SWaP Solutions for PCB Size, Weight & Power Optimization
Reduce PCB Size and Weight Without Sacrificing Performance with Johanson's SWaP Solutions
Overview:
Modern electronic systems require higher performance in smaller, lighter designs, driving the need to reduce PCB footprint, lower component count, and improve power efficiency without sacrificing electrical performance.
Johanson’s SWaP-optimized passive and RF component solutions enable design engineers to simplify layouts, reduce system weight, and improve power performance while maintaining reliability.
SWaP (Size, Weight, and Power) optimization is critical in applications such as drones, satellites, aerospace systems, robotics, and portable electronics, where space and efficiency directly impact system performance.
Explore Johanson SWaP Solutions:
SWaP stands for Size, Weight, and Power—three critical design factors that directly impact system performance, reliability, and efficiency.
As electronics become smaller and more complex, engineers must carefully balance functionality with limited board space, power constraints, and system weight requirements.
Effective SWaP optimization helps engineers:
- Reduce PCB footprint
- Extend battery life
- Improve system efficiency
- Simplify board layouts
- Improve reliability and thermal performance
CapStrates- Embedded Bulk Capacitance for with High k Ceramic Substrate:
- Space-Saving, Custom Designs: Easily accomodates challengin board layouts while reducing component count, and improving reliability
- One-stop Solution: Integrated design, manufacturing, and assembly from a single source
Variable Pitch - For Complex PCB Layouts and High Capacitance Needs:
- Combines multiple capacitors into a single component
- Reduces board space and assembly complexity
- Flexible configurations and terminations
- Supports NP0/C0G and X7R dielectric options
- Operating temperature range from –55°C to +125°C
EMI Filters:
- Replaces up to 7 discrete components with a single EMI filter
- Saves PCB space and simplifies layouts
- Provides broadband EMI noise suppression
- Low inductance design improves high-frequency performance
- Supports single-ended and differential filtering
Typical Applications and Markets:
SWaP-optimized electronics are critical in applications where system performance depends on size, weight, and power efficiency.
- LEO Satellites & Space – less weight lowers launch costs and improved power efficiency extends system life
- Airborne / Missile / Munitions / Manpack Systems – lighter electronics improve mobility and mission effectiveness
- Drones & UAVs – smaller electronics enable longer flight time and greater payload flexibility
- Autonomous & Robotics – compact systems improve runtime and overall performance
- Portable & Battery-Powered Devices – reduced power consumption extends battery life
- Industrial IoT & Edge Devices – more functionality delivered within tight space and power limits
Custom Solutions & Technical Support:
Many SWaP-constrained systems require custom passive components to meet strict electrical and mechanical requirements.
Get one-on-technical support from Applications Engineers at: https://www.johansontechnology.com/contact/ask-a-question/
Request a Custom SWaP Solution
- US Owned Company
- North American Manufacturing
- Decades of passive component innovation
- Custom solutions tailored to demanding applications
- Proven performance in high-reliability environments
FAQ:
What does SWaP mean in electronics?
SWaP stands for Size, Weight, and Power. It refers to design strategies used to minimize system footprint, weight, and power consumption while maintaining electrical performance.
Why is SWaP important in electronic design?
SWaP optimization improves battery life, system efficiency, reliability, and overall device performance in compact electronic systems.
How do passive components affect SWaP?
Integrated passive components reduce PCB footprint, minimize component count, improve power efficiency, and simplify board layouts.
If your design requires smaller, lighter, and more power-efficient electronics, Johanson has solutions.
Contact our Applications Engineers at: https://www.johansontechnology.com/contact/ask-a-question/