DepLaH - High Voltage (HV) Lateral Depletion MOSFET for Compact Energy Efficient Medical Applications
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Description
Within the DepLaH project we will develop an advanced 1000V rated lateral depletion MOSFET (normally “on” device) and use it to build an application demonstrator for implantable medical device which will have significantly longer lifetime and lower energy consumption than existing solutions. For the first time we will design and fabricate 1000V rated depletion MOSFETs (depMOS), design a new application circuit based on depMOS approach and build an application demonstrator. The new circuit will consume less battery power thus increasing the product lifetime and reducing frequency of replacement surgery. The circuit optimised for depMOS will require fewer components compared to the existing solutions which use enhancement (normally “off”) MOSFETs which will improve medical product reliability and reduce its size making it more comfortable for patients.
| Cambridge Microelectronics Ltd | LEAD_ORG |
| Cambridge Microelectronics Ltd | PARTICIPANT_ORG |
| University of Cambridge | PARTICIPANT_ORG |
| Microchip Technology Caldicot Limited | PARTICIPANT_ORG |
| Nishad Udugampola | PM_PER |
| Nishad Udugampola | PM_PER |
Subjects by relevance
- Implants
- Pharmacotherapy
- Optimisation
- Planning and design
- Product development
- Electronics
- Components
Extracted key phrases
- Compact Energy Efficient Medical Applications
- Lateral Depletion MOSFET
- DepLaH project
- New application circuit
- High Voltage
- Implantable medical device
- Depletion mosfet
- Application demonstrator
- New circuit
- Advanced 1000v
- Medical product reliability
- Product lifetime
- HV
- DepMOS approach
- Low energy consumption