25-7750-10

Series:	700 Elevator Strip-Line™
Packaging:	Bulk
Part Status:	Active
Type:	SIP
Number of Positions or Pins (Grid):	25 (1 x 25)
Pitch - Mating:	0.100" (2.54mm)
Contact Finish - Mating:	Tin
Contact Finish Thickness - Mating:	200.0µin (5.08µm)
Contact Material - Mating:	Phosphor Bronze
Mounting Type:	Through Hole
Features:	Elevated
Termination:	Solder
Pitch - Post:	0.100" (2.54mm)
Contact Finish - Post:	Tin
Contact Finish Thickness - Post:	200.0µin (5.08µm)
Contact Material - Post:	Phosphor Bronze
Housing Material:	Polyamide (PA46), Nylon 4/6, Glass Filled
Operating Temperature:	-55°C ~ 105°C
Termination Post Length:	0.150" (3.81mm)
Material Flammability Rating:	UL94 V-0
Current Rating:	1.5A
Contact Resistance:	--

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Sockets for ICs, Transistors

Today, electronic components are an integral part of all aspects of our lives. One of the most important components in most modern electronics devices are integrated circuits or ICs. These are semiconductor chips containing hundreds to thousands of miniature electrical components stored within a single integrated package. ICs have a wide range of applications, from personal computers to mobile phones. They are also used in a variety of automotive, medical and military applications.In order to connect ICs to other components, they must first be inserted in to a socket. Sockets for ICs come in a wide variety of shapes and sizes, with the most popular socket types being 25-7750-10 and 24-145-05. Each type of socket is designed for a specific IC package size, with the number or type of pins found at the end of the package being determined by the specific type of socket chosen. The type of socket used for an IC is determined by the characteristics of the integrated circuit package itself, as well as the type and number of pins present. Typically, the pins are round and designed to fit through the holes in the socket. In some cases, the pins may be shaped differently, such as having angled corners or being flat. The type of socket also determines the type of electrical connection (e.g. direct, indirect, etc.). When an IC is inserted into a socket, it makes an electrical connection with the leads on the socket. This connection mechanically secures the IC in place, as well as providing electrical paths between the IC and the other components. As such, the socket must be able to withstand the physical and electrical stresses associated with the electrical connection. The 25-7750-10 socket is typically used for ICs with a 0.65mm body. The 24-145-05 socket is typically used for ICs with a 0.5mm body. In both cases, the socket provides the necessary physical and electrical connection between the IC and the other components. The 25-7750-10 socket features a direct electrical connection, which is preferable when speed and accuracy are of concern. The 24-145-05 socket features an indirect connection which is suitable for low-speed applications. The working principle of both types of socket is relatively simple. When an IC is inserted into a socket, the pins on the IC are captured and held securely within the socket. This establishes an electrical connection between the IC and other components, allowing for the flow of electricity between them. In the case of the 25-7750-10 socket, this is a direct connection which passes electrical signals between the IC and other components without passing through any intermediate components. The 24-145-05 socket, on the other hand, passes electrical signals through an intervening circuit before reaching the other components. In both cases, the socket is designed to provide a secure and reliable connection between the IC and other components. The sockets are designed to withstand the physical and electrical stresses associated with the electrical connection, and they are designed to ensure that all of the pins used are securely connected. Overall, the 25-7750-10 and 24-145-05 sockets are ideal for applications requiring high speed and accuracy. Both sockets provide a secure and reliable connection between the IC and other components, and they are designed to withstand the physical and electrical stresses associated with the electrical connection. As such, they are an essential component of all modern electronics applications.

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