Low carbon charger

Abstract

The invention relates to a low carbon charger which belongs to electronic technology field. The charger comprises a process indicating unit, a power charging unit, an interface unit, a pulse unit, a completion unit, a selection unit, a counting unit, a voltage limiting and starting unit, a power discharging unit, a voice control unit, a load unit and a trickle resistor. The welding of the power charging unit is put together with the power discharging unit in order for a constant current form and is subject to the control of the pulse unit; therefore, the time in which power charging and power discharging both occur is longer than pulse constant current charging form of the power discharging time. The voltage limiting and starting unit and the counting unit trigger the completion unit respectively to develop two completion forms for the selection unit to choose from in a flexible and convenient manner. Both the power charging unit and the power discharging unit are provided with a working tube and a standby tube. When the working tube is damaged, the standby tube replaces it for functioning. In this way, the service lifetime of the charger can be ensured. When the power charging is completed, the power charging unit and the power discharging unit are closed; the trickle resistor provides the charged battery trickle current necessary for its maintenance. The units of the invention are well connected, comply with science rules and achieve high reliability in comprehensive use.

Description

technical field [0001] It belongs to the technical field of electronic technology. Background technique [0002] With the enrichment of modern life, there are more and more types of electrical appliances using batteries, such as digital machines, mobile phones, etc., and many types of chargers have appeared for this reason, but there are still many types of low-carbon and environmentally friendly charging circuits in these types. exist. [0003] One of its meanings is that in current products, the charging director, which is the circuit transistor that connects and shuts off the charging, is easily damaged. Once damaged, the charger becomes garbage. According to statistics, this failure has become the main failure point of the charger. It is a great waste to turn it into garbage just because of this damage. cost, so people are often throwing away). [0004] The second meaning is that during the charging process, the battery is not charged scientifically, which affects the...

AI Technical Summary

Problems solved by technology

[0008] The reason for the lack of current products is that there is no constant current and pulse charging circuit, and this circuit has a relatively simple circuit, and can flexibly adjust the relationship between charging and stopping, and the second is that it does not have a limited voltage. A circuit that combines the end of charging (this method is suitable for activated batteries) and the end of timing (this method is suitable for charging non-activated batteries and a large class of batteries such as acid)

The third is that there is no way to use active components for conversion to solve the problem that the charging tube is fragile

If the switch tube is in a pulsed state, it is more likely to become damaged and increase the overall scrapping of the charger

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