
Power averaging for counter-UAS systems delivers speed and reliability
Power averaging enables compact, lightweight C-UAS systems by pairing current-limiting DC-DC converters with capacitors to deliver peak pulses reliably
Not recommended for new designs.
The PI5101 µRDS(on) FET™ solution combines a high-performance 5V, 360µΩ lateral N-Channel MOSFET with a thermally enhanced high-density land-grid-array (LGA) package to enable world-class performance in the footprint area of an industry-standard SO-8 package. The PI5101 offers unprecedented figure-of-merits for DC & switching applications. The PI5101 will replace up to six conventional "SO-8 form factor" devices for the same on-state resistance, reducing board space by ~80%.
High-performance 5V, 360µΩ lateral N-Channel MOSFET
Offers unprecedented figure-of-merit for low voltage control switching and analog signal routing/control
Outperforms conventional Trench MOSFETs and enables very low loss operation
Packaged in a thermally enhanced high-density 4.1mm x 8mm x 2mm LGA package
Filter Products
| Part Number | Continuous Current | Rdson | Drain-to-Source Voltage (VDS) |
RoHS Compliant | Add to cart / view details | ||
|---|---|---|---|---|---|---|---|
|
PI5101-01-LGIZ
|
Part Number: PI5101-01-LGIZ |
Continuous Current:
60 A
|
Rdson:
360 µ Ohms
|
Drain-to-Source Voltage (VDS): 5 V
|
RoHS Compliant:
Yes
|
Power averaging for counter-UAS systems delivers speed and reliability
Power averaging enables compact, lightweight C-UAS systems by pairing current-limiting DC-DC converters with capacitors to deliver peak pulses reliably
Configuring in small spaces
Learn to break down rails into smaller increments to fit high-power, multi-rail requirements into nontraditional footprints like L-shapes or donuts
Meeting transient needs
Mitigate I²R losses and trace inductance by shifting to vertical power placement using advanced multi-phase modules and current multipliers
Powering high current loads
Explore solutions for delivering thousands of amps to demanding loads and evaluate constraints like connector pin scaling and cable sizing


