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The SSM2412P is a dual analog switch from Analog Devices Inc., designed for high-performance audio applications. It features a fast switching time of 80ns/85ns (ton/toff) and low charge injection of 2pC. The device offers high channel capacitance to minimize signal distortion and operates with an on-state resistance of 85 Ohms. Packaged in a 14-PDIP format, it supports through-hole mounting and functions within an operating temperature range of -40°C to 85°C.
Verify the specific package type matches project requirements, as the SSM2412P is available in a 14-pin DIP configuration. Confirm that the through-hole mounting style aligns with the PCB design constraints. Ensure the operating temperature range of -40°C to 85°C meets the environmental conditions of the intended application. Cross-reference the manufacturer's official documentation to confirm current availability and exact pinout compatibility before integration.
Select the SSM2412P when low distortion and high fidelity are critical for audio signal paths. Its dual-channel architecture allows for efficient routing of two independent signals within a single component. The through-hole package option provides robust mechanical stability for industrial or legacy board designs. Consider the 85 Ohm on-state resistance and 2pC charge injection metrics to ensure they fit within the system's tolerance limits for minimal signal degradation.
The SSM2412P belongs to the SSM24xx series of dual analog switches developed by Analog Devices Inc. This family is engineered to address the specific needs of audio circuits where signal purity is paramount. The P suffix typically denotes the plastic DIP package variant, distinguishing it from other form factors like CERDIP. These components serve as fundamental building blocks for complex audio processing networks requiring precise control over signal paths.
The SSM2402 is a related dual analog switch within the same product family. Verify functional equivalence regarding switching speed and charge injection if substituting. Ensure pinout compatibility between the SSM2412P and potential alternatives to avoid redesigning the host circuit board.