1510482200

Operating Temperature:	--
Insulation Height:	0.630" (16.00mm)
Contact Shape:	Square
Contact Finish - Mating:	Tin
Contact Finish Thickness - Mating:	50.0µin (1.27µm)
Contact Finish - Post:	Tin
Contact Material:	Copper Alloy
Insulation Material:	Polyamide (PA), Nylon, Glass Filled
Features:	Board Guide
Overall Contact Length:	--
Ingress Protection:	--
Material Flammability Rating:	UL94 V-0
Insulation Color:	Orange
Current Rating:	--
Voltage Rating:	--
Mated Stacking Heights:	--
Contact Finish Thickness - Post:	--
Applications:	General Purpose, Industrial
Number of Positions Loaded:	All
Packaging:	Tube
Part Status:	Active
Connector Type:	Header
Contact Type:	Male Pin
Pitch - Mating:	--
Number of Positions:	2
Number of Rows:	2
Row Spacing - Mating:	0.256" (6.50mm)
Series:	CP-6.5 151048
Style:	Board to Cable/Wire
Shrouding:	Shrouded - 4 Wall
Mounting Type:	Through Hole
Termination:	Kinked Pin, Solder
Fastening Type:	Latch Holder
Contact Length - Mating:	0.348" (8.85mm)
Contact Length - Post:	0.150" (3.81mm)

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Rectangular Connectors - Headers, Male Pins

A rectangular connector, also known as an electrical header, is an electrical component that is used to connect two circuits or devices. Headers are commonly found in printed circuit boards, where they are used to connect a board to a PCB or onto another board. Headers and male pins enable manufacturers to facilitate interconnection operations, reduce assembly time, and help prevent circuit board damage.

Rectangular connectors can be referred to as headers, male pins, or just connectors. Male pins are most commonly used to connect the devices together as they often have ridged ends that fit into the holes in the PCB or into another pin, while headers have smooth, rounded ends that fit into the opposite side of the PCB or into another header. Headers are usually made of metal and are usually the same color as the board they are connected to. Male pins, on the other hand, are typically made of plastic and come in a variety of colors.

When designing electronics circuits, a designer will choose the rectangular connector that is best suited for the project. It is important for a designer to be able to predict the current draw and the voltage required for a device or circuit with the same precision and accuracy as any other type of connector. When selecting a rectangular connector, the designer should consider the physical size of the connector as well as the voltage carrying capacity and the current requirements of the device being connected. A good understanding of the flow of electrical current is also needed to accurately connect the device.

The working principle of a rectangular connector is simple yet effective. The devices must be wired correctly and secured properly to form a complete circuit. The current must then travel between the two components through the connector. As the current moves through the device, it will experience a resistance that will alter the “resistance” of the device. This alteration in resistance is what is responsible for the current reaching its destination.

When using rectangular connectors, it is important to ensure that they are of good quality. Poorly made headers can lead to loose connections and even blowouts. Connectors also need to be properly designed to allow for smooth current travel. A higher quality of header will ensure that the current can easily travel between the two components.

In the 1510482200 application field, rectangular connectors are used to connect a wide variety of electronic components, such as microprocessors, LEDs, power supplies, switches, and resistors. They also provide an effective way to connect devices within a circuit. When designed properly, these versatile connectors enable the user to create a reliable and efficient device. Rectangular connectors are an excellent choice for small, complex circuits where wiring differentiation is required.

In summary, rectangular connectors, or headers, are an essential component of modern electronics and are used in a variety of applications. Knowing how they work is essential to creating reliable electronic circuits. Properly manufactured headers and male pins ensure that the circuit functions as intended, and make the process of device interconnection much more efficient.

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