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SMD Pogo Pins, L: 7.00~10.99 mm, Stable Contact

SMD pogo pins, for SMT auto-installation, are precision-crafted to ensure stable connections. Made from Premium materials, offer greatly excellent conductivity, durability, and long life. Ideal for boosting production efficiency, their low resistance guarantees top-notch signal quality, while the compact design saves space. Widely used and meeting high standards, our factory, as a Manufacturer, provides exceptional service and value, driving your purchasing decision.

Product Features:

Flat Bottom design ensures stable and long-lasting contact.
Premium materials resist corrosion and wear for longevity.
High-precision manufacturing guarantees reliable connections.
Optimized conductivity improves signal transmission efficiency.
Rigorous testing ensures SMD Pogo Pins quality you can trust.
Fast delivery with customized services to meet diverse needs.

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SMD pogo pins, L: 7.00~10.99 mm, Description

Product Info: SMD Pogo Pins are the backbone of electronic connectors and key to surface mount technology, ensuring efficient electrical conduction in tight spaces. Their unique spring design meets the high demands of precision electronics, providing perfect solutions for complex PCBs. Tests show a 25% boost in conductivity and reliability over traditional connectors, making them essential for high-end devices.
Product Features: Crafted with high-performance gold plating, SMD Pogo Pins resist corrosion and minimize contact resistance, ensuring clean signal transfer. Their spring design supports up to 10,000 cycles, with a 20% increase in lifespan. The compact design is perfect for dense PCB layouts, achieving a failure rate as low as 0.1%, greatly reducing maintenance costs.
Problems Solved: SMD Pogo Pins tackle the rigidity and instability of traditional soldering, especially in space-constrained mini devices. Their surface mount design streamlines production, reducing heat damage from soldering and significantly enhancing contact flexibility and durability, improving overall equipment reliability.
Specifications: With sizes from 0.3mm to 1.5mm, SMD Pogo Pins are customizable. They can handle currents up to 3A and operate in extreme temperatures from -40℃ to +125℃. The contact pressure is as low as 15gf, ensuring stable connections in high-frequency applications, meeting strict industrial standards.
Successful Applications: SMD Pogo Pins are widely used in wearables and smartwatches. Data shows that battery connectors using this technology maintain 100% performance even after 10,000 cycles, boosting user satisfaction by 30%. They offer reliable solutions for devices with frequent use, earning customer trust.
Target Industries: These pins are crucial in medical devices, smart electronics, automotive electronics, and IoT devices, particularly where high precision and reliability are vital. With their flexible design and excellent performance, SMD Pogo Pins are a top choice in high-end electronics manufacturing.
Benefits for Customers: Choosing SMD Pogo Pins means secure, long-lasting connections and reduced maintenance frequency. Research indicates that devices using these pins see a 40% drop in failure rates and a 20% boost in productivity, significantly enhancing overall cost-effectiveness and product lifespan, yielding higher ROI.

SMD pogo pins, L: 7.00~10.99 mm, Datasheet

No.#	Categories	Specification Range	Unit	Purpose	Benefits	Applications
1	Barrel OD	0.60~4.00, custom	mm	*	*	*
2	Plunger OD	0.30~3.00, custom	mm	*	*	*
3	Tail Pin	SMT, Flat Bottom	*	*	*	*
4	Length	7.00~10.99	mm	*	*	*
5	Stroke	≥0.30, custom	mm	*	*	*
8	Voltage Rating	≥3.0, custom	V	*	*	*
9	Current Rating	≥0.10, custom	A	*	*	*
10	Spring Force	≥15, custom	gf	*	*	*
12	1. Material	Brass	*	Good conductivity, strong corrosion resistance.	Stable electrical performance and durable surface properties.	Mainly used in electronic connectors and circuit board contact areas.
13	2. Material	Phosphor Bronze	*	High strength, good elasticity, strong wear resistance.	Good electrical conductivity and mechanical performance.	Used in high-frequency connectors and spring contact areas.
14	3. Material	Stainless Steel	*	Corrosion resistance, high temperature resistance, high mechanical strength.	Long-term stable physical performance.	Used in medical equipment, aerospace, and other industries with strict material requirements.
15	4. Material	Copper	*	Excellent electrical conductivity	Excellent electrical conductivity and good machinability.	Used in high-end electronic products, power transmission, etc.
16	5. Material	Titanium Alloy	*	High strength, lightweight, high temperature resistance, strong corrosion resistance.	Combines high strength with lightweight design	Used in aerospace, high-end machinery, etc.
17	1. Plating	Gold-Cobalt	*	This plating offers excellent conductivity, wear resistance, and corrosion resistance. The addition of cobalt makes the gold harder, ensuring good contact performance even with repeated use.	It provides high conductivity and long-lasting contact points, reducing resistance loss and improving reliability. It also has good oxidation resistance, maintaining stable electrical performance in harsh environments.	Mainly used in high-reliability and high-performance electronic devices like smartphones, laptops, and precision measuring instruments.
18	2. Plating	Nickel-Gold	*	Combines nickel’s hardness with gold’s excellent conductivity. Nickel as the base layer enhances overall wear resistance, while the gold layer provides superior electrical performance.	This composite plating is not only wear-resistant but also effectively prevents oxidation and corrosion, extending the lifespan of SMD pogo pins.	Widely used in high-end electronics, communication devices, and computer hardware, especially suitable for frequent plug-in/out and high-frequency applications.
19	3. Plating	Gold-Palladium	*	Gold-palladium plating offers excellent corrosion resistance and high hardness. The addition of palladium makes the gold layer stronger and more wear-resistant.	It provides outstanding conductivity and wear resistance, with excellent stability in oxidative environments, reducing contact resistance and signal degradation.	Ideal for connectors and test probes requiring high reliability and long lifespan, widely used in aerospace, automotive electronics, and high-end consumer electronics.
20	4. Plating	Tin-Nickel	*	Tin-nickel plating has high hardness and good corrosion resistance. The tin layer increases surface lubricity, while the nickel layer enhances wear resistance.	Offers good contact performance and durability at a relatively low cost. It maintains stable electrical performance in various environments, suitable for medium to high-frequency applications.	Commonly used in automotive electronics, industrial control equipment, and consumer electronics, suitable for scenarios requiring certain contact reliability but with budget constraints.
21	5. Plating	Silver-Palladium	*	Silver-palladium plating combines silver’s excellent conductivity with palladium’s corrosion resistance. The silver layer provides excellent electrical performance, while the palladium layer enhances oxidation and wear resistance.	This material offers high conductivity and long-term stable electrical contact performance, especially suitable for high-frequency and high-current applications. It is also more cost-effective than pure gold plating.	Primarily used in RF connectors, microwave devices, and high-frequency test equipment, suitable for electronics requiring high electrical performance and long-term stability.

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Our SMD pogo pins boost assembly efficiency by 35%, cut rework by 20%, and save $2M annually. High reliability and precision ensure 99.8% product quality, saving you on maintenance costs and time. Choose Johoty for top-notch tech and significant benefits!

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SMD pogo pins, L: 7.00~10.99 mm, Applications

Efficient Assembly for Consumer Electronics
A leading consumer electronics brand needed to boost assembly efficiency. Traditional methods were slow, with high rework rates. Using 10.50 mm SMD pogo pins replaced all manual soldering with SMT. Assembly efficiency increased by 35%, rework dropped by 20%, and $2 million in manufacturing costs were saved annually.
High-Precision Connection for Medical Devices
A medical device company needed reliable, precise connections. Tiny components were hard to solder, affecting quality. Using 7.00 mm SMD pogo pins replaced traditional soldering at key points. Reliability increased by 40%, yield rate hit 99.8%, and rework costs were reduced by $500,000.
High-Density Assembly for Communication Equipment
A communication equipment manufacturer needed to improve device density and performance. Limited internal space made traditional connections unsuitable. Using 10.00 mm SMD pogo pins allowed high-density connections in tight spaces. Performance improved by 30%, space utilization by 25%, and annual sales increased by $10 million.
Stable Connections for Automotive Electronics
An automotive electronics company needed stable long-term connections. Components were prone to damage in harsh environments. Using 8.80 mm SMD pogo pins for all key connections enhanced stability by 50%, boosted customer satisfaction by 15%, and reduced warranty repair costs by $3 million.
Reliability Improvement for Industrial Control Systems
Industrial control systems require high connection reliability. Complex environments made connections prone to interference. Using 7.20 mm SMD pogo pins at critical points improved system reliability by 40%, reduced downtime by 30%, and saved $1.5 million annually in maintenance costs.
High-Reliability Connection for Aerospace Equipment
Aerospace equipment needed extremely reliable connections. Components were prone to failure in extreme conditions. Using 8.20 mm SMD pogo pins replaced all key connections, boosting stability by 45%, extending equipment life by 20%, and reducing repair costs by $5 million.
Efficient Assembly for Smart Home Products
Smart home products face fierce market competition and need higher production efficiency. Traditional connections were time-consuming and inefficient. Using 9.50 mm SMD pogo pins for SMT assembly improved production efficiency by 30%, achieved a 99.5% product yield rate, and increased annual production by 500,000 units.
Precision Connections for Wearable Devices
Wearable device manufacturers needed to ensure miniaturization and connection precision. Miniaturized devices demanded high connection accuracy. Using 7.00 mm SMD pogo pins for all precision parts improved connection accuracy by 35%, reduced product thickness by 20%, increased market share by 15%, and boosted annual sales by $8 million.

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Advantages of SMD pogo pins, L: 7.00~10.99 mm

1. Efficient Assembly
Our SMD pogo pins increase assembly efficiency by 35%, significantly reducing production time. This boost in efficiency saves up to $2 million annually in manufacturing costs, streamlining your production process.

2. Low Rework Rate
Using our SMD pogo pins reduces rework rates by 20%. This improvement saves time and cuts unnecessary resource waste, reducing maintenance costs by $500,000 annually.

3. Exceptional Reliability
Our SMD pogo pins offer high reliability, ensuring stable connections. With a product quality rate of 99.8%, your overall product quality improves significantly, reducing issues caused by quality problems.

4. Precise Connection
The high-precision design of our SMD pogo pins ensures more accurate connections, enhancing stability and durability. Precision connection rate increases by 40%, allowing each component on PCB board to perform it at each best.

5. Space Saving
Our SMD pogo pins are compactly designed to save internal equipment space. Space utilization improves by 25%, allowing for higher-density connection layouts in limited spaces.

6. Superior Durability
SMD pogo pins perform excellently in harsh environments, extending the lifespan of connectors by 20%. This feature ensures long-term stable operation, reducing downtime and maintenance costs.

7. Production Flexibility
With SMT automatic installation, the production process becomes more flexible, catering to diverse production needs. Assembly flexibility increases by 30%, meeting various customer customization requirements.

8. Market Competitiveness
Our SMD pogo pins enhance the market competitiveness of your end products, driving sales growth. With performance improvements and cost savings, customer satisfaction increases by 15%, boosting annual sales by $10 million.

FAQ:

1. What assembly efficient is Johoty’s SMD pogo pins?
Our SMD pogo pins boost assembly efficiency by 35%, cutting production time significantly. They can save up to $2 million annually in manufacturing costs, making your production smoother and faster. This efficiency supports large-scale production and speeds up your time-to-market.

2. What’s the rework rate for your SMD pogo pins?
Our SMD pogo pins reduce rework rates by 0.02%. This saves time and cuts unnecessary resource waste, saving $500,000 in maintenance costs each year. Lower rework rates lead to better production efficiency and quality, enhancing your product’s market competitiveness.

3. How reliable are Johoty’s SMD pogo pins?
Our SMD pogo pins are highly reliable with a 99.8% pass rate, greatly improving your product’s quality and reducing quality issues. This reliability lowers after-sales costs and obviously boosts customer satisfaction, greatly enhancing your brand’s reputation.

4. Can your SMD pogo pins save space?
Yes, our compactly designed SMD pogo pins improve internal space usage by 25%, allowing for denser connection layouts. This design boosts your product’s performance, offers greater design flexibility for various innovative needs.

5. How do Johoty’s SMD pogo pins perform in harsh environments?
Our SMD pogo pins perform excellently in tough conditions, extending connector life by 20%. This ensures long-term stability, reducing downtime and repair costs. The durability extends product life and saves maintenance costs.

6. Can Johoty’s SMD pogo pins effectively handle diverse production needs?
With SMT automation, our SMD pogo pins adapt easily to various production demands, improving assembly flexibility by 30%. This allows for customization and quick responses to market changes, creating more business opportunities.

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SMD Pogo Pins, L: 7.00~10.99 mm, Stable Contact

Product Features:

SMD pogo pins, L: 7.00~10.99 mm, Description

SMD pogo pins, L: 7.00~10.99 mm, Datasheet

Get a Free Quote for Best SMD Pogo Pins

SMD pogo pins, L: 7.00~10.99 mm, Applications

Advantages of SMD pogo pins, L: 7.00~10.99 mm

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