10023061-10107LF

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Memory connectors are an essential component within any electronic device, providing both power and data connections. Inline modules are designed to facilitate the speedy and reliable connection of components such as digital memory and microcontrollers within a circuit. The 1002 3061-10107 LF series of Inline Modules Sockets, produced by BWT Germany, can support a wide variety of memory components, such as dynamic and static RAM. BWT Germany is a leader in the production of electronic components, as they utilise highly advanced technologies in order to engineer reliable and long lasting products.

The 1002 3061-10107 LF Inline Modules Sockets, have been designed with a variety of applications in mind. They are developed for use in a number of memory applications, including high density RAM chip connectors, dynamic RAM, and digital memory modules. These connector products are also compatible with a range of microcontrollers, such as Microchip’s oldest architecture, and the newer PIC24FJxx microcontroller series. Another impressive aspect of the 1002 3061-10107 LF Inline Modules Sockets is their range of voltage and environmental usage requirements. The sockets are designed to be operated in a range of temperatures, from -55°C to +85°C, and they can handle voltages up to 5V.

The simple yet highly reliable design of the 1002 3061-10107 LF Inline Modules Sockets make them suitable for many different kinds of applications. One such application involves the use of the sockets in high density memory circuits. The unique design allows for high speed connection and communication amongst multiple memory components. This ensures that the connection is reliable, and will not fail during the course of use. At the same time, the sockets reduce the need for multiple cables for the connection of the various components.

The 1002 3061-10107 LF Inline Modules Sockets provide a reliable connection between memory components and a host microcontroller. The sockets are able to facilitate communication between a number of memory modules, making them extremely useful in industrial memory applications. Through the use of the sockets, memory components can be easily connected and manipulated by the microcontroller, allowing for applications such as data logging, or real-time data acquisition. The sockets also provide a secure connection, as they are designed to prevent any electrical connection from becoming loose, thereby ensuring that the data transmitted between the components is not lost.

The 1002 3061-10107 LF Inline Modules Sockets are also an extremely cost effective choice for memory connection. As they can be used with a number of memory components and microcontrollers, they offer a wide range of compatibility. This makes them suitable for any budget, as the cost of purchasing the connectors is significantly lower than buying a separate connector for each component type. Additionally, the connectors are highly durable, meaning that they should last for many years with little degradation in performance.

In conclusion, the 1002 3061-10107 LF Inline Module Sockets offer a reliable and cost effective memory connector solution. These connectors are designed to offer a high level of performance and reliability, with compatibility to a range of memory components and microcontrollers. Additionally, they are designed to prevent loose electrical connections, ensuring that data transmission is secure and reliable. All of this makes the 1002 3061-10107 LF Inline Module Sockets an ideal solution in a variety of memory applications.

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