Wolfspeed Datasheets for Diodes

Diodes are electronic components that conduct electric current in only one direction, functioning as a one-way valve. Diodes are manufactured using semiconductor materials such as silicon, germanium or selenium and are used as voltage regulators, signal rectifiers, oscillators and signal modulators / demodulators.
Diodes: Learn more

Product Name Notes
Benefits Compact surface-mount package Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 600-volt Schottky rectifier Optimized for PFC boost diode application Zero-reverse-recover...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 600-volt Schottky rectifier Zero reverse recovery current Zero...
Benefits: Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features: 600-volt Schottky rectifier Zero reverse recovery current Zero...
Benefits: Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features: 650-volt Schottky rectifier Optimized for PFC boost diode...
Benefits: Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway No additional isolation required Features: 600-volt Schottky rectifier Optimized...
Benefits Electrically isolated package Essentially no switching losses Higher efficiency Reduction of heat sink requirements Connect directly to heat sink without Sil-Pad Parallel devices without thermal runaway Features 650-volt Schottky...
Benefits Electrically isolated package Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Connect directly to heat sink without Sil-Pad Parallel devices without thermal runaway Features 650-volt Schottky rectifier...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Connect directly to heat sink without Sil-Pad Parallel devices without thermal runaway Features 650-volt...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 1700-volt Schottky rectifier Zero reverse recovery current Zero...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 600-volt Schottky rectifier Optimized for PFC boost diode...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 600-volt Schottky rectifier Zero reverse recovery current Zero...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 650-volt Schottky rectifier Optimized for PFC boost diode...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 650-volt Schottky rectifier Zero reverse recovery current Zero...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 1.2 kV Schottky rectifier Zero reverse recovery current...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 1.2-kV Schottky rectifier Zero reverse recovery current High-frequency...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 1200-volt Schottky rectifier Optimized for PFC boost diode...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 1200-volt Schottky rectifier Zero reverse recovery current High-frequency...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features 50-amp rated up to 130˚C Zero reverse recovery...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features Zero reverse recovery current Zero forward recovery voltage...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Features Zero reverse-recovery current High-frequency operation Temperature-independ ent switching...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway AEC-Q101-qualified and PPAP-capable Features 600-volt Schottky rectifier Zero reverse...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway No additional isolation required Features 600-volt Schottky rectifier Optimized...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Higher efficiency Reduction of heat-sink requirements Parallel devices without thermal runaway Recommended replacement of Wolfspeed existing C3D Diode Technology Features...
Benefits Replace bipolar with unipolar rectifiers Essentially no switching losses Reduction of heat-sink requirements Parallel devices without thermal runaway Features 650-volt Schottky rectifier Reduced VF for improved efficiency High...
Features 1200-volt Schottky rectifier Zero reverse recovery current Zero forward recovery voltage High-frequency operation Temperature-independ ent switching behavior Extremely fast switching Positive temperature coefficient on VF
Features 1700-volt Schottky rectifier Zero reverse recovery current Zero forward recovery voltage High-frequency operation Temperature-independ ent switching behavior Extremely fast switching Positive temperature coefficient on VF
Features 600-volt Schottky rectifier Zero reverse recovery current Zero forward recovery voltage High-frequency operation Temperature-independ ent switching behavior Extremely fast switching Positive temperature coefficient on VF
Features 650-volt Schottky rectifier Zero reverse recovery current Zero forward recovery voltage High-frequency operation Temperature-independ ent switching behavior Extremely fast switching Positive temperature coefficient on VF
Features 1200-volt Schottky rectifier Zero reverse recovery Zero forward recovery High-frequency operation Temperature-independ ent switching behavior Extremely fast swtitching Positive temperature coefficient on VF
Features 600-volt Schottky rectifier Zero reverse recovery current Zero forward recovery voltage High-frequency operation Temperature-independ ent switching behavior Extremely fast switching Positive temperature coefficient on VF
Features 650-volt Schottky rectifier Zero reverse recovery Zero forward recovery High-frequency operation Temperature-independ ent switching behavior Extremely fast switching Positive temperature coefficient on VF
Features 650-volt Schottky rectifier Zero reverse recovery Zero forward recovery High-frequency operation Temperature-independ ent switching behavior Extremely fast swtitching Positive temperature coefficient on VF
Features Wolfspeed’s most powerful SiC Schottky diode 1700-volt Schottky rectifier Zero reverse recovery Zero forward recovery High-frequency operation Temperature-independ ent switching behavior Extremely fast switching Positive temperature coefficient on V...
Wolfspeed's E-Series diodes are specifically designed to be robust and relibale in the harshest environments. As a result, the E-Series diodes are the industry's first 1200V SiC diodes to be...