Heatsinks

Nau'in	Cooling Method	Outline
PDDN-SS11	PDDN-Water cooling	SS11
PDDN-SS12	PDDN-Water cooling	SS12
PDDN-SS13	PDDN-Water cooling	SS13
PDDN-SS14	PDDN-Water cooling	SS14
PDDN-SS15	PDDN-Water cooling	SS15
PDDN-SS11BL	PDDN-Water cooling	SS11BL
PDDN-SS12BL	PDDN-Water cooling	SS12BL
PDDN-SS13BL	PDDN-Water cooling	SS13BL
PDDN-SS14BL	PDDN-Water cooling	SS14BL
PDDN-SS15BL	PDDN-Water cooling	SS15BL
PDDN-SS24 SS25	PDDN-Water cooling	SS24-25
PDDN-SS24BL SS25BL	PDDN-Water cooling	SS24BL-25BL
PDDN-DSS3	PDDN-Water cooling	DSS3
PDDN-DSS5	PDDN-Water cooling	DSS5
PDDN-DSS6	PDDN-Water cooling	DSS6
PDDN-DSS8	PDDN-Water cooling	DSS8
PDDN-HSS3	PDDN-Water cooling	HSS3
PDDN-SF12	Force air cooling	SF12
PDDN-SF13	Force air cooling	SF13
PDDN-SF14	Force air cooling	SF14
PDDN-SF15	Force air cooling	SF15
PDDN-SF16	Force air cooling	SF16
PDDN-SF17	Force air cooling	SF17
PDDN-SF12BL	Force air cooling	SF12BL
PDDN-SF15BL	Force air cooling	SF15BL
PDDN-SF15CL	Force air cooling	SF15CL
PDDN-D	Force air cooling	D
PDDN-Z	Force air cooling	Z
PDDN-W	Force air cooling	W
PDDN-N	Force air cooling	N
PDDN-H	Force air cooling	H
PDDN-K	Force air cooling	K
PDDN-DXC-417-4	Force air cooling	DXC-417-4
PDDN-DXC-418	Force air cooling	DXC-418
PDDN-DXC-417	Force air cooling	DXC-417
PDDN-DXC-684	Force air cooling	DXC-684
PDDN-DXC-603-1	Force air cooling	DXC-603-1
PDDN-DXC-614	Force air cooling	DXC-614
XF12	Force air cooling	XF12
PDDN-YP	Force air cooling	YP
PDDN-CZ	Force air cooling	CZ

Overview ofHeatsinks 

Heatsink is a component used to quickly and effectively export heat from electronic devices. With the continuous improvement of electronic device performance, more and more heat is generated, making the design, yi, and installation of heat sinks crucial, directly affecting the stability and lifespan of the equipment.

Heatsink is typically made of metal materials such as copper and aluminum, and its shape and design depend on the application requirements. Common types include flat, comb, needle, pillar, da dai sauransu. Its surface is usually treated with special techniques, such as ceramic spraying or copper infiltration, to enhance thermal conductivity and increase surface area.

Characteristics ofHeatsinks

Efficient heat dissipation: Water cooled radiators carry away heat through water circulation, resulting in higher heat dissipation efficiency and better ability to meet the heat dissipation needs during high load operation.

Low noise: Compared to air-cooled radiators, water-cooled radiators usually have lower noise because they do not produce noise from mechanical components such as fans.

Small footprint: Water cooled radiators are usually small in size and do not take up too much chassis space, which is beneficial for cooling compact and small devices.

Stable performance: Due to the stable heat dissipation efficiency of the water-cooled radiator, it is not easy to encounter heat dissipation bottlenecks during long-term operation, which can ensure the stability and durability of equipment operation.

High cost: Compared to air-cooled radiators, water-cooled radiators have higher manufacturing costs and relatively higher prices.

Installation complexity: Compared to air-cooled radiators, the installation of water-cooled radiators is more complex, requiring the connection of components such as water pumps, water pipes, and water-cooled heads. Improper installation can easily cause problems such as liquid leakage.

Maintenance requirement: Water cooled radiators require regular replacement of coolant to maintain their efficient heat dissipation performance.

Scope of application: Water cooled radiators are suitable for high-performance computers, sabobin, cibiyoyin bayanai, and other applications that require high heat dissipation capabilities.

Aikace-aikacenaHeatsinks

Computer hardware: In the field of computers, Heatlinks are mainly used for key components such as CPUs, GPUs, and memory. These components generate a large amount of heat when processing large amounts of data, and Heatlinks can effectively export this heat to maintain stable device operation.

(Application of heatsinks)

Server and data center: In server and data center environments, a large number of processors and other components generate a significant amount of heat. To ensure the stable operation of the server, Heatlinks are used to effectively dissipate heat.

(Application of heatsinks)

Power electronic equipment: In the field of power electronics, devices such as frequency converters, kayan wuta, and converters generate a large amount of heat during operation. Heatlinks are used to lower the temperature of these devices and ensure their normal operation.

(Application of heatsinks)

Kayan Wutar Lantarki na Mota: In modern cars, many electronic components such as engine control units and ABS systems require efficient heat dissipation. Heatlinks play an important role in these situations.

(Application of heatsinks)

Communication equipment: In wireless communication base stations and routers, signal processing and other functions generate a large amount of heat. To ensure the stable operation of the device, Heatlinks are widely used.

Bayanan Kamfanin

Kudin hannun jari Luoyang Datang Energy Tech Co.,Ltd(sales@pddn.com) focuses on the research, development, and application of power electronics technology and is devoted to supplying customers with high-quality transformers， thyristors, and other power products. Our company mainly has solar inverters， masu aikin wuta, masu sarrafa wutar lantarki, ɗakunan ajiya na rarrabawa, thyristors， kayayyaki， diodes， heatsinks, da sauran na'urorin lantarki ko semiconductors. The electronic devices and semiconductor products provided by Luoyang Datang Energy Tech Co.Ltd have the characteristics of high efficiency, aminci, da aminci. They are widely used in power systems, industrial control, energy management, and other fields.

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Payment methods forHeatsinks

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Shipment ofHeatsinks

Once payment is received, ta teku, ta iska, or by express as soon as possible.

FAQ

Q1:

What is Heatsinks?

Re: Heatsinks are passive components used to dissipate heat from electronic devices, typically made of metal. It takes heat away from electronic devices through natural or forced convection and dissipates it into the surrounding air.

Q2:

How does Heatsinks work?

Re: Heatsinks absorb the heat generated by electronic devices through contact. Then, the heat sink of the Heat Sinks dissipates the heat into the surrounding air. The shape and arrangement design of the heat sink help to increase the heat dissipation area, thereby improving the heat dissipation efficiency.

Q3:

What are the important parameters for measuring the performance of Heatsinks?

Re: The important parameters for measuring the performance of Heatsinks include thermal resistance and thermal capacity. Thermal resistance represents the heat dissipation efficiency of Heat Sinks, while thermal capacity represents the amount of heat that Heat Sinks can store.

Q4:

How to choose the appropriate Heatsinks?

Re: Choosing the appropriate Heatsinks requires consideration of the following factors: thermal load of electronic devices, cooling environment, installation space, and cost budget. Bugu da kari, factors such as the material, girman, siffa, and surface treatment of Heatsinks need to be considered.

Q5:

What should I pay attention to when using Heatsinks?

Re: When using Heatsinks, it is important to pay attention to the following points: ensure that Heatsinks are in close contact with electronic devices; Keep the heat sink clean and avoid dust and debris affecting the heat dissipation effect; Regularly check for looseness or damage to the Heatsinks, and replace or repair them promptly if necessary.

Q6:

Why do we sometimes need to use heatsinks with forced convection?

Re: Forced convection heat sinks are typically used in situations where higher heat dissipation efficiency is required. Through fans or other mechanical devices, heat sinks with forced convection can provide a larger airflow, allowing for faster removal of heat from electronic devices.