Electrical Connectors With Pogo Pins, Pitch 2.55~12.00, compact

Electrical-Connectors-With-Pogo-Pins,-Pitch-2.55~12

Electrical Connectors With Pogo Pins, Pitch 2.55~12.00, Best

Electrical-Connectors-With-Pogo-Pins,-Pitch-2.55~12.00,-reliable

Electrical Connectors, 2.55~12.00, Best Pogo Pins

Electrical connectors featuring Pogo Pins, available in 9 to 598 pins. Made from beryllium copper, Tellurium Copper, and stainless steel, with waterproof and dustproof designs. Offers outstanding electrical performance and precision engineering, ensuring long-term reliability for compact devices. Johoty provides customization to meet diverse needs, delivering significant value.”

Product Features:

Many pins for efficient, stable transmission, interference-free.
Each pin is precisely designed for stronger connection reliability.
Understand tough environments, heat, moisture, and vibrations.
High-load applications, enhancing equipment lifespan.
Custom pin arrangements perfectly fit various unique needs.
Quality materials ensure long-term use and lower costs.

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Electrical Connectors With Pogo Pins, Pitch 2.55~12.00, Description

Product Information:
Electrical Connectors With Pogo Pins are high-precision electrical connection solutions using reliable Pogo Pin technology, ideal for complex electronic device connectivity needs.
Product Features:
They offer excellent electrical conductivity and durability, ensuring stable electrical connections. Electrical Connectors are suitable for frequent plugging and harsh environmental conditions.
Customer Problem Solving:
They address issues like poor contact and short lifespan in traditional connectors, enhancing equipment stability and reliability while reducing maintenance costs.
Specifications:
Electrical Connectors come in various sizes: 9 to 598 pins, with a stroke ≥0.50mm, spring force ≥30gf, and pin diameter ≥0.90mm. They can be customized to meet different equipment design needs.
Applications:
Used in medical devices, wellness intelligence, industrial automation, robotics, communication equipment, and other fields, meeting high demands across industries.
Target Industries:
Electrical Connectors serve medical device manufacturers, automation equipment producers, communication technology companies, and more.
Customer Benefits:
Customers can enhance product competitiveness, improve production efficiency, and reduce product development cycles and maintenance costs by using Electrical Connectors.

Electrical Connectors With Pogo Pins, Pitch 2.55~12.00, Datasheet

No.#	Categories	Specification Range	Unit	Purpose	Benefits	Applications
1	Pins number	9,14 ~ 598	pcs	*	*	*
2	Pitch	2.55~12.00	mm	*	*	*
3	Stroke	≥0.50,custom	mm	*	*	*
4	Length	≥15.00,custom	mm	*	*	*
5	Width	≥5.60,custom	mm	*	*	*
6	Height	≥3.54,custom	mm	*	*	*
7	Plunger OD	≥0.90,custom	mm	*	*	*
8	Voltage Rating	≥3.0,custom	V	*	*	*
9	Current Rating	≥1.0,custom	A	*	*	*
10	Spring Force	≥30,custom	gf	*	*	*
11	1. Pogo Pin Material	Brass	*	Brass has good conductivity and corrosion resistance, and is easy to shape.	Suitable for connectors requiring good conductivity and stability.	Widely used in electronic products, automotive electronics, communication devices, etc.
12	2. Pogo Pin Material	Phosphor Bronze	*	Excellent elasticity and conductivity, strong corrosion resistance.	Ideal for connectors needing high strength and frequent insertion and removal.	Common in aerospace, military equipment, where connector stability is crucial.
13	3. Pogo Pin Material	Stainless Steel	*	Excellent corrosion resistance and mechanical strength, high hardness.	Suitable for connectors needing high temperature, corrosion resistance, and mechanical strength.	Mainly used in industrial automation, medical devices, demanding environments.
14	4. Pogo Pin Material	Cobalt Nickel Alloy	*	Excellent high temperature performance and wear resistance, low thermal expansion coefficient.	Ideal for connectors operating in high temperature, high frequency environments.	Found in aerospace engines, satellite communication, high-tech fields.
15	5. Pogo Pin Material	Titanium Alloy		Excellent strength-to-weight ratio, corrosion resistance, good high temperature stability.	Suitable for connectors requiring high strength and stability.	Widely used in aerospace, medical instruments, high-end connectors.
16	1. Pogo Pin Plating	Gold Plating	*	Thin and even coating, usually 0.5 to 1.5 microns. High conductivity and low resistance. Excellent oxidation and corrosion resistance.	Long-term stable electrical contact. Performs well in high humidity, preventing oxidation. Suitable for high-frequency and high-speed transmission.	High-precision connectors in mobile devices, medical equipment, and high-frequency communication devices.
17	2. Pogo Pin Plating	Nickel Plating	*	High hardness and strong wear resistance. Good conductivity and corrosion resistance. Coating thickness usually 2 to 5 microns.	Enhances mechanical strength and durability. Improves wear resistance of connectors. Provides reliable protection in harsh environments.	Widely used in the automotive industry, industrial equipment, and consumer electronics.
18	3. Pogo Pin Plating	Silver Plating	*	Very high conductivity and thermal conductivity. Good solderability. Coating thickness usually 1 to 5 microns.	Maintains good electrical contact in low temperatures. Excellent conductivity, suitable for high current transmission. Relatively low cost, economical.	Suitable for power equipment, automotive electronics, and high-frequency RF connectors.
19	4. Pogo Pin Plating	Rhodium Plating	*	Very hard coating with excellent wear resistance. Superior corrosion resistance. Coating thickness usually 0.1 to 0.5 microns.	Extremely hard surface, extending lifespan. Provides protection in harsh chemical environments. Shiny and long-lasting surface appearance.	Mainly used in high-end audio equipment, medical instruments, and aerospace connectors.
20	5. Pogo Pin Plating	Palladium-Nickel Alloy Plating	*	Alloy coating usually contains 80-90% palladium and 10-20% nickel. Excellent corrosion and wear resistance. Coating thickness usually 0.5 to 2 microns.	Provides high reliability and long-lasting electrical contact. Maintains stable performance in high temperatures. Lower cost than pure palladium or gold plating, cost-effective.	Widely used in mobile communication devices, computer connectors, and automotive electronics.
21	1. Housing Plastics	PET (Polyethylene Terephthalate)	*	High strength and rigidity Excellent chemical resistance Great electrical insulation	PET’s high mechanical strength and durability keep connectors stable and reliable over time. Its chemical resistance maintains performance in harsh environments, extending the connector’s lifespan. Superior electrical insulation prevents short circuits and ensures safe operation of electronic devices.	Aerospace: Used for plastic cores in connectors to handle high stress and pressure. Communication electronics: Ensures stable signal transmission due to its insulation. Industrial automation: Ideal for connectors needing wear and chemical resistance.
22	2. Housing Plastics	PC (Polycarbonate)	*	High impact resistance Excellent clarity and optical properties Good thermal stability	High impact resistance keeps connectors intact under physical stress. Excellent clarity and optical properties are ideal for designs needing visual monitoring. Good thermal stability prevents deformation or performance loss in high-temperature environments.	Consumer electronics: Durable and clear connector housings. Medical devices: Connectors that require transparency and impact resistance. Aerospace and communication electronics: Connectors that withstand high impact and temperatures.
23	3. Housing Plastics	PA (Polyamide, Nylon)	*	High strength and toughness Wear and self-lubricating properties Good chemical resistance	High strength and toughness ensure connectors handle mechanical stress and repeated use. Self-lubricating and wear-resistant properties extend connector lifespan. Good chemical resistance maintains stability in corrosive environments.	Industrial automation: High-strength, wear-resistant connector components. Communication and consumer electronics: Durable and high-performance connectors. Aerospace and medical devices: Connectors needing high strength and chemical resistance.
24	4. Housing Plastics	LCP (Liquid Crystal Polymer)	*	Extremely high strength and modulus Low thermal expansion coefficient Excellent electrical insulation	Extremely high strength and modulus allow for precise and durable connectors. Low thermal expansion prevents deformation with temperature changes, ensuring connection stability. Excellent electrical insulation suits high-performance electronic connectors, avoiding electrical faults.	Aerospace: Lightweight and high-strength connectors for high-temperature and pressure environments. Communication and consumer electronics: High-performance, high-density connector designs. Industrial automation and medical devices: Precision and stable connectors.
25	5. Housing Plastics	PPS (Polyphenylene Sulfide)	*	Excellent heat resistance High mechanical strength and rigidity Superior chemical resistance	Heat resistance keeps connectors structurally sound and functional in high temperatures. High mechanical strength and rigidity ensure reliability. Superior chemical resistance maintains stability in harsh conditions.	Aerospace and industrial automation: High-temperature and high-strength connectors. Communication electronics: High-performance, chemically resistant connectors. Medical devices: Connectors needing high heat resistance and stability.

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Products Categories

Pogo Pins

Spring Test Probes

Spring Loaded Test Probes

Through Hole Pogo Pins

SMT Pogo Pins

High Current Pogo Pins

Double Ended Pogo Pin

Solder Cup Pogo Pin

Right Angle Pogo Pin

Threaded Pogo Pins

Pogo Pin Connector

Magnetic Connector

2 Pin Connector

3 Pin Connector

4 Pin Connector

5 Pin Connector

6 Pin Connector

7 Pin Connector

8 Pin Connector

10 Pin Connector

12 Pin Connector

Pogo Pin Connectors

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Electrical Connectors With Pogo Pins, Pitch 2.55~12.00, Applications

Optimized Smartphone Fast Charging Interface
In the competitive mobile device market, there’s a high demand for efficient fast charging solutions. Using Electrical Connectors With Pogo Pins has improved smartphone fast charging interfaces by solving durability issues of traditional connectors. This upgrade enhances connection stability and charging speed, resulting in a 30% increase in charging efficiency and significantly higher customer satisfaction.
Industrial Automation Controller Connections
With increasing demands in factory automation, existing connectors struggle with frequent plugging and harsh environments. Implementing Electrical Connectors With Pogo Pins has boosted connector lifespan and stability, reducing maintenance costs and downtime. This solution has cut maintenance expenses by 50% and improved production efficiency by 25%.
Medical Device Data Transmission Interfaces
Medical equipment requires highly stable data transmission, but traditional connectors are prone to contamination. Applying Electrical Connectors With Pogo Pins ensures stable and secure data transmission, increasing success rates by 95% and significantly enhancing medical service efficiency.
Automotive Electronic Module Connections
Automotive electronic modules demand high connector reliability amidst complex vibrations and temperature changes. Electrical Connectors With Pogo Pins ensure stable connections and durability, reducing failure rates by 60% and enhancing vehicle electronic system reliability.
Consumer Electronics Debugging Interfaces
During consumer electronics debugging, connectors often lead to errors and damage. The application of Electrical Connectors With Pogo Pins simplifies the debugging process, improving efficiency and accuracy. This solution has reduced debugging time by 40% and significantly lowered product testing costs.
Aerospace Electronic Equipment Connections
In aerospace, connectors must balance reliability and lightweight design. Electrical Connectors With Pogo Pins address weight and durability challenges, reducing equipment weight by 10% and enhancing flight safety and reliability.
Military Communication Equipment Connections
Military communication equipment demands secure and interference-resistant connectors. Electrical Connectors With Pogo Pins enhance connector resilience and safety, increasing communication stability by 50% and significantly boosting military communication efficiency.
IoT Sensor Network Connections
IoT sensor networks require connectors with low power consumption and long lifespans. Electrical Connectors With Pogo Pins solutions reduce energy consumption and maintenance frequency, cutting sensor network maintenance costs by 70% and enhancing IoT system sustainability.

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Advantages of Electrical Connectors With Pogo Pins, Pitch 2.55~12.00

1. High-Precision Insertion Design
Our Electrical Connectors With Pogo Pins feature advanced high-precision insertion design, ensuring stable and reliable connections every time. With design precision of up to 0.02mm per millimeter, they offer 20% higher connection stability and reliability compared to traditional connectors.

2. Extended Lifespan Guarantee
Through precise material selection and optimized craftsmanship, our Electrical Connectors demonstrate an exceptionally long lifespan in laboratory tests. They withstand over 100,000 insertions on average, far exceeding industry standards, ensuring long-term stable connections for your projects.

3. Extremely Low Insertion Failure Rate
Utilizing advanced material processes and precision manufacturing, our Electrical Connectors exhibit an extremely low insertion failure rate of just 0.001%. This means excellent performance and stable signal transmission even under high-frequency insertions.

4. High-Speed Data Transmission Support
Designed specifically for high-speed data transmission, our Electrical Connectors support data rates up to 10Gbps, ensuring outstanding performance in data processing and transmission for your systems. They are ideal for high-demand applications.

5. Strong Vibration and Environmental Interference Resistance
With advanced structural design and material technology, our Electrical Connectors boast excellent resistance to vibration and environmental interference. They operate reliably in industrial control systems and harsh outdoor environments, ensuring dependable data transmission.

6. Customized Service and Rapid Response
We offer flexible customization services to adjust Electrical Connectors specifications and designs based on customer needs. Coupled with fast response and delivery capabilities, we ensure your projects are completed on time to meet your personalized requirements.

7. Eco-friendly and Sustainable Design
Our Electrical Connectors are made from environmentally friendly materials and utilize sustainable production processes that meet industry standards. Besides superior performance, they enhance your corporate image with high brand value in green and sustainable practices.

8. Cost-effectiveness and High ROI
Through optimized design and material costs, our Electrical Connectors not only excel in performance but also offer significant cost advantages. With high long-term lifespan and low maintenance costs, they deliver sustained return on investment for your projects.

FAQ

1. Why Choose Electrical Connectors With Pogo Pins?
Electrical Connectors With Pogo Pins increase the number of pins, enhancing data transfer speed and signal stability. For instance, our Electrical Connectors show lower signal loss and higher data transfer rates in tests compared to traditional connectors. This advantage not only boosts product performance but also reduces potential interference and faults in systems.

2. How Do Your Electrical Connectors With Pogo Pins Ensure Reliability and Stability?
Our Pogo Pin Electrical Connectors are crafted with cutting-edge materials and manufacturing techniques, guaranteeing each pin’s accuracy and long-lasting performance. Each connector undergoes rigorous testing and quality control to maintain stable connections and data transfer effectiveness across various environmental conditions, minimizing system failure rates and maintenance costs.

3. How Is the Mechanical Strength and Durability of Electrical Connectors With Pogo Pins Ensured?
Designed with high-strength alloy materials and a special connection structure, our Electrical Connectors With Pogo Pins are built to withstand frequent connection cycles and perform reliably under extreme conditions like high temperatures, humidity, and vibrations.

4. How Do Electrical Connectors With Pogo Pins Meet Our Customization Needs?
We offer flexible customization options to tailor Electrical Connectors With Pogo Pins to specific requirements, including pin count, arrangement, and size. Whether for specific applications or bespoke solutions, our highly customizable service ensures every customer need is met.

5. In Which Industries Are Your Electrical Connectors With Pogo Pins Widely Applied?
Our Electrical Connectors With Pogo Pins find extensive use in industries such as electronics, communications, medical devices, and industrial automation. By providing reliable connection solutions and optimized data transfer performance, we help customers enhance production efficiency and product reliability across various sectors, gaining a competitive edge in the market.

6. How Do You Ensure Supply Stability and Delivery Efficiency of Electrical Connectors With Pogo Pins?
Thanks to our strong supply chain and efficient production capabilities, we ensure consistent availability and swift delivery of Electrical Connectors equipped with Pogo Pins. Whether for small-scale customization or large-scale production, we respond promptly to customer demands with high-quality supply, ensuring smooth project execution and market competitiveness.

7. What Is the Pitch of Electrical Connectors With Pogo Pins, and Why Is Choosing the Right Pitch Important?
The Pitch of our Electrical Connectors featuring Pogo Pins denotes the spacing between the centers of two neighboring pins. Choosing the right Pitch is crucial for ensuring signal transmission reliability and connector stability. We offer multiple Pitch options, starting from 1.00mm, to meet various electronic equipment needs, ensuring precise manufacturing and durability for an excellent connection experience.

8. How Do You Ensure Pitch Consistency in Mass Production of Electrical Connectors With Pogo Pins?
Utilizing automated production lines and stringent quality control measures, we maintain Pitch consistency throughout the production process of Electrical Connectors With Pogo Pins. Through precise machining and CCD inspections, we achieve micron-level accuracy, preventing signal distortion or poor connections due to inconsistent Pitch, providing stable and reliable products to customers.

9. How Does Pitch Selection of Electrical Connectors With Pogo Pins Affect Product Performance and Design Flexibility in Electronics?
Pitch selection directly impacts circuit board layout compactness and design flexibility. Our diverse Pitch options allow engineers to flexibly choose the most suitable Pitch during the design phase, optimizing electronic product performance and space utilization. Whether for high-density circuit boards or specific layout requirements, our customized Electrical Connectors With Pogo Pins ensure optimal performance in customer designs.

10. What Is the Impact of Pitch on High-Frequency and High-Speed Transmission in Electrical Connectors With Pogo Pins?
Choosing the right Pitch is crucial, especially in applications that require high-frequency and high-speed transmission. We offer specially designed Electrical Connectors With Pogo Pins with excellent high-frequency characteristics and low signal loss, ensuring stable signal transmission even in high-frequency environments. Through precise craftsmanship and high-quality material selection, we meet stringent customer requirements for high-performance Electrical Connectors With Pogo Pins.

11. How Do You Ensure the Reliability and Durability of Electrical Connectors With Pogo Pins in Various Environmental Conditions?
Our factory conducts environmental and durability tests to ensure that Electrical Connectors With Pogo Pins maintain stable performance in harsh conditions. Certified and validated for high temperatures, strong vibration environments, low temperatures, or high humidity, our Electrical Connectors With Pogo Pins deliver long-term reliability and safety, providing lasting value and user security.

12. What Are Your Customization Capabilities for Pitch in Electrical Connectors With Pogo Pins?
With extensive customization experience, we customize Pitch, pin count, arrangement, and other key parameters according to customer requirements. From initial model design to mass production, we ensure that Electrical Connectors With Pogo Pins perfectly match specific application needs. Through flexible customization, we help customers achieve innovative designs and product differentiation, enhancing their market competitiveness.