Fuses for Semiconductor Device Protection DNT-J1J Series 690VAC aR fuse - GRL GRUOP

Fuse Link

Fuses for Semiconductor Device Protection DNT-J1J Series 690VAC aR fuse


Mode:DNT □ -J1J

Voltage: 690VAC

Current:100A~1600A

Reference: GB/T 13539.4/IEC 60269-4

Email: [email protected]

Keyword: Fuses for Semiconductor

Fuses for Semiconductor Device Protection

Product description

DNT □ – J1J series semiconductor equipment protection fuse
Broken body, suitable for AC systems, rated voltage
690V, rated current between 100A and 1600A, as
Used for short-circuit protection of semiconductor components and their complete equipment.

All performance indicators of the product comply with GB/T 13539.4/IEC 60269-4.

Basic parameters of fuse links

Product model size Rated voltage          V Rated current         A Rated breaking  capacity    kA
DNT1-J1J-100 1 AC 690 100 100
DNT1-J1J-125 125
DNT1-J1J-160 160
DNT1-J1J-200 200
DNT1-J1J-250 250
DNT1-J1J-315 315
DNT1-J1J-350 350
DNT1-J1J-400 400
DNT1-J1J-450 450
DNT1-J1J-500 500
DNT1-J1J-550 550
DNT1-J1J-630 630
DNT2-J1J-350 2 350
DNT2-J1J-400 400
DNT2-J1J-450 450
DNT2-J1J-500 500
DNT2-J1J-550 550
DNT2-J1J-630 630
DNT2-J1J-710 710
DNT2-J1J-800 800
DNT2-J1J-900 900
DNT2-J1J-1000 1000
DNT2-J1J-1100* 1100
DNT2-J1J-1250* 1250
DNT3-J1J-800 3 800
DNT3-J1J-900 900
DNT3-J1J-1000 1000
DNT3-J1J-11003 1100
DNT3-J1J-1250 1250
DNT3-J1J-1400 1400
DNT3-J1J-1500 1500
DNT3-J1J-1600* 1600

* Indicates that the installation size B of the product is different

Appearance and installation dimensions

Fuses for Semiconductor

How have market trends in the semiconductor industry impacted the demand for semiconductor fuses?

The demand for semiconductor fuses is intricately linked to the broader market trends in the semiconductor industry. Here’s how various market trends can impact the demand for semiconductor fuses:

1.Growth in Semiconductor Use: As the use of semiconductors expands across various industries like automotive (especially electric vehicles), consumer electronics, industrial automation, and renewable energy systems, the demand for semiconductor fuses also grows. These fuses are critical for protecting sensitive electronic components from overcurrent and overvoltage conditions.

2.Miniaturization and Integration: The trend towards smaller, more integrated semiconductor devices can have a complex effect on the demand for semiconductor fuses. On one hand, integrated circuits may require smaller, more precise fuses, but on the other hand, the integration of protection features within chips could potentially reduce the need for discrete fuse components.

3.Complexity and Power Density: As devices become more powerful and complex, they often require higher power densities, which can increase the thermal and electrical stress on components, thus potentially increasing the need for robust protection solutions like semiconductor fuses.

4.Supply Chain Issues: The semiconductor industry has faced significant supply chain disruptions in recent years due to factors like trade tensions, the COVID-19 pandemic, and geopolitical issues. This can affect the production and supply of semiconductor fuses, leading to fluctuations in demand as manufacturers try to manage inventory and production schedules.

5.Technological Advances: The development of new semiconductor technologies, such as silicon carbide (SiC) and gallium nitride (GaN), which can operate at higher temperatures and voltages, may change the specifications and demand for semiconductor fuses. These new materials can handle more power and are more efficient, which may necessitate the development of new types of fuses or reduce the need for fuses as devices become more inherently robust.

6.Regulatory and Safety Requirements: As governments and industry bodies introduce new safety regulations, there can be increased demand for semiconductor fuses to ensure compliance. For instance, regulations regarding the safety of automotive electronics or renewable energy systems can drive the adoption of more protective components.

7.Economic Cycles: Economic downturns and upswings can affect the demand for consumer and industrial electronics, thereby impacting the semiconductor industry and the associated demand for semiconductor fuses.

8.Advancements in Circuit Protection Technologies: If new circuit protection technologies emerge that are more effective or cost-efficient than traditional fuses, this could reduce the demand for semiconductor fuses. Conversely, advancements that improve the performance of fuses could increase demand.

the demand for semiconductor fuses is sensitive to the technological, economic, and regulatory landscape of the semiconductor industry. A rise in semiconductor applications generally bodes well for the fuse market, but technological shifts that make circuits inherently safer or that change the nature of circuit protection could temper demand.

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