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The STZ6.2NT146 is a Zener diode manufactured by Rohm Semiconductor, designed for voltage regulation and reference applications within electronic circuits. This component features a nominal Zener voltage of 6.2 volts, providing stable voltage clamping under reverse bias conditions. It is housed in a compact SOD-323 surface-mount package, facilitating integration into space-constrained printed circuit board layouts. The device operates with specified current parameters to maintain regulation accuracy across defined temperature ranges, ensuring reliable performance in consumer electronics and industrial control systems where precise voltage referencing is required.
Verify the specific ordering code against official Rohm Semiconductor documentation to ensure correct voltage tolerance and package variant. Confirm that the SOD-323 footprint matches your design constraints. Check for any suffix variations that may indicate different tape-and-reel quantities or lead-free specifications. Ensure compatibility with your assembly process requirements regarding moisture sensitivity levels.
Select this component when a 6.2V reference point is needed in a small form factor. Evaluate the power dissipation capabilities relative to your circuit's maximum current draw. Consider the thermal resistance of the SOD-323 package if operating near maximum ratings. Compare leakage current specifications against your application's precision requirements to ensure adequate performance margins.
This part belongs to Rohm's standard Zener diode portfolio, which offers various voltage options in surface-mount packages. The STZ series is engineered for general-purpose voltage regulation tasks. It complements other discrete semiconductor components used in power management and signal conditioning circuits. The SOD-323 format is widely adopted in modern electronics manufacturing for its balance of size and electrical performance.
Consult official cross-reference lists for equivalent Zener diodes with matching 6.2V nominal voltage and SOD-323 packaging. Verify that substitute components meet identical electrical specifications for breakdown voltage tolerance and dynamic impedance. Ensure mechanical dimensions are compatible with existing footprints before implementation.