SM84P-ACTEL-2

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Programming adapters, sockets, and test cables are essential components for the development and maintenance of embedded systems. The SM84P-ACTEL-2 application field and working principle provide a comprehensive solution for these components and provide excellent performance in a wide variety of embedded system applications.

The SM84P-ACTEL-2 addresses the need for a comprehensive programming adapter and socket solution that is broadly compatible with a wide variety of embedded systems. The SM84P-ACTEL-2 adapter offers optimal performance in applications where the device being programmed or connected requires a specific voltage or current range. In addition, the socket is designed to accommodate both SMDs or regular leaded components.

The SM84P-ACTEL-2 is a single-channel socket and has a 20-pin connector with an integrated multiplexer select. This multiplexer select allows for multiple programmable devices to be connected to the same socket, allowing the socket to be used in multi-chip systems as well as single chip applications. Additionally, the SM84P-ACTEL-2 features a low current draw, making it ideal for minimizing power consumption in low-power applications.

The working principle of the SM84P-ACTEL-2 is designed to optimum performance when working with a wide variety of internal and external devices. The application field of the SM84P-ACTEL-2 is expansive and includes a wide variety of devices such as microcontrollers, microprocessors, memory, logic, and other embedded devices. The socket provides the capability to program and connect to these devices, without requiring any additional wiring or soldering.

The SM84P-ACTEL-2 is designed to be compatible with a wide variety of connectors and attachment methods. Users can choose from various options, such as socket-to-wire clips, socket-to-solder pins, or the more traditional screw-type J-hook connectors. The socket also supports the standard 0.1 inch pitch leaded and surface mount devices.

The SM84P-ACTEL-2 also features an integrated locking mechanism that ensures the secure connection of the device to the socket. This locking mechanism prevents accidental disconnects during programming and debugging processes, providing a reliable connection that can be used for long-term applications. The locking mechanism is released via the press-release lever, or by simply disconnecting the wire clip.

The SM84P-ACTEL-2 also has an integrated Y-connector that allows for the simultaneous programming of two-channel devices. This allows for the programming and debugging of devices in both single and double channel devices, enabling the development of multi-chip designs that use different device types and sizes.

Overall, the SM84P-ACTEL-2 provides a comprehensive solution for programming and connecting to a wide variety of embedded systems. With its wide range of compatible connections, robust locking mechanism, and extended Y-connectivity, the SM84P-ACTEL-2 offers the best combination of speed and performance for programmers and engineers working with embedded systems.

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