8 Pin Connectors, Pitch 2.00~2.54，High-quality Materials

8 Pin Connectors, Pitch 2.00~2.54 Flexible installation

8 Pin Connectors, Pitch 2.00~2.54, Best Materials

8 pin connectors have adaptive contact force, long lifespan, ultimate small size, strong anti-interference. Ideal solution to common challenges in high-density and high-frequency applications. Customized single or double rows, male and female ends, dust-proof, waterproof, magnetic N52 based on actual applications. Provide concise and direct signal pathways, more connection ports, save PCB space. Johoty offers flexible customization.

Features:

Small size design, space-saving layout.
Spring automatically adjusts contact pressure.
Long lifespan, high-frequency & speed demands.
Multiple materials for different environments.
Plug and play, reducing assembly time.
Strong anti-interference, keep signal integrity.

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8 Pin Connectors, Pitch 2.00~2.54, Description

Product Info: 8 pin connectors provide contact resistance ≤50mΩ, stable mechanical elasticity, and high signal integrity at small spacing. Adopting precision gold plating technology, effectively reducing oxidation and wear, suitable for high-density PCB design. Different head shapes, elasticity values, and shielding designs are used to optimize EMI suppression and high-speed signal transfer.

Features: Small pitch, high-density design, high reliability spring plunger. Long lifespan, high durability, adaptive contact force, dynamic adjustment. High-speed signal transfer, excellent current load capacity. Seismic and impact resistant, optimized EMC, customized spherical, flat, concave, single/double row.

Solving Problems: Addressing spatial limitations of high-density PCB design and reducing contact reliability caused by high-frequency connections. Poor contact in vibration and impact environments, signal integrity in high-speed data. The assembly difficulties caused by docking tolerance between different components and durability in harsh. Low production and assembly efficiency, customized multifunctional integration.

Specifications: Pins 8pcs, pitch ≤2.54mm, stroke 0.40~4.10mm, pogo pin length 3.90~20.00mm, plunger diameter 0.60~1.10mm, shape DIP, SMT, bending, right angle, solder cup. Voltage ≤250V, current 0.1~50.0A, spring force 30~500gf, lifespan ≤200,000 cycles, -55 ℃~+125℃, contact resistance ≤50mΩ, IP65, IP67, IP68, EMI.

Applications: Used for extreme environment resistance, ultra-high reliability, low EMI, high G-force anti-vibration. Resistant to temperatures & corrosion, high current carrying, adaptive spring force, and tolerance error. High-frequency signal, low inductance & low crosstalk, high density & small size, low resistance & low signal loss.

Industries: Preferred choice for electronic connectivity solutions among global engineers, designers, and R&D teams. With its ultra-small size, high precision & reliability, long lifespan, resistance to environmental interference, and high-speed data transfer, it has become a popular choice for consumer electronics, automated testing, and medical equipment, Ideal choice for 5G communication, industrial automation, aerospace & military electronics, automotive electronics, etc.

Benefits: Clients will enjoy high space efficiency and design flexibility, outstanding durability, and long lifespan. Excellent signal transfer and low contact resistance improve production efficiency and reduce costs. Strong environmental adaptability and anti-interference ability, highly customized. Improve product reliability and performance, enhance product competitiveness.

8 Pin Connectors, Pitch 2.00~2.54, Datasheet

Specification	Value Range
Connector Type	8 Pin Connectors, Single-Row or Double-Row, Male and Female.
Pitch (Pin Spacing)	≤ 2.54 mm (0.1 inch), Custom.
Number of Pogo Pins	8 Pins
Length	10.16~30.00mm, Custom.
Width	2.50~16.00mm, Custom.
Hight	3.50~16.00mm, Custom.
Stroke	0.40~4.10mm, Custom.
Pogo Pin Length	3.90~20.00mm, Custom.
Plunger Diameter	0.60~1.10mm, Custom.
Pin Material	Brass, Phosphor Bronze, Stainless Steel, Beryllium Copper, Tellurium Copper. Custom.
Plating	Gold over Nickel, Silver, Rhodium Ruthenium, Palladium, Platinum, Composite Coating., Custom.
Rated Current	0.1A to 50A, Custom.
Contact Resistance	≤ 50 mΩ (milliohms), Custom.
Voltage Rating	≤250V, Custom.
Temperature	From -40°C to +105°C, up to +105°C, Custom.
Spring Force	30~500gf, Custom.
Contact Life Cycle	10,000 to 200,000 cycles, Custom.
Connector Housing Material	Nylon, Polycarbonate, PBT, PEEK, Custom.
Insulation Resistance	≥ 100 MΩ.
Environmental Protection	IP50 to IP67, IP68, Custom.
Compliance	RoHS, ISO, REACH, ASTM, etc.
Mounting Type	Through-hole (PTH), Surface Mount (SMT), Solder-Cup (cable), Right-Angle, Double-Ended.
Package	T&R, Tray, Reel, Bulk, Custom.
Lead Time	≤2 weeks for samples, ≤4 weeks for mass production.

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Johoty’s 8 pin connectors have the advantages of ultra-small spacing and high-density connections for devices with limited space. Its precise contact, reliability, and durability ensure long-term stable transfer. Providing efficient connections and reducing space occupation. Ideal choice for European and American clients in high-performance products, helping to enhance competitiveness.

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8 Pin Connectors, Pitch 2.00~2.54, Applications

Electronic module of 3D printer

Among the connections between various control boards in 3D printers, 8 pin connectors provide efficient signal transfer. Their compact design enables precise connections within limited space, ensuring reliable contact and printing accuracy. Compared to traditional connectors, this pogo pin connector supports frequent connections and reduces maintenance costs. For engineers, this spring loaded connector demonstrates advantages in limited space. It can also effectively avoid printing failures and improve device’s stability.

Wearable devices

8 pin connectors use in smartwatches and health monitoring devices due to their small size and strong stability. They can ensure the reliability of electrical connections and transmit high-speed data in small spaces. In high-frequency data acquisition and real-time monitoring, pogo pins can accurately transmit signals to ensure smooth equipment operation. By reducing space occupied by traditional pin interfaces, this pogo pin connector makes smart wearable devices more lightweight. Meanwhile, it enhances durability and battery life after prolonged use.

Automated testing equipment

Automated testing equipment often requires signals’ transfer and power between different modules, 8 pin connectors can efficiently achieve this goal. Compact designs are used in miniaturized instruments to meet high-frequency testing. At the same time, they reduce errors caused by signal interference or poor contact. In some precision testing equipment, pogo pin connector can improve transfer stability. It can also prevent mechanical losses caused by excessive contact, and is a key component in efficient testing systems.

Drone Charging System

In charging module of drone, 8 pin connectors achieve dual functions of charging and signal transfer. The compact design of pogo pin connector is suitable for drones with limited space. Compared to traditional connections, pogo pins can provide higher reliability. It can effectively prevent the plug from loosening or poor contact. During drones’ rapid charging, this spring loaded connector can effectively support long-term high load charging. Meanwhile, it ensures stable and efficient charging every time.

Precision medical instruments

Ultrasonic diagnostic equipment and laser therapy devices rely on efficient electrical connections to ensure high precision. Due to their excellent durability and electrical performance, 8 pin connectors can ensure equipment’s stability. They can provide efficient multi-channel connections within limited space, supporting complex signal transfer and data exchange. For medical device designers, this pogo pin connector can reduce the failure rate. It can improve equipment’s reliability, at the same time, equipment’s maintenance becomes easier.

Electronic ticketing system

In some complex electronic ticketing systems, 8 pin connectors can transfer data between internal hardware. They can withstand frequent contacts, pogo pins are perfect for systems that require regular replacement of hardware components. This pogo pin connector can save space. It can also transfer data between different modules, and each operation is very smooth. Johoty’s spring loaded connector ensures efficient operation and fast response when efficient and high-precision data transfer is required. This can avoid delays caused by poor contact.

High frequency communication module

8 pin connectors are an ideal choice for connecting high-frequency communication modules due to their low signal loss and high stability. They effectively reduce noise and interference during data transfer, ensuring signal purity and stability. In satellite communication and radar systems, pogo pins provide efficient signal exchange and support high-speed data streams. Through this pogo pin connector, engineers can ensure stable operation of communication modules in high-speed and high-frequency.

High end audio equipment

High end audio equipment requires high electrical stability and precise signal transfer, 8 pin connectors perform outstandingly in such applications. They can provide low attenuation and distortion when transmitting audio signals, ensuring the authenticity of sound quality. Due to its compact design, pogo pin connector can effectively save space in audio systems. At the same time, it can also bear frequent connections without generating poor signals. Under long-term high load operation, this spring loaded connector can maintain excellent electrical performance, helping audio equipment achieve ultimate sound quality.

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Advantages of 8 Pin Connectors, Pitch 2.00~2.54

High-density design, compact space optimization

High-density design, compact space optimization Johoty’s 8 pin connectors are very compact, they help our clients achieve efficient connections in limited spaces. Their pitch is ≤2.54mm, which can effectively route wires on very narrow circuit boards. Through Johoty’s high-density design, they can significantly reduce the area of circuit boards and optimize system’s overall layout. In addition, dense pogo pin arrangement can also effectively improve connection stability, ensuring clarity and reliability of signal transfer.

Multiple configuration options, flexible application

Single and double row pogo pins, with 8 pin connectors for male and female ends, provide high flexibility to meet various applications. For electronic devices with high-frequency signals and low-power intelligent hardware, the most suitable pogo pin connector can be found. Pogo pins with different configurations can adapt to different electrical specifications and meet the challenges of different electrical connections. This spring loaded connector has stronger adaptability and adjustability in engineering projects.

Precise conductivity ensures signal integrity

Johoty pays attention to conductivity when designing 8 pin connectors, using high-quality brass and gold plating. This ensures that every pogo pin has ultra-high conductivity. It can maintain signal integrity and avoid transfer errors in both high-speed data transfer and low current connections. By optimizing metal contacts and conductive surfaces, long-lasting electrical performance can ensure long-term stability of spring loaded connector.

Precise coordination to enhance connection reliability

The design of 8 pin connectors is very precise, achieving high alignment accuracy when connecting pins and connectors. This precise fit ensures there won’t be poor contact caused by physical wear during use. By using finely processed pogo pin connector, mechanical friction has been reduced. The connection stability is stronger and less prone to loosening, which improves devices’ overall efficiency.

Strong durability to withstand harsh environmental challenges

Our 8 pin connectors feature brass and rigorous design, capable of withstanding high temperatures, vibrations, low temperatures, and moisture. For industrial grade equipment, it is very important because these devices are often in unstable environments. They require connectors to have stronger pressure resistance and durability. In extreme temperatures and heavy humidity, Johoty’s pogo pin connector can keep stable performance, ensuring equipment’s reliable operation.

High speed data transfer to meet modern communication

Pogo pins design of 8 pin connectors enables high-speed signal transfer. They are suitable for stable work in communication equipment and electronic systems. Low impedance can effectively reduce signal delay and loss, achieving fast electronic signal exchange. This pogo pin connector has superior performance in high demand and can easily transmit high-speed data. Johoty’s clients feedback, they can ensure efficient interaction between devices.

High anti-interference ability and stable performance

Johoty’s 8 pin connectors have strong anti EMI and signal stability through carefully selected conductive materials. In high-frequency applications, EMI is very prominent, and our pogo pin connector can effectively suppress noise impact. It can reduce signal errors, maintain good conditions of equipment, and improve system’s overall reliability.

Quick installation and simplified engineering debugging

The installation of Johoty’s 8 pin connector is very simple. Each pogo pin connector has precise docking, and there is no need for excessive complex operations during installation. This can save engineers a lot of debugging time. The pogo pins with automatic positioning can ensure error-free operation during contacts. They can improve engineers’ work efficiency, significantly increase production cycles and development progress.

FAQ

Why can pogo pins provide reliable connections in small spaces?

Pogo pins are spring-loaded contact points that can achieve precise connections in very limited spaces. Through the action of tiny metal springs, they can generate a certain pressure when in contact, ensuring stable signal transfer. In 8 pin connectors, this design makes connection more flexible and suitable for devices that require frequent connection.

Why is metal materials for 8 pin connectors important?

When choosing 8 pin connectors, metal materials directly affects connection quality and durability. The conductivity, corrosion resistance, and elastic properties of different metals are different each other. For pogo pin design, high-quality metal ensures precise and error-free connections every time, ensuring stable signal transfer without premature wear.

How are the male and female of 8 pin connectors designed to avoid poor contact?

The male and female terminals can ensure that each pogo pin can accurately touch the other’s contact point. This can avoide poor contact caused by misalignment. Through precise manufacturing, each pogo pin contact of 8 pin connectors is very precise. It can effectively reduce poor contact during the connections.

Why do 8 pin connectors sometimes require special finishing?

Surface treatment is crucial for 8 pin connectors in high-frequency. Special surface coatings can greatly reduce signal loss and improve connection quality. For example, some special coatings can prevent oxidation or reduce contact resistance. Then, pogo pins can work stably for a long time, thereby improving connection performance.

Can 8 pin connectors work properly in high temperatures?

In fact, the pogo pins design of 8 pin connectors is very adaptable to temperature changes. In high or extremely cold, pogo pins can still maintain stable elasticity and electrical performance. This is because it uses specially designed spring materials inside, which can adapt to wide temperature fluctuations without losing function.

Why do 8 pin connectors sometimes generate EMI after connection?

In some high-frequency applications, 8 pin connectors may experience EMI. This is usually related to contact area, cable shielding, and the elasticity of pogo pins in the design. To solve this problem, some shielding measures are usually added or the design is adjusted. It’s to reduce the interference generated by contact points and improve the stability of the connection.

How to determine if 8 pin connectors can handle high current loads?

We always evaluate the ability of 8 pin connectors to withstand high current loads through their internal design and selected materials. As we know, pogo pins need to have good conductivity and sufficient load-bearing capacity. This can ensure they don’t overheat or damage when high currents pass through. By carefully analyzing its structure and materials, engineers can predict its working effect.

Why is pitch 2.54mm of 8 pin connectors so important?

Pitch 2.54mm is the industry standard and is suitable for most electronic devices. This standard ensures pogo pin connector stability. It also allows for easy matching with other common components. When designing 8 pin connectors, we can ensure precise docking of each pogo pin based on reasonable pitch. It also facilitates equipment assembly and maintenance.

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