Ring light PCB Board Purchase Guide: Double or Single side,Helps You Choose Wisely!

In the pursuit of perfect light and shadow effects in the era, the ring light with its uniform and soft lighting characteristics, has become an indispensable lighting tool in photography, live broadcasting, beauty and other fields. However, when choosing a ring light, have you ever been troubled by a seemingly small detail: the PCB board of the ring light, whether to choose a double-sided or single-sided?

PCB (Printed Circuit Board, printed circuit board), as the core component of the ring light, carries the heavy task of electronic components and circuit connection, which directly affects the performance, stability and service life of the ring light. Choosing the right PCB board type is like laying a solid foundation for your lighting equipment to perform at its best. Today, we will delve into the double-sided and single-sided types of circular lamp PCB boards to help you better understand their differences and make an informed choice based on your actual needs. At the same time, Jroming, as a professional supplier in the lighting industry, will provide you with professional purchase advice, so that you are no longer confused when choosing a ring lamp PCB board.

Recognize the two main types of ring light PCBS

First of all, we need to understand the two main types of circular lamp PCB board: single-sided PCB and double-sided PCB. They differ significantly in structure, performance and application.

Single-sided PCB: a cost-effective option

Single-Sided PCB (Single-Sided PCB), as the name suggests, is a PCB board that has a conductive layer and electronic components on one side of the board. This type of PCB has a simple structure and low manufacturing cost, and is suitable for simple applications with low performance requirements. The characteristics of single-sided PCBs mainly include:

1. Low cost: simple structure, relatively low manufacturing cost, suitable for cost-sensitive application scenarios.
2. Simple structure: the conductive layer and electronic components are on the same side, the wiring space is limited, and it is difficult to achieve complex functions.
3. Limited heat dissipation performance: Since there is only one conductive layer, the heat dissipation ability is limited, which can easily lead to component overheating.

 

Double-sided PCB: Guarantee of performance and reliability

Double-Sided PCB (double-sided PCB) is a circuit board with conductive layers and electronic components on both sides of the PCB. Double-sided printed circuit boards connect both sides of the circuit through holes for more flexible wiring and higher integration. Key features of double-sided printed circuit boards include:

Both sides can be wired, higher design freedom, can achieve more complex functions.

Better heat dissipation: By connecting both sides of the hole, the heat dissipation path is shorter, the heat dissipation efficiency is higher, and the component temperature can be effectively reduced. Higher reliability: the structure is more stable, the anti-interference ability is stronger, and it is not easy to be affected by the environment.

High cost: The structure is more complex, and the manufacturing cost is relatively high.

 

Quality difference between double-sided and single-sided PCB (simple comparison)

The difference in quality between single-sided PCB and double-sided PCB is mainly reflected in the following aspects:

Electrical conductivity:

Double-sided printed circuit boards have conductive layers on both sides, which provide better conductivity and can carry larger currents. Single-sided printed circuit boards have only a single conductive layer, which is relatively weak.

Application scenario: If the ring lamp needs higher brightness or more LED lamp beads, it is recommended to choose double-sided PCB.

Heat dissipation:

The double-sided PCB has a shorter thermal conductivity path and can dissipate heat more quickly. Single-sided PCB heat dissipation efficiency is relatively low.

Application scenario: If you use ring lights for a long time or need high brightness lighting with high heat generation, it is recommended to choose double-sided printed circuit boards with better heat dissipation performance.

Reliability:

Double-sided PCB structure is more stable, not easy to deformation, stronger anti-interference ability, higher reliability, longer service life. Single-sided PCBS are relatively more susceptible to environmental factors.

Application scenario: If you need to use ring lights in harsh environments, or need to work stably for a long time, it is recommended to choose double-sided PCB to ensure higher reliability.

Cost:

Explanation: Single-sided PCB has simple structure and low manufacturing cost. Double-sided PCB structure is more complex, the cost is relatively high.

Application scenario: If the budget is limited and the performance requirements are not high, you can choose single-sided printed circuit boards. If performance and reliability requirements are high, it is recommended to choose double-sided printed circuit boards, which are more cost-effective for long-term use.

How to choose ring light PCB in different application scenarios

So, in practical applications, how to choose the right type of PCB according to the needs? Jroming will provide you with the following suggestions:

Personal fill light:

Features: Low power, short use time, simple function, more sensitive to cost.

Recommendation: Single-sided PCB is usually enough to meet the needs, but if the budget allows, choose two-sided PCB can get better heat dissipation effect and service life.

Live beauty light:

Features: Medium power, long time use, color restoration and stability have certain requirements.

Suggestion: It is recommended to use double-sided PCB to ensure stable light output, and obtain better heat dissipation performance and extend service life.

Professional photography Lights:

Features: High power, long time use, high requirements for brightness, heat dissipation and reliability.

Recommendation: Double-sided PCB must be used, and a better heat dissipation design must be considered to ensure a stable light output and extend the service life of the equipment.

Special Application:

Features: Used in high temperature, high humidity and other special environment.

Recommendation: A more reliable double-sided PCB must be used to ensure that it works properly in harsh environments.

How can Jroming help you choose the right PCB

 

As a professional Lighting product supplier, Jroming knows the importance of PCB for ring lights. We have a professional R & D team and advanced production equipment, can provide you with high quality single-sided and double-sided PCB products, and provide you with the following services:

Personalized consultation: Our professional team will provide you with personalized selection advice according to your specific needs to help you choose the most suitable PCB type.

High quality products: We provide high quality ring lamp PCB board, using high quality materials and advanced manufacturing process, to ensure stable and reliable product performance.

Customized services: According to your special needs, we can provide customized PCB design and manufacturing services to meet your individual needs.

Conclusion

Choosing the right ring light PCB directly affects the performance, stability and lifetime of the ring light. Single sided PCBs are suitable for low performance and cost sensitive applications, while double sided PCBs offer better conductivity, heat dissipation and reliability for products with higher performance requirements.

Jroming is committed to providing customers with high quality lighting products and professional solutions. We hope this article will help you better understand the difference between single-sided and double-sided PCBS and make an informed choice based on your actual needs. If you encounter any problems when choosing a ring light PCB board, please feel free to contact Jroming, we will be happy to serve you. Let us choose the most suitable PCB for your ring light and light up your life!