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The Sanyo 2SJ670-TD-E is a P-Channel Silicon MOSFET designed for general-purpose switching applications. It features a maximum drain-source voltage of 100V and a continuous drain current of 1.5A. The device exhibits a maximum on-state resistance of 0.745 ohms at room temperature, ensuring efficient power handling in single-element configurations. Packaged in a small outline format with three pins, it supports an operating temperature up to 150°C and includes a built-in diode within its enhancement mode structure.
Verify the specific ordering suffix (TD-E) against the manufacturer's latest datasheet to confirm pinout compatibility and package dimensions. Ensure that the thermal requirements align with the specified maximum junction temperature. Cross-reference the part number with authorized distributors to confirm authenticity and traceability, as generic listings may not reflect the exact manufacturing batch or revision level required for critical designs.
Select this component when a P-channel MOSFET with moderate current capacity and low on-resistance is required for switching duties. Consider the 100V breakdown voltage and 1.5A current rating to ensure adequate headroom for the intended load. Evaluate the thermal performance relative to the expected duty cycle and ambient conditions to maintain operation within the specified temperature limits without excessive heatsinking.
This component belongs to the Sanyo discrete semiconductor transistor family, specifically categorized as a Power Field-Effect Transistor. It utilizes metal-oxide semiconductor technology to provide reliable switching capabilities. The device is engineered for robust performance in electronic systems where efficient power control and compact packaging are necessary for integration into various circuit boards.
Consult official substitution guides for equivalent P-channel MOSFETs with matching voltage and current ratings. Verify that any alternative part maintains compatible pin assignments and thermal characteristics to ensure seamless integration without redesigning the surrounding circuitry.