The RN1402(T5LCAN0F) is a resistor-equipped transistor (RET) manufactured by Toshiba Semiconductor and Storage. This component combines a transistor and a resistor in a single, space-saving package. It is designed primarily for use in digital circuits for switching, inverter, and driver applications, where board space is a premium and component count reduction is desired.

Applications

• Digital Circuits
• Switching Circuits
• Inverter Applications
• Driver Applications
• Load Switching

Features

• Integrated Resistor
• Surface Mount Device (SMD)
• Compact Package
• Reduced Component Count

Benefits

• Saves board space: By integrating a transistor and a resistor into a single device, the RN1402(T5LCAN0F) helps reduce the overall footprint on the PCB.
• Reduces assembly costs: With fewer components to place, assembly time and costs are decreased.
• Simplifies circuit design: The integrated resistor simplifies circuit design and layout, making it easier to implement switching and inverter functions.
• Improves reliability: Reducing the number of solder joints can enhance the overall reliability of the circuit.

Additional Details

The RN1402(T5LCAN0F) is typically housed in a small surface-mount package such as SOT-23. The integrated resistor is internally connected, simplifying external circuit connections. The resistor value is determined by the suffix of the part number and this detail should be examined carefully when implementing the part into the schematic.

This RET is designed to operate with low voltages and currents, making it suitable for portable and low-power applications. It is important to consult the datasheet for specific electrical characteristics such as voltage ratings, current limits, and resistor values to ensure proper and safe operation. Adhering to the recommended operating conditions will maximize lifespan and reliability.

Careful consideration should be given to power dissipation in the resistor and transistor to avoid overheating. Thermal management techniques may be required for higher power applications.