EF Johnson Two Way Radio BatteriesAtBatt.com offers a wide selection of EF Johnson Two-Way Radio batteries, chargers and accessories for most EF Johnson two-way radio models. To aid you in your search for the correct EF Johnson two-way battery, AtBatt.com has developed the EF Johnson Two-Way Radio Battery Select Technology™ tool that assists you in choosing the correct EF Johnson two-way radio battery. The first step is to choose your EF Johnson two-way radio manufacturer for the list below. |
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EF Johnson Two Way Radio Battery Tips
What's the best battery for EF Johnson two-way radios?
Most EF Johnson two-way radios use Nickel-Cadmium (NiCD) or Nickel-Metal-Hydride (NiMH) batteries. These batteries are durable and forgiving if abused. The recommended alternative is NiMH, a two way radio battery that has higher energy density and contains no toxic metals.Comparing the two, NiCD two way radio batteries has an advantage of a high number of charge/discharge cycles, if properly maintained, nickel-cadmium provides over 1000 charge/discharge cycles. A nickel-metal-hydride two way radio battery, on the other hand, starts with good capacity, but the performance starts to deteriorate after 200-300 cycles if repeatedly deeply cycled.
NiMH two-way radio batteries are less prone to memory effect than NiCD, requiring fewer exercise cycles. Nickel based batteries require regular full discharge to prevent crystalline formation. NiCD should be exercised once a month, NiMH once in every 3 months. NiMH batteries are environmentally friendly, contains only mild toxins; profitable for recycling.
Can I Substitute Li-Ion for NiCD/NiMH Two Way Radio Batteries?
If you are thinking of substituting your NiCD or NiMH batteries with a Li-Ion battery you would need to refer to your EF Johnson two-way radio manual or manufacturer. Since li-ion batteries have a higher energy density usually two-way models are specifically designed to be used with li-ion batteries. However, more often than not, manufacturers are sticking to NiCD or NiMH batteries since they are less expensive to manufacture.
