C-14 nuclear battery / Radioisotope micropower source
C-14 micropower and energy-management configurations assessed against low-average-power loads and installation requirements.
| Reference maximum output | 1.13 µW |
|---|---|
| Reference open-circuit voltage | 2.06 V; not regulated supply voltage |
| Reference package volume | 16.8 cm³ |
| Reference total efficiency / source power | Approx. 3% / 38 µW |
| Project configuration | Source content, packaging, power management and acceptance criteria confirmed separately |
Continuous and peak load, duty cycle, voltage, size, temperature, target service life and quantity.
Accumulate weak continuous energy for periodic temperature sensing and intermittent transmission studies. Discuss cold start, storage and regulation; module selection and duty cycle depend on the complete energy budget.
| Demonstrated cycle period | 292 s |
|---|---|
| Efficiency at 1.8 V / 2.3 V | 76.98% / 65.69% |
| Demonstration duration | 2 h |
A demonstration is not long-term autonomous-operation validation. Confirm leakage, initial storage and external power conditions. Source-related supply, transport, use and return conditions are confirmed per project.
Reference values apply to their test conditions. Final specifications, configuration and delivery scope are confirmed per project.
Photovoltaic cells for scintillator or phosphor coupling and micropower conversion research.
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Semiconductor devices for direct beta-to-electric conversion, with source-specific matching and custom structure enquiries.
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