| Parametric | IPC042N03L3 |
|---|
| RDS (on) | 2.3mΩ |
|---|
| VGS(th)
min
max | 1.0V
2.2V |
|---|
| Technology | OptiMOS™ 3 |
|---|
| VDS | 30 V |
|---|
| Die Size
(X) | 1.53 mm |
|---|
| Die Size
(Y) | 2.78 mm |
|---|
| Die Size
(Area) | 4.25 mm² |
|---|
| Thickness | 175 |
|---|
| Mode | Enhancement |
|---|
| EAS/Avalanche Energy | 60.0mJ |
|---|
| Die Size
(-)
min
max | 1.53mm²
2.78mm² |
|---|
| Budgetary Price €/1k | 0.28 |
|---|
| Sales Product Name | IPC042N03L3 |
|---|
| OPN | IPC042N03L3X1SA1 |
|---|
| Product Status | active and preferred |
|---|
| Package Name | -- |
|---|
| Completely lead free | yes |
|---|
| Halogen free | yes |
|---|
| RoHS compliant | yes |
|---|
| Packing Size | 1 |
|---|
| Packing Type | WAFER SAWN |
|---|
| |
|---|
| Summary of Features:- Best-in-class on-state resistance
- Benchmark switching performance due to lowest Figure of Merits R on x Q g and R on x Q gd
- Low gate resistance
- Excellent 5V gate drive performance
- Optimized EMI behavior based on an integrated damping network
- Super Barrier Diode may improved efficiency by upwards of 2%.
Benefits:- Save overall system costs by reducing the number of phases in multiphase converters
- Highest efficiency
- Smallest footprint and highest power density with S3O8 & CanPAK™
- Easy to design-in
- Can be driven from 5V system rail giving excellent performance
Target Applications:- On board power for server
- Power management for mobile computing
- Synchronous rectification
- High power density point of load converters
|
