-
$36.73
$42.24Motorola PMNN4406, PMNN4406BR, PMNN4409, PMNN4409AR, PMNN4409BR, PMNN4412, PMNN4448, PMNN4489A, PMNN4490, PMNN4490A, PMNN4490B, PMNN4491, PMNN4493, PMNN4543, PMNN4543A, PMNN4544, PMNN4544A CS-MPR750TW
Motorola7.4VMotorola
$76.25$87.69Motorola NNTN7034A, NNTN7034B, NNTN7035, NNTN7035A, NNTN7038, NNTN7038A, NNTN7038B, NNTN8921, NNTN8921A, NNTN8921B, NNTN8921C, NTN7034, PMMN4403, PMNN4486, PMNN4486A, PMNN4487A CS-MPX700TW
Motorola7.4VMotorola
$42.92$49.36Motorola BP8299MHUC, NNTN4435B, NNTN7453A, NTN8293, NTN8293AR, NTN8294, NTN8294A, NTN8294AR, NTN8294B, NTN8294BR, NTN8297, NTN8297A, NTN8297AR, NTN8297B, NTN8923, NTN8923AR, RNN4007AR CS-MTX350TW
Motorola7.5VMotorola
$33.75$38.81Motorola JMNN4023, JMNN4023BR, JMNN4024, JMNN4024AR, JMNN4024CR, PMNN4022, PMNN4022AR, PMNN4023, PMNN4070, PMNN4201Li CS-MTX500TW
Motorola7.2VMotorola
$28.51$32.79Motorola AP-6574, FTN6574, FTN6574A, FTN6574BC, FTN6574C, PMNN4351, PMNN4351A, PMNN4351B, PMNN6074 CS-MKT574TW
Motorola3.7VMotorola
$36.00$41.40KENWOOD KNB-24L, KNB-35L, KNB-55L, KNB-56N, KNB-57L, KNB-78L, KNB-79LC CS-KNB570TW
Kenwood7.4VKENWOOD
$30.00$34.50Motorola MNN4254AR, NNTN4496, NNTN4496AR, NNTN4497, NNTN4497A, NNTN4497AR, NNTN4851, NNTN4851A, NNTN4851AC, NNTN4851AR, NNTN4851R, NNTN4970, NNTN4970A, NNTN4970AR, NTN4496, NTN4497, NTN4497AR, NTN4970, PMNN4251, PMNN4252AR, PMNN4253AR, PMNN4254 CS-MKT496TW
Motorola7.2VMotorola
Lithium batteries come in various chemistries, including lithium-ion (Li-ion), lithium polymer (LiPo), and lithium iron phosphate (LiFePO4). Each chemistry has its own set of characteristics, such as energy density, safety, and cost.
Energy Density: One of the primary advantages of lithium batteries is their high energy density, which means they can store a significant amount of energy in a relatively small and lightweight package. This makes them ideal for portable devices where size and weight are crucial factors.
Rechargeability: Lithium batteries are rechargeable, allowing users to charge and discharge them multiple times. They have a relatively low self-discharge rate, which means they can hold their charge for extended periods when not in use.















