690-009-521-013 Connectors, Interconnects

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USB Connectors

USB connectors (such as the 690-009-521-013) are the most widely used data transfer hardware in the world, primarily due to their ease of installation and compatibility with nearly all types of computers and other devices. USB connectors are multi-functional, allowing users to access peripherals such as keyboards, mice, scanners, printers, external hard drives and more.USB data cables are also universal and cross-platform compatible. This means that users can use the same cable to connnect multiple devices, regardless of whether they’re running Windows, MacOS or Linux. Additionally, they support a wide range of speeds, from standard USB 1.1 to USB 3.1, for devices with higher data transfer needs. USB connectors use four pins: two power pins, one data-up and one data-down. The pins are assigned specific tasks, which can differ from device to device. For example, in a USB mouse, both power pins will usually be connected to the mouse’s power source, while the data-up and data-down pins will be connected to the mouse’s tracking mechanism. Using this two-directional configuration, the mouse can communicate with the computer, and the computer will be able to track the mouse’s movements.One of the biggest advantages of USB connectors is their power management capabilities. These connectors are typically designed to draw their power from the computer they’re connected to, allowing them to consume only as much power as they need and reducing power wastage.

DVI Connectors

DVI connectors (such as the 690-009-521-013) are the go-to connector for digital video and audio connections, providing superior picture quality to analog connections. DVI connectors are designed specifically for digital devices, and are incompatible with analog devices.DVI connectors allow for high-definition digital video transfer, with resolutions of up to 1920 x 1200. Because these connectors are digital-only, devices that use DVI connectors will not be compatible with analog devices that use VGA connections. This means that users will need to purchase an adapter in order to use a device with a DVI connection on an analog monitor or TV. DVI connectors have five different types: DVI-D, DVI-A, DVI-I, Dual-Link DVI and Single-Link DVI. All DVI connectors carry digital video signals, and the primary difference between them is in the way they carry analog audio signals. The DVI-D connectors only carry digital signals, while the DVI-A and DVI-I connectors have an additional pin for analog audio. The Dual-Link and Single-Link versions simply indicate the number of data lanes available. The Dual-Link has two lanes of data, while the Single-Link only has one. DVI connectors use a variety of pin configurations, depending on the type. A typical DVI-D connector will have four pins for digital video and four ground pins, while a DVI-I connector will have 20 pins for digital video and four pins for analog audio.

HDMI Connectors

HDMI connectors (such as the 690-009-521-013) are the go-to connector for high-definition applications. HDMI is the most popular standard for connecting digital audio and video devices, allowing users to stream content from one device to another. Unlike their analog predecessors, HDMI connectors are designed to carry both digital audio and video signals in a single cable. HDMI connectors are backward-compatible with older devices, making them ideal for use with new and legacy devices. Additionally, HDMI connectors have high bandwidth, allowing them to support 1080p and even 4K video resolutions.There are three types of HDMI connectors: Standard HDMI, Mini HDMI, and Micro HDMI. Standard HDMI is the most common type, and is used on most modern TVs and monitors. Mini HDMI connectors are typically used on small devices such as portable DVD players, while Micro HDMI connectors are used on some mobile devices.HDMI connectors use a various number of pins, depending on the type. The standard HDMI connector has 19 pins, while the mini and micro HDMI connectors have 13 and 11 pins respectively. HDMI connectors also use five different cables, each with different data transmission rates.

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