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Home Products Discrete Semiconductor Diodes - Rectifiers - Single FR16BR02
FR16BR02
Part Number FR16BR02
Manufacturer GeneSiC Semiconductor
Description DIODE GEN PURP REV 100V 16A DO4
Quantity Available 5337 pcs new original in stock.
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Datasheets FR16BR02.pdf
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Technical Information of FR16BR02
Manufacturer Part Number FR16BR02 Category Discrete Semiconductor
Manufacturer GeneSiC Semiconductor Description DIODE GEN PURP REV 100V 16A DO4
Package / Case DO-4 Quantity Available 5337 pcs
Voltage - Forward (Vf) (Max) @ If 900 mV @ 16 A Voltage - DC Reverse (Vr) (Max) 100 V
Technology Standard, Reverse Polarity Supplier Device Package DO-4
Speed Fast Recovery =< 500ns, > 200mA (Io) Series -
Reverse Recovery Time (trr) 200 ns Package / Case DO-203AA, DO-4, Stud
Package Bulk Operating Temperature - Junction -65°C ~ 150°C
Mounting Type Chassis, Stud Mount Current - Reverse Leakage @ Vr 25 µA @ 100 V
Current - Average Rectified (Io) 16A Capacitance @ Vr, F -
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Frequently Asked Questions

  • How does the FR16BR02's maximum reverse voltage of 100V influence its performance in rectifier circuits connected to 120V AC lines? The FR16BR02's 100V reverse voltage rating provides a safety margin for rectified waveforms that can momentarily peak near 120V RMS, preventing avalanche breakdown during the negative half-cycle and allowing the diode to remain in the blocking state without entering a soft-recovery regime that might otherwise distort output ripple in unregulated supplies.
  • In what way does the FR16BR02's 16A average rectified current rating impact the thermal design of chassis-mounted applications? The FR16BR02's 16A rating requires the stud mount to interface directly with an external heatsink to keep junction temperature below 150°C under continuous conduction, because the resulting power dissipation can exceed 10W even at moderate case temperatures, directly influencing heatsink fin density and airflow requirements in motor drive or welding power supplies.
  • Why is the FR16BR02's forward voltage drop of 900mV at 16A noteworthy when optimizing efficiency in switching converters? The 900mV forward drop at 16A lowers conduction losses to a level that typically represents less than 2% of total power throughput in a DC link, enabling tighter component selection for downstream filters and reducing overall system EMI by limiting the voltage slew rates at the rectifier output.
  • How does the FR16BR02's reverse recovery time of 200ns affect switching behavior in PWM-based power supplies? With a reverse recovery time of 200ns the FR16BR02 limits the tail current duration during turn-off, cutting switching energy loss by roughly half compared with devices having trr > 500ns at the same current and voltage, which becomes critical in converters switching above 20kHz where recovery charge directly contributes to core and winding losses.
  • What engineering considerations arise from the FR16BR02's reverse leakage current of 25µA at 100V in low-power applications? The 25µA leakage at 100V can generate a small but measurable self-heating term inside the stud package, particularly when the heatsink is poorly coupled, so designers may incorporate a small series resistor or additional filtering stage to keep total standby dissipation under 100mW without compromising the diode's primary rectification function.
  • Given the FR16BR02's junction temperature range of -65°C to 150°C, how suitable is it for industrial environments with significant thermal cycling? The -65°C to 150°C junction temperature window of the FR16BR02 accommodates both cold-crank starts in winterized equipment and sustained high-load operation in summer, allowing derating curves to remain relatively flat across the full ambient range when paired with adequate thermal impedance values for the DO-4 package.
  • In chassis stud mount configurations, what advantages does the DO-4 package of the FR16BR02 offer for heat dissipation in high-power circuits? The DO-4 stud package of the FR16BR02 creates a low-thermal-resistance path from junction to base plate, enabling direct mounting to a water- or air-cooled chassis that can sustain the 16A current without exceeding the 150°C limit, whereas PCB-based packages would require far larger copper areas or vias that quickly become impractical at this power level.
  • How does the FR16BR02's fast recovery specification of <=500ns compare to standard recovery diodes in switching applications? The FR16BR02's fast recovery with trr of 200ns delivers lower reverse recovery losses than standard diodes whose trr often exceeds 1µs, producing measurable efficiency gains in hard-switched topologies while still maintaining acceptable forward conduction characteristics, making the part a direct drop-in upgrade for legacy designs that currently employ slower rectifiers.
  • When migrating from a standard 100V diode to the FR16BR02 for a 16A current requirement, what trade-offs in reverse recovery should be evaluated? Moving to the FR16BR02 requires re-evaluating snubber networks because the faster recovery can introduce higher di/dt ringing if the existing snubber capacitance is not increased proportionally, while the forward voltage remains comparable, so the primary trade-off is between improved switching efficiency and the need for minor timing adjustments in gate-drive firmware or synchronous rectification control loops.
  • What benefits does the reverse polarity capability of the FR16BR02 provide in power supply designs prone to reverse connection errors? The reverse polarity capability of the FR16BR02 allows the diode to conduct in the opposite direction without immediate failure, eliminating the need for additional input fuses or polarity-blocking relays and thereby simplifying the mechanical layout and reducing the risk of blown fuses during assembly or field servicing.
  • Is the FR16BR02 suitable for automotive electronics applications considering its 100V rating and temperature extremes? The FR16BR02's 100V rating and -65°C to 150°C temperature range position it well for non-critical auxiliary power stages in automotive systems that experience both cold and hot environments, but the absence of AEC-Q qualification requires additional margin on voltage and current to account for the broader automotive temperature cycling and vibration profiles.
  • How does the FR16BR02's low forward voltage drop influence component selection when replacing it with a higher-voltage alternative in existing rectifier designs? The FR16BR02's 900mV forward drop at 16A keeps conduction losses low enough that replacement diodes with elevated voltage ratings but similar current handling can often maintain or even improve overall efficiency provided the heatsink thermal resistance is re-optimized to keep the same junction temperature limit.
  • What reliability factors should be considered when using the FR16BR02 in high-reliability industrial equipment over extended lifecycles? Reliability of the FR16BR02 in extended industrial use hinges on maintaining case temperature below 125°C through proper stud torque and heatsink interface quality, combined with the device's wide temperature window and RoHS compliance, to minimize thermal cycling induced degradation and ensure consistent forward and reverse characteristics over the equipment's design life.
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