How Super Capacitors Improve System Stability in Smart Meters & IoT Devices
Super capacitors reduce voltage dips and prevent resets under transient loads. Pair batteries with low-ESR jb® JGM (5.5/7.5 V) or low-leakage JGY (5/7.5 V) to extend battery life and keep systems stable across wide temperatures. [1][2]
How Super Capacitors Bridge the Power Gap
Deliver peak current in milliseconds, recharge in seconds, and stabilize the DC bus to mitigate ripple. [1][4]
| Series | Type | Voltage | Key Feature | Typical Application |
|---|---|---|---|---|
| JGM | Low ESR combined type | 5.5 V / 7.5 V | Low impedance; stable discharge for high-current pulses | Smart meters, RF modules, IIoT gateways |
| JGY | Low leakage combined type | 5.0 V / 7.5 V | Low self-discharge; long cycle life | Embedded controllers, sensor nodes, data retention |
Performance & Reliability
Low-ESR combined types keep C within ±30% and ESR within 4× even after 1M cycles at 25 °C; jb® JGY 7.5 V shows consistent discharge for buffer roles. [6]
Both series operate from −40 °C to +70 °C with predictable leakage and ESR drift for outdoor metering and industrial control. [2][5]
Image Gallery
Next Steps
Share operating parameters for a precise recommendation:
- Bus voltage & ΔV
- Peak current & pulse width / duty cycle
- Ambient / storage temperature & lifecycle target
- ESR / ripple and size constraints
References
- MDPI Batteries, 2023
- Renewable & Sustainable Energy Reviews, 2024
- Journal of Energy Storage, 2023
- J. Mater. Chem. A (RSC), 2021
- Applied Energy (Elsevier), 2020
- Kyocera-AVX Whitepaper, 2021
