Thanks for stopping by! With the recent battery tech innovations happening, I realized many people may not know what sets iconic C and D cell batteries apart.
That‘s what we‘ll explore today, friend. I‘ll cover everything from battery dimensions, intended uses, and capacities to their histories and environmental impacts. My goal – enable you to become a true battery power expert!
Sound good? Then let‘s get charged up on C versus D battery facts…
Going Way Back – A Brief History of C and D Batteries
To understand batteries, we must first delve into the past…
You likely know AA and AAA batteries that power many modern devices. Well, the standardized system of using letters to denote battery sizes traces back to the 1920s with the emergence of portable radios.
A batteries were designed specifically to power these revolutionary new radio devices. But as technology advanced and battery-powered devices grew in size, so too did the need for larger batteries boasting increased capacity.
This gave rise to C cell and D cell batteries hitting consumer markets by the 1950s. Unlike their AA ancestors, C and D batteries packed a stronger punch – containing more chemicals and metals to handle higher drain applications. The world was now ready for hungrier power devices!
Legend has it the C battery got its name from powering early C-powered radio devices. D batteries followed as the next standardized size up. They enabled longer runtime for hungry medium-to-high drain electronics emerging at the time – things like transistor radios, motorized toys, and portable tube amplifiers and televisions.
Interestingly, while electronics have evolved drastically over the decades, the legacy size standards for C and D batteries remain unchanged since their beginnings. They‘re still go-to choices today powering everything from flashlights to Bluetooth speakers 60+ years later!
Now let‘s examine what sets these veteran battery titans apart…
[…]And there you have it! You‘re now a C versus D battery expert, ready to make an informed battery purchase next time your remote control or kid‘s toys need fresh power.
Thanks for sticking with me on this journey back through battery history and performance. Hopefully you feel empowered in your understanding of technical battery concepts too.
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PS – Still thirsty for even more battery knowledge? Check out my latest articles on Lithium vs NiMH comparisons, keeping batteries charged in cold weather, and getting the longest life out of rechargeables. The learning never stops!
