When choosing D-Sub connectors, it is important to consider the features of the device that are required for a particular application. Listed below are some of the features to look for when choosing these devices: Small size, Rugged construction, Good locking technology, Used in harsh environments, and Small form factor. To learn more, read the rest of this article! We also look at some of the benefits of these connectors. Hopefully, you’ll find the information useful.
Small electrical connectors
D-sub miniaturized electrical connectors are available in five different shell sizes, each of which has a corresponding number of pins. The backshell of a connector will be marked with letters A, B, C, D, and E, depending on the number of sockets and pins. The standard density D-sub connectors have dual rows, while double-density D-sub connectors have three or more rows.
Combination D-subs are also available and have two or more rows of contact. They use the same d-shaped shell, but the special high-current pins are larger and the coaxial contacts are arranged beside the signal contacts. Both types are available in IP68-rated versions. They are ideal for small applications and are easy to install. They are also available in IP67-rated versions.
Another type of D-sub is called a mini-D-connector, and they are available in many different shapes. They are shaped like a “D” and have a metal shell surrounding two rows of contacts, which line up with equivalent pins on the other half of the connector. The contacts of a D-sub are usually gold-plated, and the connector shell features glass-filled thermoplastic or PBT insulation to protect them from damage.
D-sub miniature electrical connectors have multiple special features to meet a variety of needs. They are available with a rosin core, insulated connectors, and more. Several different types of connectors are available, and the right one for your needs will depend on its purpose. So, how do you find the right one for your application? Here are some tips to make your job easier.
Well-suited for locking technology
D sub connectors have two rows of parallel contacts and a characteristic D-shaped metal shell. This shell provides mechanical support and ensures proper orientation, as well as screening against electromagnetic interference. Connectors in the D-sub family can be assembled in various ways, including crimping and pressing together. A locking system is often used to secure the connectors. There are several types of locking devices.
Depending on the application, D-Sub connectors can be created with EMI filtering, locking, and environmental sealing. These connectors are often used in critical applications, including patient monitors and high-speed rail. While this connector type has been deemed too bulky for modern devices, it is still widely used in many industries. Unlike a standard plug, a D-sub connector takes longer to install.
D-sub connectors are available with a locking bolt on one or both sides, with the latter providing the highest level of security. The locking bolt is secured with an audible and tactile click when the connector is locked. The locking mechanism has a high retaining force, providing a safe and secure connection. Plastic hoods are available in sizes 1 – five. Flame-resistant and metalized plastic hoods are also available. D-SUB connectors also feature integrated locking bolts and are compatible with the SnapLock hood.
D-Sub connectors are highly resistant to mechanical shock and ingress. The eye of needle termination technique is often used in combination with a flat-rock design. Press-fit contacts are made with drill holes to reduce the chance of electrical shock. While the security of D-sub connectors cannot be matched by that of snap-in and friction-fit connectors, this connector is well-suited for applications where locking and sealing are important.
Rugged
Amphenol offers ruggedized D-Sub connectors in different densities and sizes. These rugged connectors are IP68-certified and offer exceptional corrosion resistance and ingress protection. In addition to these features, Rugged D-Subs have gold-plated contacts and are available in standard nine-position and high-density variants. A watertight variant is also available in the same series of rugged D-Sub connectors.
D-sub connectors are designed to be panel-mounted. The cut-out dimension of the socket and plug determines the size of the hole in the panel. The connector’s mounting holes match these holes and are positioned in an upright position. Screws are then driven through the panel and connector, which secures the plug or socket in place. Rugged D-sub connectors are also available with built-in mechanical strain relief.
Another kind of rugged D-Sub connector is available with a machined pin. These are manufactured with precision screw machines. They feature a 5 amp current rating and a wide operating temperature range. They can also be manufactured in right-angle orientation. They are also available with different mounting methods and shell colors. They are also available with a variety of crimp and solder options. These Rugged D-Sub connectors are designed for rugged applications and can withstand harsh environments.
Another type of rugged D-sub connector is the cable. This type of connector is used on communications ports. They help create connections between different products. Token ring networks and controller area networks use the DB9 connector. AES digital audio and multi-channel analog audio are also used with D-sub connectors in recording studios. For example, a Commodore Amiga is known for its use of D-sub connectors.
Used in harsh environments
D sub connectors are used in various applications, including in harsh environments such as shipyards and ports. These connectors are often exposed to salty air and seawater. To meet these needs, Staubli has developed a line of robust and waterproof connectors. The resulting connectors offer a variety of features, including different contact options. In harsh environments, it is necessary to use connectors that can withstand the conditions.
Harsh environments can place a toll on connectors, which is why the industry has developed specially designed connectors that are highly reliable. Industrial and commercial applications often use specialized connectors for high-speed communication. The harsh environmental conditions can result in increased temperature variations and extreme vibration. To overcome these challenges, manufacturers have designed D sub connectors with IP68 protection. This allows these connectors to maintain a connection for up to 24 hours even under extreme conditions.
MACH-D products are available in standard and high-density signal contact arrangements. Some models are hybrid connectors, combining signal and power into one housing. Additionally, MACH-D products come with unique accessory options such as coded socket screws, backside silicone grommets, and EMI grounding strips. They also feature 360-degree banding to meet space restrictions and are available in a range of custom configurations.
Available in many variants
There are a variety of D-Sub connectors available in the market. A D-sub connector, also known as a mini-D-sub connector, features two rows of parallel connector pins with a metal shield in the shape of the letter D. These connectors are still popular and available in a variety of configurations and sizes from nearly every electronic component distributor. This article will discuss the differences between each of these D-sub connectors.
The most common D-Sub connector is the D-shaped type, which is a standard cable connector. Its housing consists of a metal shell that surrounds two rows of contacts that align with the equivalent pins on the connector’s other half. D-Sub connectors are generally made of gold-plated copper alloy, with a layer of insulating plastic between the metal shell and the contacts.
D-Sub connectors are often confused with the Micro-D and SCSI attachment families. This family also includes HD-52, HD-58, and HD-68. But these are distinct products and are marketed separately. Some D-sub connectors carry vernacular references such as DB9 or HD-56. The D-sub family also includes coax connectors, and the pin count is typically less than five millimeters.
While all D-Sub connectors are used in industrial applications, there are some common types. A “combo” D-Sub, also known as a mixed-contact D-sub, uses the same d-shaped shell but features more than one row of contact. The coaxial contacts are arranged beside the signal contacts. These connectors are available in a variety of configurations, including IP67-rated versions.
Commonly used in computer applications
Computers are commonly used in industry to perform a variety of tasks. These devices can be used for design purposes such as creating virtual sample products and interior designs, as well as for video conferencing. In the world of business, computers have revolutionized the way products are sold. Online businesses can now participate in stock market activities. Computers are used in education to create more effective audio-visual aids. The vast array of uses for computers has made these devices a necessity in many areas.