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| Microchip Technology | MCP73871-1CAI/ML OverviewThere is a package for Tube in which it can be found.The product comes in the package of a 20-VFQFN Exposed Pad.In this case, the device is mounted in the way of Surface Mount.To ensure reliable performance, the temperature should be set to -40°C~85°C TA.Using an analog IC of type POWER SUPPLY MANAGEMENT CIRCUIT, this device is able to communicate with the outside world.It is necessary to supply the device with Constant - Programmable current in order to charge it.Identify its related parts based on the base part number MCP73871.In general, the number of terminations found within it is 20 as a whole.Due to the 20 pins on it, it is a very simple circuit.Serveral programmable features like Timer.As long as it is charged at maximum current, it will be rated as 1.1A.The number of available channels is 1.6V is the maximum supply voltage for the device.This should be able to operate off of a battery that has a voltage of 5.35V.In the case of a 4.1V output voltage, high efficiency is possible.Subcategory 0 is home to this device.It is set to 3.75mA for Vsup (maximum supply voltage).With respect to the power supply for the part, it is set to 5V. MCP73871-1CAI/ML Features1 channels Power Management Circuits subcategory 20-VFQFN Exposed Pad package MCP73871-1CAI/ML ApplicationsThere are a lot of Microchip Technology MCP73871-1CAI/ML Battery Chargers ICs applications.
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| Texas Instruments | BQ24076RGTT OverviewThere is a package named Tape & Reel (TR) that contains it.In the package 16-VFQFN Exposed Pad, there is a version of it.Mounting type for the device is Surface Mount.A temperature setting of -40°C~125°C TJ ensures reliable performance.POWER SUPPLY SUPPORT CIRCUIT is the analog IC used in this device.Charge the device by providing it with Constant current.This part number BQ24076 can be used to find its related parts.There are no terminations in it at all.For the battery pack, it is 4.4V.The unit is equipped with a number of programmable features, including Current, Timer.A maximum charging current of 1.5A is recommended.In order for the product to be functional, it requires that you connect the 16 pins according to the instructions.It is possible to use a total of 1 channels.The maximum supply voltage of the devices should be set at 6.4V.The battery would need to have a voltage of 5V for the device to work.The device can also generate the additional features of ALSO OPERATES WITH SUPPLY VOLTAGE 4.35 TO 26V. BQ24076RGTT FeaturesBattery pack voltage of 4.4V 1 channels Addtional features of ALSO OPERATES WITH SUPPLY VOLTAGE 4.35 TO 26V 16-VFQFN Exposed Pad package BQ24076RGTT ApplicationsThere are a lot of Texas Instruments BQ24076RGTT Battery Chargers ICs applications.
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| Texas Instruments | <h3>BQ24041DSQT Overview</h3><div><br/>The Tape & Reel (TR) package contains it.For convenience, it is included in the 10-WFDFN Exposed Pad package.A mounting type of Surface Mount has been specified for this device.Temperature 0°C~125°C TJ is recommended for reliable performance.It provides its functionality by using an analog IC called POWER SUPPLY SUPPORT CIRCUIT.A charge of Constant - Programmable current is required to be applied to the device.Identify its related parts based on the base part number BQ24041.10 terminations are present.In total, it has 10 pins.In its maximum charging mode, the part charges at 1A.To operate the product, it is necessary that 10 pins be inserted into the device.A total of 1 channels are available.Those devices that have a maximum supply voltage of 28V are recommended for use.It can be powered by a battery with 5V.This device can be operated at an input voltage of 6.45V without being damaged.A 4.2V output voltage provides high efficiency.In this case, the output current of the device is set to 800mA.The device you are looking at belongs to the subcategory of Power Management Circuits.A power supply voltage as low as 4.75V can be used for it and it will work as well as possible.A power supply setting of 0 has been assigned to the part.The input voltage is set to 3.5V volts.Its supply carries 1.25A current.<br/><br/></div><h3>BQ24041DSQT Features</h3><div><br/>1 channels<br/>Power Management Circuits subcategory<br/>10-WFDFN Exposed Pad package<br/><br/></div><h3>BQ24041DSQT Applications</h3><div><br/>There are a lot of Texas Instruments BQ24041DSQT Battery Chargers ICs applications. <br/><br/></div><ul style="list - style: none; padding: 0; margin: 0; "><li>Boat<!--<li--></li><li>Material handling<!--<li--></li><li>Automotive battery charger circuits<!--<li--></li><li>Home routers<!--<li--></li><li>Marine buoy lights<!--<li--></li><li>Truck dealers<!--<li--></li><li>Electrical Utility industry<!--<li--></li><li>Military equipment<!--<li--></li><li>Fleet management<!--<li--></li><li>Electric vehicles<!--<li--></li></ul> |
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| Microchip Technology | MCP73832-2DCI/MC OverviewIt comes in the package?of a Tube. It can be found in package 8-VFDFN Exposed Pad.In this case, the device is mounted in the way of Surface Mount.A temperature setting of -40°C~85°C TA would be the best thing to do.POWER SUPPLY SUPPORT CIRCUIT is the analog IC used in this device.A charge of Constant - Programmable current is required to be applied to the device.There are related parts for this device under the base part number MCP73832.The number of terminations found in it is 8 as a whole.As far as the battery pack is concerned, it is 4.2V.The device consists of 8 pins, which are arranged in a row.A number of programmable features are available, including Current.It is necessary to connect the 8 pins during the installation process of this product.Channels are available in an amount of 1.Power can be provided by a battery with 5.2V.Applied input voltage of 6V does not damage the device.It is possible to achieve optimum efficiency in the case of a given output voltage of 4.2V.The output current is set to 500mA in this case.This circuit can function at a low supply voltage, such as 3.75VV.Voltage input can be as low as 7V volts at its maximum.The maximum output supply voltage is reduced to 4.232V to fulfill the operation requirements. MCP73832-2DCI/MC FeaturesBattery pack voltage of 4.2V 1 channels 8-VFDFN Exposed Pad package MCP73832-2DCI/MC ApplicationsThere are a lot of Microchip Technology MCP73832-2DCI/MC Battery Chargers ICs applications.
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| Texas Instruments | BQ24158YFFT OverviewThis item can be found in the Tape & Reel (TR) package.In order to make it more convenient, it has been included in the 20-UFBGA, DSBGA package.There is a mounting type of Surface Mount for this device.The temperature should be set to -30°C~85°C TA to ensure reliable performance.In order to operate, the device relies on an analog IC named POWER SUPPLY SUPPORT CIRCUIT.To charge the device, you need Constant - Programmable current.If you use the base part number BQ24158, you can look for related parts.In general, the number of terminations found within it is 20 as a whole.The battery pack has 4.44V Max.In total, it has 20 pins.A number of programmable features are available, including Current, Timer.In order for it to work, it requires 20 pins.There are a total of 1 channels available for use in this application.With 5V, you can use a battery to power it.A 6V supply voltage can be applied to it.In the case of a 4.44V output voltage, high efficiency is possible.There is a constant output current of 1.25A when it is operating.This device is classified as Power Management Circuits under the subcategory.Using a supply voltage as low as 4V will allow it to function.As far as the mounting is concerned, it is mounted in the way of Surface Mount.The part's power supply is set to 5V.Its supply carries 5mA current.3MHz switching frequency is used by the part. BQ24158YFFT FeaturesBattery pack voltage of 4.44V Max 1 channels Power Management Circuits subcategory Switching frequency of 3MHz 20-UFBGA, DSBGA package BQ24158YFFT ApplicationsThere are a lot of Texas Instruments BQ24158YFFT Battery Chargers ICs applications.
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| Microchip Technology | MCP73831-4ADI/MC OverviewIt is available in the package Tube.In the package 8-VFDFN Exposed Pad, there is a version of it.The device is mounted with mounting type Surface Mount.Ensure reliable performance by setting the temperature to -40°C~85°C TA.The functionality of this device is provided by an analog IC called POWER SUPPLY SUPPORT CIRCUIT.Charge the device by providing it with Constant - Programmable current.According to the base part number MCP73831, its related parts can be found.In total, there are 8 terminations.For the battery pack, it is 4.4V.8 pins are attached to it.Features like Current can be programmed.In order to operate it, it has 8 pins.It appears that there are 1 channels available at this time.With a 6V supply voltage, it is capable of withstanding the operation of the device.As long as the output voltage is set to 4.4V, then there is a possibility of optimal efficiency being achieved.There is a constant output current of 500mA when it is operating.Subcategory 0 is home to this device.At a low supply voltage, such as 3.75V, it can operate to the best of its ability.Amounting is in line with Surface Mount.Regarding the power supply for the part, it is set to 3.3/5V. MCP73831-4ADI/MC FeaturesBattery pack voltage of 4.4V 1 channels Power Management Circuits subcategory 8-VFDFN Exposed Pad package MCP73831-4ADI/MC ApplicationsThere are a lot of Microchip Technology MCP73831-4ADI/MC Battery Chargers ICs applications.
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| Microchip Technology | MCP73833-CNI/MF OverviewIt is included in the Tube package. Located in package 10-VFDFN Exposed Pad, it can be found there.There is a mounting type Surface Mount specified for the device.Keeping the temperature at -40°C~85°C TA is the right choice.In order to operate this device, an analog IC of POWER SUPPLY SUPPORT CIRCUIT must be used.For the device to be charged, there is Constant - Programmable current required.Identify its related parts based on the base part number MCP73833.I have found that the number of terminations found in it as a whole is 10.There is a voltage of 4.2V for the battery pack as well.With 10 pins on it, it has a very simple design.In addition to Current, there are several other programmable options.In terms of maximum charging current, it is rated at 1.1A.The product is able to function with the help of 10 pins that are required.Currently, there are a total of 1 channels available for use in the application.This should be able to operate off of a battery that has a voltage of 5.2V.To ensure the device works properly, the supply voltage should not exceed 6V.In the case of 4.5V output voltage, there is a possibility of optimal efficiency.With an output current of 0, the operation is carried out.The device falls under the Power Management Circuits subcategory.A supply voltage of 3.75V is suitable for it, because it can operate with a low supply voltage.Aligning it with Surface Mount is required for mounting.It was determined during the design process that Vsup (maximum supply voltage) should be set to 3mA.3.8/5.5V is the power supply setting for the part. MCP73833-CNI/MF FeaturesBattery pack voltage of 4.2V 1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73833-CNI/MF ApplicationsThere are a lot of Microchip Technology MCP73833-CNI/MF Battery Chargers ICs applications.
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| Texas Instruments | BQ25040DQCT OverviewThere is a package Tape & Reel (TR) available.To make it easier for you, it is included with the 10-WFDFN Exposed Pad package.Mounting type Surface Mount matches the device.The correct temperature setting is 0°C~125°C TJ.To operate the device, an analog IC called POWER SUPPLY SUPPORT CIRCUIT is used.In order to charge the device, it needs to receive Constant - Programmable current.It is possible to find the related parts of this device by looking at its base part number BQ25040.I have found that the number of terminations found in it as a whole is 10.There are 10 pins on it.In order to operate it, it has 10 pins.In total, this application supports 1 channels.In general, it is recommended to use devices with 6.7V maximum supply voltages.The device should operate on a 5VV battery.To ensure the device works properly, the supply voltage should not exceed 26V.There is a possibility of achieving optimal efficiency when the output voltage of the device is 4.2V.Operation is achieved by providing a 1.2A output current.As far as this device is concerned, it belongs to the subcategory Power Management Circuits.It is capable of functioning at a voltage as low as possible, for example 4.35V voltage for this circuit is used.It is configured to be 3mA for Vsup (maximum supply voltage).As far as the input voltage is concerned, it has a minimum of 4.5V volts.Optimal efficiency requires a supply voltage of 6.5V.26V is the maximum input voltage it can handle.It is mandatory to set the voltage at 4.24V for the maximum output supply voltage for this operation.There is a reduction in the maximum output current during operation to 1.1A. BQ25040DQCT Features1 channels Power Management Circuits subcategory 10-WFDFN Exposed Pad package BQ25040DQCT ApplicationsThere are a lot of Texas Instruments BQ25040DQCT Battery Chargers ICs applications.
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| Microchip Technology | MCP73833-GPI/MF OverviewIt is included in the Tube package. The product comes in the package of a 10-VFDFN Exposed Pad.Amounting type Surface Mount is the one associated with the device.The temperature should be set to -40°C~85°C TA to ensure reliable performance.To operate the device, an analog IC called POWER SUPPLY SUPPORT CIRCUIT is used.The device cannot be charged without Constant - Programmable current flowing through it.Based on the base part number MCP73833, its related parts can be identified.The number of terminations found in it is 10 as a whole.There are 10 pins on the circuit board.Current are a programmable feature.On the device, it is listed as having a charge current of 1.1A.In order for the product to function as intended, there are 10 pins that must be connected.Currently, there are 1 channels available.If it runs off of a 5.2V battery, then it should be able to run continuously.It is important that the supply voltage does not exceed 6V for the device to work properly.The possibility of optimal efficiency exists if 4.2V output voltage is used as the output voltage.The operation is carried out with an output current of 1.2A.As far as this device is concerned, it belongs to the subcategory Power Management Circuits.A supply voltage of 3.75V is suitable for it, because it can operate with a low supply voltage.In terms of the mounting, it is mounted in the way indicated by Surface Mount as far as the mounting is concerned.During the design process, Vsup (maximum supply voltage) was set to 3mA.It is set to 3.8/5.5V when it comes to the power supply for the part.There is 2mA current flowing through the gadget's supply. MCP73833-GPI/MF Features1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73833-GPI/MF ApplicationsThere are a lot of Microchip Technology MCP73833-GPI/MF Battery Chargers ICs applications.
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| Microchip Technology | MCP73834-NVI/UN OverviewThere is a package called Tube that contains this item.There is currently a package available named 10-TFSOP, 10-MSOP (0.118, 3.00mm Width).In this case, the device has a mounting type of Surface Mount.A temperature setting of -40°C~85°C TA ensures reliable performance.To charge the device, a current of Constant - Programmable is required.The related parts of the base part number MCP73834 can be found by following the order of the base part number.Among its terminations, there are 10.It is set to 4.35V for the battery pack.This feature allows for programmability, such as Current.When charging current is maximum, it is rated at 1.1A.It is necessary to connect the 10 pins during the installation process of this product.Applied input voltage of 6V does not damage the device.When the output voltage is 4.5V, high efficiency is possible.The operation is performed with an output current of 1.2A.The device you are looking at belongs to the subcategory of Power Management Circuits.It is capable of functioning at a voltage as low as possible, for example 3.75V voltage for this circuit is used.In order to mount it, it has to align itself with Surface Mount.3mA is set for Vsup (maximum supply voltage).It is set to 3.8/5.5V when it comes to the power supply for the part. MCP73834-NVI/UN FeaturesBattery pack voltage of 4.35V Power Management Circuits subcategory 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package MCP73834-NVI/UN ApplicationsThere are a lot of Microchip Technology MCP73834-NVI/UN Battery Chargers ICs applications.
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| Microchip Technology | MCP73837-NVI/UN OverviewIt is included in the Tube package for convenience.The product comes in the package of a 10-TFSOP, 10-MSOP (0.118, 3.00mm Width).Mounting type for the device is Surface Mount.To ensure reliable performance, the temperature should be set to -40°C~85°C TA.There is an analog IC of POWER SUPPLY SUPPORT CIRCUIT used in this device.To charge the device, you will need to supply it with Constant - Programmable of current.According to the base part number MCP73837, its related parts can be found.10 terminations are present.The device is equipped with a total of 10 pins.In terms of maximum charging current, it is rated at 1.1A.It is necessary to connect the 10 pins during the installation process of this product.Channels are available in an amount of 1.It should be able to run off a battery of 5.35V.Withstanding a voltage of 6V, it is a reliable piece of equipment.In the case of 4.35V, the output voltage is likely to produce high efficiency.There is a constant output current of 1.2A when it is operating.This device belongs to the subcategory of Power Management Circuits.The device can operate at as low a supply voltage as possible, such as 3.75V.In terms of the mounting, it is mounted in the way indicated by Surface Mount as far as the mounting is concerned.It is configured to be 3mA for Vsup (maximum supply voltage).It is set to 5V when it comes to the power supply for the part. MCP73837-NVI/UN Features1 channels Power Management Circuits subcategory 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package MCP73837-NVI/UN ApplicationsThere are a lot of Microchip Technology MCP73837-NVI/UN Battery Chargers ICs applications.
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| Microchip Technology | MCP73213-B6AI/MF OverviewIn the Tube package, you will find it.It is contained in a package named 10-VFDFN Exposed Pad.This device has a mounting type of Surface Mount.Ensure reliable performance by setting the temperature to -40°C~85°C TA.To charge the device, Constant - Programmable current is required.Based on the base part number MCP73213, it is possible to find related parts for this device.It contains 10 terminations.For the battery pack, it is 8.2V.When charging current is maximum, it is rated at 1.1A.In order to operate, devices need a maximum supply voltage of 0 volts.The device you are looking at belongs to the subcategory of Power Management Circuits.Vsup (maximum supply voltage) is set in the command to 1.5mA.There is 4/16V power supply set for the part. MCP73213-B6AI/MF FeaturesBattery pack voltage of 8.2V Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73213-B6AI/MF ApplicationsThere are a lot of Microchip Technology MCP73213-B6AI/MF Battery Chargers ICs applications.
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| Microchip Technology | MCP73837-FJI/UN OverviewThere is a package called Tube that contains this item.There is currently a package available named 10-TFSOP, 10-MSOP (0.118, 3.00mm Width).There is a type of mounting for this device: Surface Mount.Setting the temperature to -40°C~85°C TA is the right thing to do.A analog IC of POWER SUPPLY SUPPORT CIRCUIT has been used in the design of this device.Constant - Programmable current is required to charge the device.According to the base part number MCP73837, its related parts can be found.I have found that the number of terminations found in it as a whole is 10.For the battery pack, it is 4.2V.According to the specifications, it should be rated at 1.1A when charging at maximum power.This product requires that a total of 10 pins be connected in order for it to work correctly.It is possible to use a total of 1 channels.A 5.2V battery should be sufficient.In order for the device to operate properly, the supply voltage should not exceed 6V.The possibility of optimal efficiency exists if 4.5V output voltage is used as the output voltage.Operation is done using a 1.2A output current.Using a supply voltage as low as 3.75V will allow it to function.A mounting requires that it align itself with Surface Mount.It is required that a maximum supply voltage of 4.523V be applied as the output voltage for this operation.The maximum output current is reduced to 100mA in order to meet the operation conditions. MCP73837-FJI/UN FeaturesBattery pack voltage of 4.2V 1 channels 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package MCP73837-FJI/UN ApplicationsThere are a lot of Microchip Technology MCP73837-FJI/UN Battery Chargers ICs applications.
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| Microchip Technology | MCP73114-1NSI/MF OverviewThere is a package Tube available.A 10-VFDFN Exposed Pad package is included with this item as part of its contents.In this case, the device is mounted in the way of Surface Mount.This is the right thing to do: set the temperature to -40°C~85°C TA.If the device needs to be charged, it must be supplied with Constant - Programmable current.The base part number MCP73114 represents its related parts.It contains 10 terminations, so that is how many there are.Batteries have a voltage of 4.1V.There are a total of 10 pins that have to be connected for the product to function correctly.In theory, it should be able to run on a battery that has a voltage of 5VV.In order for the device to operate properly, the supply voltage should not exceed 6.5V.Operation is done using a 1.1A output current.Devices belonging to subcategory Power Management Circuits include this device.A supply voltage of 4.2V is suitable for it, because it can operate with a low supply voltage.In terms of the mounting, it is mounted in the way indicated by Surface Mount as far as the mounting is concerned.Regarding the power supply for the part, it is set to 5V.The gadget's supply current is set to 700μA. MCP73114-1NSI/MF FeaturesBattery pack voltage of 4.1V Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73114-1NSI/MF ApplicationsThere are a lot of Microchip Technology MCP73114-1NSI/MF Battery Chargers ICs applications.
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| Microchip Technology | MCP73113-16SI/MF OverviewThe Tube package contains it.The 10-VFDFN Exposed Pad package includes it as a convenience.A mounting type of Surface Mount has been specified for this device.Setting the temperature to -40°C~85°C TA is the right thing to do.In order to provide its functionality, this device uses an analog IC called POWER SUPPLY SUPPORT CIRCUIT.To charge the device, there is a requirement for Constant - Programmable current.It is possible to find the related parts of this device by looking at its base part number MCP73113.It has a total of 10 terminations.Due to the 10 pins on it, it is a very simple circuit.To operate the product, it is necessary that 10 pins be inserted into the device.Currently, there are 1 channels available.It is recommended to use devices with a maximum supply voltage of 6.5V.There is a possibility that it can be powered by a 5.1V battery.6.5V supply voltage is not a problem for it.The efficiency of the system can be maximized if the output voltage is 4.1V.Operation is done using a 1A output current.This device belongs to the subcategory of Power Management Circuits.At a low supply voltage, such as 4.2V, it can operate to the best of its ability.A mounting requires that it align itself with Surface Mount.5V is the power supply setting for the part.This gadget's power supply has a current of 700μA flowing through it.There is a maximum input voltage of 18V volts that it can take.In order to comply with the constraints, the maximum output current is reduced to 1.1A. MCP73113-16SI/MF Features1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73113-16SI/MF ApplicationsThere are a lot of Microchip Technology MCP73113-16SI/MF Battery Chargers ICs applications.
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| Microchip Technology | MCP73844-820I/MS OverviewThis item can be found in the Tube package.For convenience, it is included in the 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) package.It appears that the device's mounting type is Surface Mount.The correct temperature setting is -40°C~85°C TA.In order to provide its functionality, this device uses an analog IC called POWER SUPPLY SUPPORT CIRCUIT.This device's related parts can be found under the base part number MCP73844.In total, there are 8 terminations.The device consists of 8 pins, which are arranged in a row.Features such as Timer are programmable.It is necessary to connect the 8 pins during the installation process of this product.It is possible to access 1 channels.Power can be provided by a battery with 9.2V.This device can be operated at an input voltage of 12V without being damaged.When the output voltage is 8.2V, high efficiency is possible.Operation is done using a 10mA output current.This device belongs to the subcategory of Power Management Circuits.A supply voltage of 8.7V is suitable for it, because it can operate with a low supply voltage.In terms of the mounting, it is mounted in the way indicated by Surface Mount as far as the mounting is concerned.The gadget's supply current is set to 4mA. MCP73844-820I/MS Features1 channels Power Management Circuits subcategory 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) package MCP73844-820I/MS ApplicationsThere are a lot of Microchip Technology MCP73844-820I/MS Battery Chargers ICs applications.
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| Microchip Technology | MCP73838-FCI/UN OverviewIt is available in the package Tube.To make it easier for you, it is included with the 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package.Mounting type Surface Mount is chosen for the device.A temperature setting of -40°C~85°C TA would be the best thing to do.In order to operate this device, an analog IC of POWER SUPPLY SUPPORT CIRCUIT must be used.Charge the device with Constant - Programmable current.This part number MCP73838 can be used to find its related parts.There are no terminations in it at all.10 pins are included in the package.There is 1.1A maximum charging current listed on the device.During the installation process, this product requires the connection of 10 pins.Channels are available in a total of 1.Using a 5.2V battery should be enough to run it.As long as the supply voltage is 6V, it is capable of withstanding the voltage.The efficiency of the system can be maximized if the output voltage is 4.2V.With a 1.2A output current, the operation is conducted.As far as this device is concerned, it belongs to the subcategory Power Management Circuits.This device can work at as low a voltage as possible, such as 3.75V.In order to mount it, it has to align itself with Surface Mount.During the design process, Vsup (maximum supply voltage) was set to 3mA.It is set to 5V when it comes to the power supply for the part.It is important to note that the maximum output supply voltage for this operation must be set to 4.2V.A reduction in maximum output current to 1.2A occurs during operation. MCP73838-FCI/UN Features1 channels Power Management Circuits subcategory 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package MCP73838-FCI/UN ApplicationsThere are a lot of Microchip Technology MCP73838-FCI/UN Battery Chargers ICs applications.
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| Texas Instruments | BQ25071QWDQCTQ1 OverviewThere is a package named Tape & Reel (TR) that contains it.We've included it in the 10-WFDFN Exposed Pad package so that it's easier to use.There is a mounting type Surface Mount, Wettable Flank specified for the device.It is best to set the temperature to -40°C~125°C TA.It functions by using an analog IC called POWER SUPPLY SUPPORT CIRCUIT.The device requires Constant - Programmable of current to charge.The base part number BQ25071 represents its related parts.It contains 10 terminations, so that is how many there are.A battery pack is going to have a voltage of 3.5V.There is 1A maximum charging current listed on the device.The operation?are 10 pins.The number of available channels is 1.The maximum supply voltage of the devices should be set at 8V.This should be able to operate off of a battery that has a voltage of 4.2V.Automotive, AEC-Q100 series electrical components make up this component. BQ25071QWDQCTQ1 FeaturesBattery pack voltage of 3.5V 1 channels 10-WFDFN Exposed Pad package BQ25071QWDQCTQ1 ApplicationsThere are a lot of Texas Instruments BQ25071QWDQCTQ1 Battery Chargers ICs applications.
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| Microchip Technology | MCP73844T-840I/MS OverviewThis item can be found in the Tape & Reel (TR) package.There is a 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) package included with this item that you will need to take care of.Mounting type Surface Mount is chosen for the device.It is recommended that the temperature be set to -40°C~85°C TA in order to ensure reliable performance.In order for this device to function, it utilizes an analog integrated circuit called POWER SUPPLY SUPPORT CIRCUIT.If you use the base part number MCP73844, you can look for related parts.In total, there are 8 terminations.It has a total of 8 pins on it.Several programmable features, including Timer.For the product to work correctly, 8 pins are required, and a connection to each pin is required.In total, this application supports 2 channels.With 9.2V, you can use a battery to power it.With a 12V supply voltage, it is capable of withstanding the operation of the device.8.4V output voltages can result in high efficiency.This device operates with a current output of 10mA.As far as this device is concerned, it belongs to the subcategory Power Management Circuits.The device can operate at as low a supply voltage as possible, such as 8.7V.In order to mount it, it has to align itself with Surface Mount.A 4mA supply current is set on the gadget.Input voltage is limited to 13.5V volts. MCP73844T-840I/MS Features2 channels Power Management Circuits subcategory 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) package MCP73844T-840I/MS ApplicationsThere are a lot of Microchip Technology MCP73844T-840I/MS Battery Chargers ICs applications.
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| Microchip Technology | MCP73831-5ACI/MC OverviewIt is available in the package Tube.Located in package 8-VFDFN Exposed Pad, it can be found there.There is a mounting type of Surface Mount for this device.It is recommended that the temperature be set to -40°C~85°C TA in order to ensure reliable performance.In order to operate this device, an analog IC of POWER SUPPLY SUPPORT CIRCUIT must be used.Device charging requires Constant - Programmable current.There are related parts for this device under the base part number MCP73831.A total of 8 terminations can be found in it.4.5V is the voltage for the battery pack.8 pins are attached to it.This feature allows for programmability, such as Current.For the product to work correctly, 8 pins are required, and a connection to each pin is required.There are a total of 1 channels available for use in this application.There is no damage to the device if an input voltage of 6V is applied.With a 4.5V output voltage, high efficiency is possible.It is in this instance that the device's output current is set to 500mA.There is one subcategory of this device, and it is Power Management Circuits.This circuit can function at a low supply voltage, such as 3.75VV.In order to mount it, it has to align itself with Surface Mount.There is 3.3/5V power supply set for the part. MCP73831-5ACI/MC FeaturesBattery pack voltage of 4.5V 1 channels Power Management Circuits subcategory 8-VFDFN Exposed Pad package MCP73831-5ACI/MC ApplicationsThere are a lot of Microchip Technology MCP73831-5ACI/MC Battery Chargers ICs applications.
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| Microchip Technology | MCP73828-4.2VUA OverviewI found it in the Tube package, which comes with everything you need.A 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) package is included with this item as part of its contents.There is a mounting type of Surface Mount for this device.If you wish to ensure reliable performance, set the temperature to -20°C~85°C TA.In order for this device to function, it utilizes an analog integrated circuit called POWER SUPPLY SUPPORT CIRCUIT.A charge of Constant - Programmable current is required to be applied to the device.With the base part number MCP73828, it is possible to find related parts.As far as the terminations are concerned, there are 8.Pins 8 are included.In order to operate it, it has 8 pins.Channels are available in a total of 1.It can be powered by a battery with 5.2V.An input voltage of 5.5V can be applied to the device without damage.Having the output voltage set to 4.2V may result in high efficiency.Devices in this category are classified as Power Management Circuits.Using a supply voltage as low as 4.5V will allow it to function.A mounting requires that it align itself with Surface Mount.Vsup (maximum supply voltage) is set in the command to 0.56mA.There is 5V power supply set for the part.The gadget's supply is running at 560mA volts.As a maximum output supply voltage for this operation, the voltage must be set to 4.242V.During operation, the maximum output current is reduced to 75mA. MCP73828-4.2VUA Features1 channels Power Management Circuits subcategory 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) package MCP73828-4.2VUA ApplicationsThere are a lot of Microchip Technology MCP73828-4.2VUA Battery Chargers ICs applications.
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| Microchip Technology | MCP73826-4.2VCHTR OverviewThere is an Tape & Reel (TR) package that contains it. For convenience, it is included in the SOT-23-6 package.A Surface Mount mounting type is assigned to the device.It is best to set the temperature to -20°C~85°C TA.This device makes use of an analog IC of POWER SUPPLY SUPPORT CIRCUIT.To charge the device, a current of Constant - Programmable is required.Based on the base part number MCP73826, it is possible to find related parts for this device.The overall number of terminations that can be found in it is 6 as a whole.Pins 6 are included.Product functionality is dependent on 6 pins.Channels are available in an amount of 1.Using a 5.2V battery should be enough to run it.There is no damage to the device if an input voltage of 5.5V is applied.The possibility of optimal efficiency exists if 4.2V output voltage is used as the output voltage.In order to operate, it must have a current of 75mA at the output.There is a subcategory of Power Management Circuits for this device.The device can operate at a voltage of 4.5V as low as possible.A mounting requires that it align itself with Surface Mount.A power supply setting of 0 has been assigned to the part.It appears that there is 260μA current flowing through the supply of the gadget at the moment.For best efficiency, set the supply voltage to 5.5V.This operation requires a voltage of 4.24V as the maximum output supply voltage. MCP73826-4.2VCHTR Features1 channels Power Management Circuits subcategory SOT-23-6 package MCP73826-4.2VCHTR ApplicationsThere are a lot of Microchip Technology MCP73826-4.2VCHTR Battery Chargers ICs applications.
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| Microchip Technology | MCP73213-A6W/MF OverviewThere is an Tube package that contains it. Among the packages that come with this product, there is one that is 10-VFDFN Exposed Pad.There is a mounting type of Surface Mount for this device.It is recommended that the temperature be set to -40°C~85°C TA in order to ensure reliable performance.In order to operate this device, an analog IC of POWER SUPPLY SUPPORT CIRCUIT must be used.Charge the device by providing it with Constant - Programmable current.Based on the base part number MCP73213, its related parts can be identified.It contains 10 terminations.It is 8.4V for the battery pack.It is rated at 1.1A at maximum charging current.There are a total of 1 channels available for use in this application.Ideally, devices with 13V maximum supply voltages should be used.The device should operate on a 9.2VV battery. MCP73213-A6W/MF FeaturesBattery pack voltage of 8.4V 1 channels 10-VFDFN Exposed Pad package MCP73213-A6W/MF ApplicationsThere are a lot of Microchip Technology MCP73213-A6W/MF Battery Chargers ICs applications.
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| Texas Instruments | BQ24296MRGER DescriptionThe BQ24296MRGER is a highly integrated switch-mode battery charge management and system power path management device for single-cell Li-Ion and Li-polymer batteries used in a variety of smartphone and tablet applications. Its low impedance power channel improves switch-mode operation efficiency, shortens charging time, and increases battery life during the discharging phase. BQ24296MRGER Features
BQ24296MRGER Applications
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| Texas Instruments | BQ2057SN OverviewThis can be found in the Tube package.There is a 8-SOIC (0.154, 3.90mm Width) package included with this item that you will need to take care of.Mounting type Surface Mount matches the device.If you wish to ensure reliable performance, set the temperature to -20°C~70°C TA.In order for this device to function, it utilizes an analog integrated circuit called POWER SUPPLY SUPPORT CIRCUIT.To charge the device, a current of Constant - Programmable is required.It is possible to find related parts of this device by using the base part number BQ2057.A total of 8 terminations can be found in it.There are 8 pins on it.There are various programmable features, such as Current.The product is able to function with the help of 8 pins that are required.There are a total of 1 channels available for your use.A battery with 0V would be enough for it to run.There is no damage to the device if an input voltage of 15V is applied.The efficiency of the system can be maximized if the output voltage is 4.1V.It is performed with a current output of 2A for the output of the operation.The device you are looking at belongs to the subcategory of Power Management Circuits.A power supply voltage as low as 4.5V can be used for it and it will work as well as possible.It was determined during the design process that Vsup (maximum supply voltage) should be set to 4mA.As far as the input voltage is concerned, it has a minimum of 4.5V volts. BQ2057SN Features1 channels Power Management Circuits subcategory 8-SOIC (0.154, 3.90mm Width) package BQ2057SN ApplicationsThere are a lot of Texas Instruments BQ2057SN Battery Chargers ICs applications.
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| Microchip Technology | MCP73213T-A6SI/MF OverviewThere is a package named Tape & Reel (TR) that contains it.The package that is included with it comes in the shape of a 10-VFDFN Exposed Pad.This device is mounted using type Surface Mount.This is the right thing to do: set the temperature to -40°C~85°C TA.There is an analog IC of POWER SUPPLY SUPPORT CIRCUIT used in this device.To charge the device, a current of Constant - Programmable is required.It is possible to find related parts of this device by using the base part number MCP73213.It contains a total of 10 terminations.10 pins are attached to it.According to the specifications, it should be rated at 1.1A when charging at maximum power.To operate the product, it is necessary that 10 pins be inserted into the device.A total of 2 channels are available for use.Batteries with 9.4V can be used to power it.It is crucial that the supply voltage of the device does not exceed 13V for the device to work properly.There is a possibility of high efficiency if the output voltage is set to 8.4V.Subcategory 0 is home to this device.It can function at as low a supply voltage as possible, such as 4.2V.It is mounted in the same way as Surface Mount.It was determined during the design process that Vsup (maximum supply voltage) should be set to 1.5mA.There is 4/16V power supply set for the part.A 700μA supply current is set on the gadget. MCP73213T-A6SI/MF Features2 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73213T-A6SI/MF ApplicationsThere are a lot of Microchip Technology MCP73213T-A6SI/MF Battery Chargers ICs applications.
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| Texas Instruments | BQ2002CSNTR OverviewIt is included in the Tape & Reel (TR) package. There is a 8-SOIC (0.154, 3.90mm Width) package included with this item that you will need to take care of.Mounting type is Surface Mount.It is recommended to set the temperature to 0°C~70°C TA for reliable performance.A analog IC of POWER SUPPLY SUPPORT CIRCUIT has been used in the design of this device.A charge of Constant Pulsed current is required to be applied to the device.A list of related parts can be found by searching for the base part number BQ2002.The number of terminations found in it is 8 as a whole.A battery pack is going to have a voltage of 2V.The device is equipped with a total of 8 pins.Among the programmable features are Voltage.It operates on the basis of 8 pins.Currently, there are a total of 1 channels available for use in the application.With 5V, you can use a battery to power it.A 6V supply voltage can be applied to it.The operation is carried out with an output current of 2A.Devices belonging to subcategory Power Management Circuits include this device.This device can work at as low a voltage as possible, such as 4V.In order to ensure optimum supply voltage, the maximum voltage setting is set to 0.5mA.The power supply for this part is set to 5V.There is a 4V volt minimum input voltage requirement.Its supply carries 500μA current.It is recommended that the supply voltage be set to 5V for maximum efficiency. BQ2002CSNTR FeaturesBattery pack voltage of 2V 1 channels Power Management Circuits subcategory 8-SOIC (0.154, 3.90mm Width) package BQ2002CSNTR ApplicationsThere are a lot of Texas Instruments BQ2002CSNTR Battery Chargers ICs applications.
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| Texas Instruments | BQ2002PN OverviewIt is included in the Tube package. It can be found in package 8-DIP (0.300, 7.62mm).In this case, the device is mounted in the way of Through Hole.Setting the temperature to 0°C~70°C TA is the right thing to do.The functionality of this device is provided by an analog IC called POWER SUPPLY SUPPORT CIRCUIT.To charge the device, you will need to supply it with Constant Pulsed of current.It is possible to find the related parts to the base part number BQ2002.Taking it as a whole, it has been concluded that there are 8 terminations to be found.For the battery pack, it is set to 2V.The device consists of 8 pins, which are arranged in a row.Several programmable features, including Voltage.There are 8 pins required in order for the product to function.It is possible to use a total of 1 channels.With 5V, you can use a battery to power it.The board is capable of handling a voltage input of zero volts.Using a 800mV output voltage results in high efficiency.The operation is carried out with an output current of 2A.There is one subcategory of this device, and it is Power Management Circuits.At a low supply voltage, such as 4V, it can operate to the best of its ability.In order to ensure optimum supply voltage, the maximum voltage setting is set to 0.25mA.The part's power supply is set to a value of 5V.There is a 4V volt minimum input voltage requirement.A 500μA supply current is set on the gadget.The supply voltage should be set to 5V for best efficiency.A reduction in maximum output current to 10mA occurs during operation. BQ2002PN FeaturesBattery pack voltage of 2V 1 channels Power Management Circuits subcategory 8-DIP (0.300, 7.62mm) package BQ2002PN ApplicationsThere are a lot of Texas Instruments BQ2002PN Battery Chargers ICs applications.
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| Texas Instruments | BQ2002GPN OverviewThere is a package called Tube that contains this item.A 8-DIP (0.300, 7.62mm) package is included with this item as part of its contents.In this case, the device is mounted in the way of Through Hole.Setting the temperature to 0°C~70°C TA is the right thing to do.To operate the device, an analog IC called POWER SUPPLY SUPPORT CIRCUIT is used.Device charging requires Constant Pulsed current.It is possible to find related parts of this device by using the base part number BQ2002.The number of terminations found in it is 8 as a whole.2V is the voltage for the battery pack.Total number of pins: 8.Voltage, for example, can be programmed.The operation?are 8 pins.This application has a total of 1 channels that can be used.Using a 5V battery should be enough to run it.An input voltage that is equal to 6V can be applied to it without any problem.The output current is set to 2A in this case.Subcategory 0 is home to this device.A power supply voltage as low as 4V can be used for it and it will work as well as possible.There is 0.5mA voltage set in Vsup (maximum supply voltage).The part's power supply is set to a value of 5V.As far as the input voltage is concerned, it has a minimum of 4V volts.It is recommended to set the supply voltage to 5V in order to maximize the efficiency of the system. BQ2002GPN FeaturesBattery pack voltage of 2V 1 channels Power Management Circuits subcategory 8-DIP (0.300, 7.62mm) package BQ2002GPN ApplicationsThere are a lot of Texas Instruments BQ2002GPN Battery Chargers ICs applications.
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| Texas Instruments | BQ25071QWDQCRQ1 OverviewIt comes in the package?of a Tape & Reel (TR). There is currently a package available named 10-WFDFN Exposed Pad.In this case, the device is mounted in the way of Surface Mount, Wettable Flank.The best way to adjust the temperature is to set it to -40°C~125°C TA.This device makes use of an analog IC of POWER SUPPLY SUPPORT CIRCUIT.If the device needs to be charged, it must be supplied with Constant - Programmable current.The base part number BQ25071 represents its related parts.The overall number of terminations that can be found in it is 10 as a whole.There is 3.5V voltage in the battery pack.A maximum charging current of 1A is recommended.This product requires that a total of 10 pins be connected in order for it to work correctly.Currently, there are 1 channels available.It can be powered by a battery with 4.2V.Withstanding a voltage of 8V, it is a reliable piece of equipment.Automotive, AEC-Q100 series electrical components make up this component.In order to ensure normal operation, the supply voltage (Vsup) should be kept above 3.75V. BQ25071QWDQCRQ1 FeaturesBattery pack voltage of 3.5V 1 channels 10-WFDFN Exposed Pad package BQ25071QWDQCRQ1 ApplicationsThere are a lot of Texas Instruments BQ25071QWDQCRQ1 Battery Chargers ICs applications.
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