Voltage handling
Use this rating to align the diode with the reverse-voltage level expected in the circuit position.
Rating, Package & Circuit Position
PC3S SMD High Voltage Diode Rating and Layout Map
For buyers comparing compact rectifier components, HVDIODE gives a clear starting point for high voltage diode manufacture and high voltage diode wholsale decisions around the PC3S 3KV, 800mA, 75nS SMD diode.
3KVReverse voltage signal
800mAAverage forward current
75nSRecovery time
Rating Triad
Read 3KV, 800mA, and 75nS as separate sourcing signals
A compact high-voltage diode should not be judged by one number alone. Voltage, current, and recovery time each answer a different design and purchasing question.
Package and Environment
Keep SMD, J-lead shape, and insulation medium in the same review
The PC3S package language points buyers toward layout, clearance, and heat-dissipation questions before quantity and pricing discussions begin.
- SMD connection. Review PCB placement, pad layout, and assembly process constraints early.
- J-lead inner bend. Match the lead shape to the layout and clearance expectations of the design.
- Epoxy compound molding. Include thermal behavior and environmental protection in the component review.
- Insulation context. Discuss oil, gas, secondary packaging, or exposed-air use when high-voltage spacing is critical.
Specification Table
Translate the PC3S data points into request inputs
The values below help sourcing and engineering teams describe the operating target without turning a catalog entry into a finished circuit recommendation.
| Signal | PC3S value | Buyer question | Information to send |
|---|---|---|---|
| Vrrm / Vrwm | 3KV | Does the circuit position require this reverse-voltage class? | Working voltage, transient conditions, margin expectation, insulation medium. |
| If(AV) | 800mA | Does the load current align with package and thermal conditions? | Waveform, duty pattern, cooling method, ambient temperature, board constraints. |
| Trr | 75nS | Does switching behavior matter for the rectifier position? | Frequency, rectifier topology, expected switching stress, loss sensitivity. |
| Temperature | -55 to +175 C operating ambient range | Will the part operate near thermal limits? | Ambient range, enclosure condition, heat path, coating or packaging plan. |
Related Diode Options
Compare nearby HVDIODE products before narrowing the request
These nearby options help buyers compare voltage, current, package, and recovery-time direction without treating PC3S as the only possible route.
PC5S SMD diode
Review this page when the project needs a 5KV SMD diode direction with 800mA and 75nS references.
View PC5S diode
PC3W SMD diode
Use this product as a nearby 3KV option when current capacity and lead-shape direction need comparison.
View PC3W diode
SLG04-08 fast recovery diode
Compare this fast-recovery route when the request calls for a different package family and recovery-time target.
View SLG04-08 diodeFurther Reading
Three notes for PC3S selection review
Clarify rating meaning, package fit, and rectifier-position language before you compare PC3S alternatives.
3KV, 800mA, and 75nS ratings
Separate voltage, current, and recovery-time meaning before comparing alternatives.
Read the rating articleSMD connection and J-lead shape
Bring PCB footprint, clearance, and compact assembly requirements into the package review.
Read the package articleRectifier circuit positions
Clarify where PC3S may fit within power supplies, voltage multipliers, and bridge rectifier configurations.
Read the rectifier articleFAQ
Questions buyers should settle before requesting PC3S details
What are the main PC3S electrical ratings?
PC3S is presented with 3KV repetitive peak backward voltage, 800mA average forward current, and 75nS backward recovery time.
What package signals matter for PC3S layout review?
The product uses SMD connection, J-Lead inner bend shape, epoxy compound molding, and an ultra small package.
Where can this high-voltage diode be considered?
PC3S is positioned for high-voltage rectifier work such as power supplies, voltage multipliers, and bridge rectifier configurations.
Why does recovery time matter?
The 75nS recovery time helps buyers evaluate switching behavior and loss control in high-frequency rectifier positions.
What environment details should buyers discuss?
Discuss insulation medium, heat dissipation, exposed-air use, oil or gas use, and whether secondary packaging is needed.
What information helps HVDIODE review a request?
Share voltage level, current requirement, circuit position, package constraint, insulation environment, thermal condition, and expected quantity.
