walter）保险丝和电流感测电阻选型指南

目录- 华德介绍 About Walter 保险丝选用指南 Fuses Selection Guide 贴片式保险丝 Surface Mount Fuses 微型保险丝 Micro Fuses 超小型保险丝 Subminiature Fuses 陶瓷管保险丝 Ceramic Tube Fuses 玻璃管保险丝 Glass Tube Fuses 电力保险丝 Power Fuses 温度保险丝 Thermal Cutoff Fuses 电流感测电阻 Current Sensing Resistors

型号- STE,TDP SERIES,2010-□-3W0-R-□□□-□,WM70,LFC,MHC,TG 147,TG 142,2020 SERIES,STE SERIES,WS32,MHP,1206-□-1W5-R-□□□-AUTO,WSTC SERIES,WS35,MTT SERIES,LFP,2020(SMD TYPE),WL50,MTP SERIES,0603-□-W50-R-□□□-AUTO,SIC SERIES,MSH-LR SERIES,WL55,WN20 SERIES,FAP SERIES,STE1206M1W0R010F,MDP SERIES,MHTC SERIES,MDT SERIES,LFC SERIES,TG 152,WH62 SERIES,2512-□-3W0-R-□□□-AUTO,NANO 2410H SERIES,WL40,TB SERIES,NANO 2410F SERIES,3921-□-5W0-R-□□□-□,TG 128,NANO 1032ST,JDC,MSTJ0805,TG 121,WS35 SERIES,TG 240,5931-□-10W0-R-□□□-□,TE 77,JDP SERIES,WL40 SERIES,2010-□-1W0-R-□□□-□,0603T,WL55P,HTE AUTO,STE-AUTO SERIES,JDP,2512-□-2W0-R-□□□-□,MFP SERIES,TB115,2410F,MSE SERIES,2410H,0603F,WH30 SERIES,1032HB,TG103,WD63,MSTJ1206,WL52H-3P (HOLDER),TG 139,JGP SERIES,WHFMM SERIES,WL60,WS37,WLET,TB,WS40,TE 66,1206-□-1W0-R-□□□-AUTO,TE,WL52H-3P HOLDER,TG,ICP,TB102,0805-□-1W0-R-□□□-□,WM30 SERIES,2040 SERIES,FSC SERIES,TU,WM45 SERIES,SMD 1206T SERIES,1206-□-1W0-R-□□□-□,WL12 SERIES,WS40 SERIES,TG 187,TG 184,3008-□-3W0-R-□□□-□,WD63 SERIES,TE 216,NANO 6125SF,WS70,NANO 6125SH,WL50 SERIES,JGC,2000,WH33 SERIES,0603-□-0W33-R-□□□-□,SIC,CIS,WL55P SERIES,NANO 2410LT,0805-□-0W5-R-□□□-□,MSHL SERIES,FCP SERIES,NANO 1032SF,MSTC,JGP,HTC,HTE,MSTJ,WM40 SERIES,WH42 SERIES,SIP,0805-□-1W0-R-□□□-AUTO,WL52H-2P (HOLDER),WS70 SERIES,NANO 2410F,WH30,NANO 2410H,WD38 SERIES,MSTJ SERIES,FHP SERIES,TG 169,2010,2010 SERIES,NANO 1032ST SERIES,TE 240,WS37 SERIES,TEP SERIES,SLA SERIES,TE 116,TE 113,1508-□-2W0-R-□□□-□,WH33,2010-□-1W0-R-□□□-AUTO,MHC SERIES,MSH SERIES,MHP SERIES,4527-□-5W0-R-□□□-□,WN30 SERIES,1206-□-2W0-R-□□□-□,ICP SERIES,TMD,3921-□-3W0-R-□□□-□,2020,WM10 SERIES,0201-□-0W2-R-□□□-□,TSC+P,LFP SERIES,NANO 6125SF SERIES,WE53 SERIES,FAP,TSC SERIES,2725-□-4W0-R-□□□-□,TE 103,WS80,MSTJ0201,JGC SERIES,SLA,WL60P,TG 87,NANO 2410LT SERIES,SMD 0603F,MSHL,WLMT,FSD,FSC,HTC SERIES,TE 139,WN10,WHFMM,SMD 0603T,0402-□-0W33-R-□□□-□,CSP SERIES,WH40,HTE SERIES,WH42,TG 94,NANO 1032HB SERIES,NANO 1032SF SERIES,WJ30H HOLDER,HFPL SERIES,2040,WL60H HOLDER,TG 99,2512-□-2W0-R-□□□-□□,FCP,WL52H-2P HOLDER,TU115,TE 121,FEP SERIES,TSD SERIES,WM20 SERIES,SMD 0603F SERIES,TE 128,SMD 0603T SERIES,WM70 SERIES,2728-□-4W0-R-□□□-□,MSTJ0402,4527-□-4W0-R-□□□-□,STE AUTO,WL60H (HOLDER),TG 66,WS32 SERIES,1206-□-1W5-R-□□□-□,1206HC,TCP SERIES,WL52H (HOLDER),WN10 SERIES,HFPL,WN30,WM10,0805-□-W75-R-□□□-□,MSE,MFS SERIES,SIP SERIES,MSH,WH62,WHET,TG 77,TE 152,MHTC,2410LT,WL25 SERIES,FEP,WHFM,TE 142,NANO 6125SH SERIES,TE SERIES,TE 147,WN20,MGC SERIES,TAP,FSD SERIES,3008-□-3W0-R-□□□-AUTO,1206T,WS80 SERIES,2512-□-3W0-R-□□□-□,HFCL-AUTO SERIES,CIS SERIES,SFCA SERIES,MTP,HTE-AUTO SERIES,MTT,TE 184,MDC,TE 185,TE 99,2000 SERIES,WHET SERIES,WL60P SERIES,TE 94,3015-□-4W0-R-□□□-□,MDP,0603-□-W50-R-□□□-□,2512-□-3W0-R-□□□-□□,2010-□-2W0-R-□□□-AUTO,WM30,MDT,MDS,WL12,TB130,MGP SERIES,WL55 SERIES,SMD 1206T,WHFM SERIES,WN40 SERIES,TSD,2512-□-3W0-R-□□-□□,TSC,WH40 SERIES,TG 116,HFCL SERIES,TG 113,SMD 1206HC,SMD 1206HC SERIES,2512-□-2W0-R-□□□-LR,TE 87,TE 169,2512-□-2W0-R-□□□-AUTO,TB125,WN40,WM20,SMD 1206F,TCP,TMD SERIES,WE53,MSTJ0603,1032ST,HFCL,WM55 SERIES,1032SF,WJ30H (HOLDER),WL52H HOLDER,MSH-LR,MDC SERIES,JDC SERIES,FHP,TAP SERIES,WL60 SERIES,MFP,SFCA,WLMT SERIES,WD38,MFS,TSC+P SERIES,WM55,TB150,TDP,CSP,TG 216,0805-□-W75-R-□□□-AUTO,NANO 1032HB,MGC,3618-□-4W0-R-□□□-□,MDS SERIES,WL25,TE 187,1206F,MGP,WM40,WLET SERIES,SMD 1206F SERIES,6125SH,1206-□-0W5-R-□□□-□,TEP,6125SF,WM45

选型指南 - 华德电子 - 2022/3/18 收起

What Types of Batteries Are Used in Pet GPS Trackers?

Pet GPS trackers have become essential tools for pet owners who want to ensure the safety and well-being of their furry companions. These devices rely on a steady power source to function effectively, and the type of battery used can significantly impact their performance, size, and convenience. Different trackers utilize various battery types, each with its own advantages and drawbacks. Understanding the types of batteries used in pet GPS trackers is crucial for making an informed decision that aligns with your pet’s needs and your lifestyle.

技术探讨发布时间 : 2024-09-04

NMC 532 with Super-fast Charging Set to Be the Best Drone Fast Charging Battery

Grepow‘s Batteries to retain an above 90% capacity, even after 1000 full charge cycles (single cell), and at least 80% capacity after 700 cycles (Battery packs).

新产品发布时间 : 2022-03-01

What Battery Is Used in Humanoid Robots?

In this article, we will explore how humanoid robots are powered, the types of batteries they use, the development trends in this technology, and the challenges that developers face in improving humanoid robot batteries.

技术探讨发布时间 : 2024-09-04

What is the Impact of Long Coldness on Agriculture Spraying UAVs Batteries and How to Deal with it

Agricultural drones are not only used for spraying and applying medicine, but also for spreading fertilizer, seeds, and feeds to meet the diversified needs of farmers and improve production efficiency.

技术探讨发布时间 : 2022-12-24

Can Lipo Battery Cells Be Shipped by Air?

With the widespread use of electronic products, batteries nowadays have become household items that we can see everywhere. The most commonly encountered type of battery is the lithium-ion battery.

技术探讨发布时间 : 2022-09-17

Next-Generation eVTOL Battery Technology

The United Nations projects that 68% of the world‘s population will live in urban areas by 2050, up from 55% in 2018. Urban air mobility (UAM)—an ecosystem unlocking the airspace for on-demand passenger and cargo transportation by flying vehicles—has the potential to disrupt urban mobility systems. Electric vertical takeoff and landing (eVTOL) aircraft, combining helicopters’ convenience of local takeoff and landing, airplanes’ efficient aerodynamic flight, and electric powertrains‘ low noise and environmental impact, have emerged as the most promising candidate for UAM.

技术探讨发布时间 : 2024-08-30

Recycling and Regeneration of Lithium Batteries

Under the pursuit of economic and environmental protection, the production and demand of lithium batteries have grown in recent years. Decommissioned lithium batteries are known as high-grade mines, coupled with the price and mining of raw materials, so the recycling value is obvious.

行业资讯发布时间 : 2022-03-17

eVTOL Battery vs EV Battery: What’s the Difference?

While both eVTOL and EV batteries share similarities in their reliance on lithium-ion technology and the need for safety, durability, and performance, the operational demands of eVTOLs push the boundaries of battery technology further. eVTOL batteries must meet more stringent requirements, including higher discharge rates, rapid charging capabilities, and exceptional safety standards to ensure reliable performance in flight.

技术探讨发布时间 : 2024-08-24

Grepow Battery will exhibit at 2022 Summer Asia Smart Wearable Exhibition

The bi-annual Asia Smart Wearable Exhibition (ASWE) will be held from July 18 to July 20 at Shenzhen International Convention and Exhibition Center. Grepow will bring its smart wear accessories shaped lithium-ion batteries and button batteries present, booth number: C24 in Hall 4.

厂牌及品类发布时间 : 2022-07-09

The Grepow Tattu NMC 811 Battery – New Power For UAVs

The Tattu NMC 811 battery from Grepow, the innovation that can power our world. Delivering all this in a compact, long working time UAV battery delivers new opportunities for UAV pilots.

应用方案发布时间 : 2022-03-13

Thin Film Lithium-ion Battery Vs Lithium-ion Battery: What’s the Difference?

In the rapidly evolving world of battery technology, thin film lithium-ion batteries have emerged as a promising alternative to traditional lithium-ion batteries. These batteries, with their ultra-thin structure and solid-state electrolyte, offer distinct advantages in flexibility, safety, and application potential. This article delves into the fundamental differences between thin film lithium-ion battery and conventional lithium-ion battery, exploring their respective structures, manufacturing processes, and applications across various industries.

技术探讨发布时间 : 2024-08-22