160-90-432-00-001000

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Rectangular connectors which employ ** 160-90-432-00-001000 ** pattern terminal arrays are widely used in a variety of consumer, industrial, and military electronic applications. Their versatility and robust design has made them popular with circuit designers who need to connect circuits within portable systems, instrumentation, automotive in-car networks, ruggedized telecommunications modules, communications infrastructure, military and embedded computing applications.

The ** 160-90-432-00-001000 ** connector type is frequently referred to as Headers or Specialty Pin connectors. The connectors have a standardized pitch of either 2mm or 2.54mm (0.1” or 0.117”) and a double row of pins of varying lengths. The total number of pins varies with the application and can range from 8 pins up to 40 pins. The tail of the pin has multiple retention methods such as straight through pins, tilt solder pins, or pogo pins.

The type of pin and tail solder retention method on ** 160-90-432-00-001000 ** connectors are dependent on the application, a common example is IDC ribbon connectors which are widely used within communication networks. IDC connectors utilize insulation displacement contact (IDC) technology, hence their name. The tail of each pin contains barbs which pierce the insulation on the ribbon allow for the a continuous connection. This technology can increase the speed of a network while lowering cost.

The ** 160-90-432-00-001000 ** connector type can also be used in applications which require a variety of high-speed differential pairs. This type of technology is used in applications such as digital video, digital audio, 10G/40G/100G networking, and PCIe applications. The differential pair consists of two signal lines running parallel to each other and both need to be of the same length in order for the signal to be properly transmitted. The use of this technology ensures that data is sent and received accurately and efficiently.

The working principle of ** 160-90-432-00-001000 ** connectors is relatively simple. The tails of the pins are inserted into a corresponding hole on the board where they come into contact with the traces. This creates a mechanical and electrical connection between the connector and the board. The connection is made secure by soldering and the use of locking mechanisms. This allows for strong electromagnetic coupling and effective transmission of signals.

The advantages of using ** 160-90-432-00-001000 ** connectors are numerous. They offer high pin count, reliable signal integrity, flexibility, robustness, and low power dissipation. The high pin count makes them ideal for creating high-density connections which can save board space and the other features make them suited to a variety of different applications.

The ** 160-90-432-00-001000 ** connector type has been used extensively in a variety of applications and has quickly become a preferred solution for circuit designers. It is a versatile connector which is able to meet the demands of high-speed networks, digital video, and other communication applications. Its flexibility and robust design make it a ideal choice for a wide range of applications.

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