My CartPhoto Detectors - CdS Cells(2332)
| Image | Part | Manufacturer | Description | Stock | Action | |
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| Advanced Photonix | CdS Cells 550nm 3 ~ 100kOhms @ 10 lux |
16
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| Advanced Photonix | CdS Cells 550nm 20 ~ 100kOhms @ 10 lux |
3
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| Advanced Photonix | CdS Cells 690nm 25 ~ 250kOhms @ 1076 ~ 21 lux |
1
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| Advanced Photonix | CdS Cells 550nm 9 ~ 15kOhms @ 21 lux |
2457
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| Advanced Photonix | CdS Cells 550nm 18 ~ 42kOhms @ 10 lux |
9547
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| Advanced Photonix | CdS Cells 550nm 6 ~ 14kOhms @ 21 lux |
3
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| Advanced Photonix | CdS Cells 550nm 20 ~ 40kOhms @ 21 lux |
865
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| Advanced Photonix | CdS Cells 615nm 1.34 ~ 2.66kOhms @ 21 lux |
10
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| Advanced Photonix | CdS Cells 520nm 80 ~ 240kOhms @ 10 lux |
809
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| Advanced Photonix | CdS Cells 520nm 27 ~ 60kOhms @ 10 lux |
14
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| Advanced Photonix | CdS Cells 520nm 16 ~ 33kOhms @ 10 lux |
1
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| Advanced Photonix | CdS Cells 520nm 23 ~ 33kOhms @ 10 lux |
3
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| Advanced Photonix | CdS Cells 520nm 20 ~ 45kOhms @ 10 lux |
194
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| Advanced Photonix | CdS Cells 520nm 10 ~ 50kOhms @ 10 lux |
7
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| Advanced Photonix | CdS Cells 520nm 10 ~ 30kOhms @ 10 lux |
2
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| Advanced Photonix | CdS Cells 2 ~ 6kOhms @ 10 lux |
3756
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| Advanced Photonix | CdS Cells 520nm 50 ~ 150kOhms @ 10 lux |
7452
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| NTE Electronics, Inc | CdS Cells 560nm 30 ~ 50kOhm @ 10 lux |
679
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| NTE Electronics, Inc | CdS Cells 560nm 10 ~ 20kOhm @ 10 lux |
1
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| NTE Electronics, Inc | CdS Cells 560nm 50 ~ 100kOhm @ 10 lux |
1
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| Microchip Technology | MCP73833-AMI/MF OverviewYou can find it in the Tube package.In order to make it more convenient, it has been included in the 10-VFDFN Exposed Pad package.In this case, the device has a mounting type of Surface Mount.A temperature setting of -40°C~85°C TA would be the best thing to do.Analog IC POWER SUPPLY SUPPORT CIRCUIT is responsible for implementing the device.The device requires Constant - Programmable of current to charge.This device's related parts can be found under the base part number MCP73833.A total of 10 terminations can be found in it.A battery pack is going to have a voltage of 4.2V.In total, it has 10 pins.In addition to Current, a variety of programmable features are available.It is rated at 1.1A at maximum charging current.In order for the product to be functional, it requires that you connect the 10 pins according to the instructions.In total, this application supports 1 channels.The battery would need to have a voltage of 5.2V for the device to work.As long as the supply voltage is 6V, it is capable of withstanding the voltage.When the output voltage is 4.5V, high efficiency is possible.A 1.2A output current is used for operation.The device falls under the Power Management Circuits subcategory.This device can work at as low a voltage as possible, such as 3.75V.Aligning it with Surface Mount is required for mounting.In most cases, the maximum supply voltage (Vsup) is set to 3mA.There is 3.8/5.5V power supply set for the part.It is important to note that the maximum output supply voltage for this operation must be set to 4.533V.It is important to note that during operation, the maximum output current is reduced to 1A. MCP73833-AMI/MF FeaturesBattery pack voltage of 4.2V 1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73833-AMI/MF ApplicationsThere are a lot of Microchip Technology MCP73833-AMI/MF Battery Chargers ICs applications.
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999
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| Microchip Technology | MCP73114-0NSI/MF OverviewIt is included in the Tube package for convenience.There is a 10-VFDFN Exposed Pad package included with this item that you will need to take care of.In this case, the device has a mounting type of Surface Mount.To ensure reliable performance, the temperature should be set to -40°C~85°C TA.It provides its functionality by using an analog IC called POWER SUPPLY SUPPORT CIRCUIT.It is necessary to supply the device with Constant - Programmable current in order to charge it.The related parts of the base part number MCP73114 can be found by following the order of the base part number.It has 10 terminations.The device has 10 pins in total.During the installation process, this product requires the connection of 10 pins.A total of 1 channels are available for use.A 5.1V battery should be sufficient.It is crucial that the supply voltage of the device does not exceed 6.5V for the device to work properly.Using a 4.2V output voltage results in high efficiency.In order to operate, an output current of 1.1A is used.Devices belonging to subcategory Power Management Circuits include this device.It can function at as low a supply voltage as possible, such as 4.2V.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.The gadget's supply current is set to 700μA.The maximum input voltage is 18V volts.This operation requires a voltage of 4.221V as the maximum output supply voltage.During operation, the maximum output current is reduced to 1.1A. MCP73114-0NSI/MF Features1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73114-0NSI/MF ApplicationsThere are a lot of Microchip Technology MCP73114-0NSI/MF Battery Chargers ICs applications.
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999
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| Microchip Technology | MCP73837-FCI/MF OverviewIt is included in the Tube package. Located in package 10-VFDFN Exposed Pad, it can be found there.Mounting type is Surface Mount.This is the right thing to do: set the temperature to -40°C~85°C TA.It uses an analog integrated circuit of type 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 MCP73837.It contains 10 terminations.There are 10 pins on it.At the maximum charging current, it has a rating of 1.1A.You need 10 pins for it to work.There are a total of 1 channels available for your use.It should be able to run off of a 5.2V battery.In order for the device to operate properly, the supply voltage should not exceed 6V.When the output voltage is 4.2V, high efficiency is possible.The output current is set to 1.2A in this case.As far as this device is concerned, it belongs to the subcategory Power Management Circuits.It can function at as low a supply voltage as possible, such as 3.75V.It is mounted in the manner of Surface Mount.Vsup (maximum supply voltage) is set to 3mA.Regarding the power supply for the part, it is set to 5V.There is a maximum input voltage of 7V volts that it can take. MCP73837-FCI/MF Features1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73837-FCI/MF ApplicationsThere are a lot of Microchip Technology MCP73837-FCI/MF Battery Chargers ICs applications.
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999
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| Texas Instruments | BQ24078RGTT OverviewThere is a version of it included in the package Tape & Reel (TR).We've included it in the 16-VFQFN Exposed Pad package so that it's easier to use.Mounting type Surface Mount matches the device.The temperature should be set to -40°C~125°C TJ to ensure reliable performance.This device makes use of an analog IC called POWER SUPPLY SUPPORT CIRCUIT in order to provide its functionality.To charge the device, Constant current is required.Parts related to the base part number BQ24078 can be found based on that number.It has a total of 16 terminations.Hence, the battery pack is at 4.35V when it comes to voltage.You can program a number of features, including Current, Timer.On the device, it is listed as having a charge current of 1.5A.For the product to work correctly, 16 pins are required, and a connection to each pin is required.In total, this application supports 1 channels.Devices with a maximum supply voltage of 6.4V are preferred.Battery voltage should be 5V.In addition to the features above, the device can also generate the following features of ALSO OPERATES WITH SUPPLY VOLTAGE 4.35 TO 26V. BQ24078RGTT FeaturesBattery pack voltage of 4.35V 1 channels Addtional features of ALSO OPERATES WITH SUPPLY VOLTAGE 4.35 TO 26V 16-VFQFN Exposed Pad package BQ24078RGTT ApplicationsThere are a lot of Texas Instruments BQ24078RGTT Battery Chargers ICs applications.
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999
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| Microchip Technology | MCP73833-BZI/MF OverviewIt is included in the Tube package. With this item, there is a 10-VFDFN Exposed Pad package that comes with it.In this case, the device is mounted in the way of Surface Mount.The correct temperature setting is -40°C~85°C TA.The device relies on an analog IC called POWER SUPPLY SUPPORT CIRCUIT to operate.The device cannot be charged without Constant - Programmable current flowing through it.The related parts of the base part number MCP73833 can be found by following the order of the base part number.It has a total of 10 terminations.Batteries have a voltage of 4.2V.There are 10 pins on it.In addition to Current, there are several other programmable options.A maximum charging current of 1.1A is recommended.In order for the product to function as intended, there are 10 pins that must be connected.There are a total of 1 channels available for use in this application.Batteries with 5.2V can be used to power it.With a 6V supply voltage, it is capable of withstanding the operation of the device.The efficiency of the system can be maximized if the output voltage is 4.5V.It is performed with a current output of 1.2A for the output of the operation.Devices in this category are classified as Power Management Circuits.This circuit can function at a low supply voltage, such as 3.75VV.As far as the mounting is concerned, it is mounted in the way of Surface Mount.It is set to 3mA for Vsup (maximum supply voltage).3.8/5.5V is the power supply setting for the part. MCP73833-BZI/MF FeaturesBattery pack voltage of 4.2V 1 channels Power Management Circuits subcategory 10-VFDFN Exposed Pad package MCP73833-BZI/MF ApplicationsThere are a lot of Microchip Technology MCP73833-BZI/MF Battery Chargers ICs applications.
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6852
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| Microchip Technology | MCP73213-A5JI/MF OverviewIt is available in the package Tube.To make it easier for you, it is included with the 10-VFDFN Exposed Pad package.Mounting type Surface Mount is chosen for the device.The best thing to do is to set the temperature to -40°C~85°C TA.In order for the device to function, an analog IC named POWER SUPPLY SUPPORT CIRCUIT must be used.To charge the device, Constant - Programmable current is required.Identify its related parts based on the base part number MCP73213.It contains a total of 10 terminations.8.8V is the voltage for the battery pack.The device indicates 1.1A charging current as its maximum.A total of 1 channels are available.Its maximum supply voltage is 13V.A battery with 0V would be enough for it to run. MCP73213-A5JI/MF FeaturesBattery pack voltage of 8.8V 1 channels 10-VFDFN Exposed Pad package MCP73213-A5JI/MF ApplicationsThere are a lot of Microchip Technology MCP73213-A5JI/MF Battery Chargers ICs applications.
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999
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| Texas Instruments | BQ25100BYFPT OverviewYou can find it in the Tape & Reel (TR) package.In order to make it more convenient, it has been included in the 6-XFBGA, DSBGA package.The mounting type of the device is Surface Mount.Ideally, the temperature should be set to -5°C~125°C TJ in order to ensure reliable performance.In order to operate, the device relies on an analog IC named POWER SUPPLY SUPPORT CIRCUIT.If the device needs to be charged, it must be supplied with Constant - Programmable current.Based on the base part number BQ25100, it is possible to find related parts for this device.There are 6 terminations in it.It is set to 4.284V for the battery pack.Serveral programmable features like Current.A maximum charging current of 250mA is recommended.The operation?are 6 pins.The number of available channels is 1.Using a 5V battery should be enough to run it.A supply voltage of no more than 6.45V is required for the device to operate properly.For normal operation, the supply voltage (Vsup) should be greater than 3.5V. BQ25100BYFPT FeaturesBattery pack voltage of 4.284V 1 channels 6-XFBGA, DSBGA package BQ25100BYFPT ApplicationsThere are a lot of Texas Instruments BQ25100BYFPT Battery Chargers ICs applications.
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999
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| Texas Instruments | BQ2000PN-B5 OverviewThis item can be found in the Tube package.Among the packages that come with this product, there is one that is 8-DIP (0.300, 7.62mm).The device is mounted with mounting type Through Hole.It is best to set the temperature to -20°C~70°C TA.In order for the device to function, an analog IC named POWER SUPPLY SUPPORT CIRCUIT must be used.The device needs to be charged at a current of Constant - Programmable in order to function.The base part number BQ2000 can be used to locate related parts for this device.It contains 8 terminations, so that is how many there are.The device is equipped with a total of 8 pins.Current, Timer, Voltage are a programmable feature.You need 8 pins for it to work.Currently, there are 1 available channels.Batteries with 5V can be used to power it.The device can withstand a supply voltage of 6V.When the operation is completed, the output current is 2A.The device you are looking at belongs to the subcategory of Power Management Circuits.Using a supply voltage as low as 4V will allow it to function.It was determined during the design process that Vsup (maximum supply voltage) should be set to 1mA.A power supply setting of 0 has been assigned to the part.A minimum input voltage of 4V volts is required for this device.Supply current for the gadget is set to 500μA.The best efficiency can be achieved by setting the supply voltage to 5V.This part has a switching frequency of 300kHz and operates with this frequency. BQ2000PN-B5 Features1 channels Power Management Circuits subcategory Switching frequency of 300kHz 8-DIP (0.300, 7.62mm) package BQ2000PN-B5 ApplicationsThere are a lot of Texas Instruments BQ2000PN-B5 Battery Chargers ICs applications.
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999
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| Texas Instruments | BQ2003S-N OverviewI found it in the Tube package, which comes with everything you need.With this item, there is a 16-SOIC (0.295, 7.50mm Width) package that comes with it.The device's mounting type is Surface Mount.This is the right thing to do: set the temperature to 0°C~70°C TA.In order to provide its functionality, this device uses an analog IC called BATTERY CHARGE CONTROLLER.Charge the device by supplying it with Constant current.You can find this device's related parts by searching the base part number BQ2003.It has a total of 16 terminations.16 pins are on it in total.The unit is equipped with a number of programmable features, including Timer, Voltage.There are 16 pins necessary to make it work.An input voltage that is equal to 5.5V can be applied to it without any problem.With a 4.5V output voltage, high efficiency is possible.In order to operate, it must have a current of 2A at the output.It can function at as low a supply voltage as possible, such as 4.5V.During the design process, Vsup (maximum supply voltage) was set to 2.2mA.Voltage input must be at least 4.5V volts.The gadget's supply is running at 750μA volts.The device has an input voltage of 5V.The best efficiency can be achieved by setting the supply voltage to 5V.This part has a switching frequency of 300kHz and operates with this frequency. BQ2003S-N FeaturesSwitching frequency of 300kHz 16-SOIC (0.295, 7.50mm Width) package BQ2003S-N ApplicationsThere are a lot of Texas Instruments BQ2003S-N Battery Chargers ICs applications.
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999
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| Microchip Technology | MCP73831-2DCI/MC OverviewIf you are looking for it in the Tube package, then you have found it.A 8-VFDFN Exposed Pad package is included with this item as part of its contents.There is a mounting type Surface Mount specified for the device.Keeping the temperature at -40°C~85°C TA will ensure reliable performance.This device makes use of an analog IC of POWER SUPPLY SUPPORT CIRCUIT.Constant - Programmable current is required to charge the device.Identify its related parts based on the base part number MCP73831.There are 8 terminations in it.There is a voltage of 4.2V for the battery pack as well.In addition, it is equipped with 8 pins.Features like Current can be programmed.Product functionality is dependent on 8 pins.It appears that there are 1 channels available at this time.The board is capable of handling a voltage input of zero volts.In the case of 4.2V, the output voltage is likely to produce high efficiency.In order to operate, it must have a current of 500mA at the output.There is a subcategory of Power Management Circuits for this device.At a low supply voltage, such as 3.75V, it can operate to the best of its ability.It is mounted in the way of Surface Mount.The part's power supply is set to a value of 3.3/5V. MCP73831-2DCI/MC FeaturesBattery pack voltage of 4.2V 1 channels Power Management Circuits subcategory 8-VFDFN Exposed Pad package MCP73831-2DCI/MC ApplicationsThere are a lot of Microchip Technology MCP73831-2DCI/MC Battery Chargers ICs applications.
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