6F22 carbon battery

How to identify whether the 6f22 9v battery can be charged

6F22 is a carbon dry battery, which cannot be recharged, and is prone to liquid leakage and explosion. The battery is originally designed to be disposable and does not have the ability to be recharged. Some of them also contain mercury, which can explode and cause liquid leakage, which is harmful to the environment and the body.

The full name of carbon battery: neutral zinc-manganese dioxide dry battery (zinc-manganese dry battery), which belongs to the primary battery in the chemical power source, is a disposable battery. Because the electrolyte of this chemical power supply device is a paste that cannot flow, it is also called a dry battery, which is relative to a battery with a flowable electrolyte. Carbon batteries are not only suitable for flashlights, semiconductor radios, tape recorders, cameras, electronic clocks, toys, etc., but also for various fields in the national economy such as national defense, scientific research, telecommunications, navigation, aviation, and medicine. Carbon batteries are mainly used for low power consumption appliances, such as clocks, wireless mice and other large power consumption appliances should use alkaline batteries, such as cameras, some cameras can not support alkaline, then need to use Ni-MH.

How to use 6F22 carbon battery 6F22 9V

6f22 is a carbon 9v battery. I usually use this battery in my line measuring instrument. Last year, my dad had a semiconductor radio that used this battery, which has been eliminated.

Since I don't know your location, I can only give an approximate price: generally around 3 yuan, and there are also cheap ones~ but the quality and battery life are not good.

What is the maximum instantaneous discharge current of the 6F22 battery?

6F22 battery is a kind of carbon battery, which is mostly used in electrical appliances with high voltage (9V voltage) and small current or instantaneous high current, such as wireless microphones, toy car remote controls, wireless doorbells, multimeters and other instruments. The discharge current of the battery is determined by the internal resistance of the battery and the external circuit. The length and frequency of discharge under high current are based on the heat of the battery to burn the battery as the standard.