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Our Technology

Alphacore uses advanced radiation-hardening approaches to ensure reliable microelectronic performance under harsh environments. Our hardening techniques include: 

  • Radiation hardening by (fabrication) process selection: porting to a process that provides better radiation tolerance
  • Radiation hardening by circuit architecture selection: circuit topologies are carefully selected to provide the best possible inherent hardness
  • Radiation hardening by design (RHBD): applying RHBD techniques in design and/or layout

Why Protect from Radiation?

Semiconductor circuit structures are particularly prone to radiation damage due to shrinking device dimensions and increasing density of structures in electronic systems. Commercially available sub-micron designs are generally not suitable for long term operation in radiation environments without significant heavy shielding.  

The design team at Alphacore has extensive expertise in designing circuitry that is resistant to the effects of these phenomena. 

Alphacore’s meticulous radiation-hardening by design (RHBD) approach and careful component selection ensures the radiation hardness you’ll require for your project timeline, and guarantees successful operation of your devices.  

 

Overcome the Challenges of Radiation Effects

Alphacore’s RHBD techniques and radiation tolerant design practices guard semiconductor device functionality from common radiation effects, such as:  

  • Total Ionizing Dose (TID) effects;  
  • Single event effects (SEE),  including single event transient, upset, latchup, and functional interrupt (SET, SEU, SEL and SEFI), or single event burnout and gate rupture (SEB, SEGR) in power electronics; 
  • Displacement Damage effects,  particularly affecting imaging devices used in space or nuclear physics experiments/monitoring

Alphacore offers robust analog/mixed-signal and RF integrated circuits (ICs) and imaging solutions that operate in hazardous high-radiation environments. 

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