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The onsemi CPH6415-TL-E is a single N-channel MOSFET designed for surface-mount applications. It utilizes the compact CPH package, measuring 2.9mm in length, 1.6mm in width, and 0.9mm in height. The device supports low-voltage drive configurations with a gate threshold voltage of 1.8V. It features a maximum drain-source voltage (Vds) of 25V and a continuous drain current (Id) ranging from 20mA to 40mA depending on specific operating conditions. The component operates within a temperature range of -55°C to +150°C and has a maximum power dissipation of 400mW.
Verify the exact datasheet specifications for the CPH6415-TL-E variant before integration, as parameter values such as Rds(on) and Ids limits can vary significantly between different manufacturer revisions or testing conditions. Confirm that the 1.8V drive requirement aligns with your system's logic levels. Ensure the CPH package dimensions fit your board space constraints. Cross-reference the part number with official onsemi documentation to confirm active status and availability.
Select this component when a small-footprint N-channel switch is required for low-voltage applications driven by 1.8V logic. It is suitable for replacing larger packages where board real estate is limited. Consider the 400mW power dissipation limit when designing thermal management strategies. Compare against other CPH series devices if higher current capacity or different voltage ratings are needed for the specific application requirements.
This component belongs to the onsemi CPH series of surface-mount transistors. The series includes various bipolar and field-effect transistor configurations in a standardized small outline package. The CPH6415-TL-E specifically addresses the need for compact, low-voltage switching solutions in modern consumer electronics and portable devices where space efficiency is critical.
Check for direct substitutes within the onsemi CPH family that share identical pinouts and package dimensions. Verify electrical compatibility regarding Vgs thresholds and current handling capabilities before substitution.