There is a package called Tube that contains this item.An included version of it is available in the package 10-VFDFN Exposed Pad.In this case, the device is mounted in the way of Surface Mount.Ensure reliable performance by setting the temperature to -40°C~85°C TA.This device makes use of an analog IC called POWER SUPPLY SUPPORT CIRCUIT in order to provide its functionality.To charge the device, a current of Constant - Programmable is required.It is possible to find the related parts of this device by looking at its base part number MCP73123.As you can see, it has 10 terminations in it.A total of 10 pins are present on it.You can program a number of features, including Current, Timer.There are 10 pins required in order for the product to function.Channels are available in an amount of 1.Devices with 16V maximum supply voltages are recommended.In theory, it should be able to run on a battery that has a voltage of 4.6VV.With a 6.5V supply voltage, it is capable of withstanding the operation of the device.There is a possibility of high efficiency if the output voltage is set to 3.6V.A device of this type will have its output current set to 1.1A in this case.This device is classified as Power Management Circuits under the subcategory.A power supply voltage as low as 4.2V can be used for it and it will work as well as possible.In terms of the mounting, it is mounted in the way indicated by Surface Mount as far as the mounting is concerned.When it comes to the part's power supply, it is set to 5V.This gadget's power supply has a current of 700μA flowing through it.18V is the maximum input voltage it can handle.It is mandatory to set the voltage at 3.618V for the maximum output supply voltage for this operation.As a result of the reduction in maximum output current, the output current should be kept below 1.1A during operation.
MCP73123-22SI/MF Features
1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package
MCP73123-22SI/MF Applications
There are a lot of Microchip Technology MCP73123-22SI/MF Battery Chargers ICs applications.