2PCS PowerFilm SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar recharging or direct power. Solar modules are used for OEM parts and products where an integrated power source is needed. Modules in the PowerFilm Wireless Electronics Series offer a new opportunity to solve the old problem of limited power for wireless electronics in both portable and remote electronic applications. These small flexible modules can be used in a variety of electronic applications. Each module offers 22mA at 4.2V when exposed to full sunlight. Use for integration in OEM parts or products where a solar power source is needed. Perfect for models, prototypes, or inventions requiring power. Great for hobbyists! Features: setpoint : 22mA at 4.2V open circuit : 5.9V shart circuit : 30mA Max : .0924W Size: 3.6" x 1.45" SP4.2-37 Series Instruction Leads and Testin The leads on the modules in the PowerFilm® Wireless Electronics Series are the copper tape strips located at each end of the solar module. Remember to check the Polarity! To test the module using alligator clips for the connection to the tester, ensure the clips make direct contact with the copper tape. The coating over the copper tape will likely need to be scraped away to ensure direct contact. Connecting the Module to a Load Connection methods include soldering, crimping, or using alligator clips. Remember to check the Polarity! Module Polarity Information It is extremely important to recognize the correct polarity of the PowerFilm® modules! The positive end of the solar module is shown in the diagram below. A diode, such as 1N5817, is recommended to prevent the solar module from draining the battery when the solar module is in the dark. A diode is not required for a battery-free electrical device. The positive end of the module connects to the positive end of the load. The negative end of the module is also shown in the diagram and should be connected to the negative end of the load. The recommended connector wire size is a minimum size of 24 gauge. As an extra measure, connect the solar module to a digital multimeter for polarity (+,-) identification. On solar modules with copper tape leads, remove a small piece of the clear coating that is on top of the copper tape to ensure good contact between the alligator clips of the digital multimeter and the copper tape Soldering The solar modules should be soldered from the front. The positive copper contact is on one end and the negative is on the other end (see the section on Polarity). Use the hot tip of the soldering iron to melt through the clear coating over the copper tape. Be careful not to burn through more than just the thin clear coating. Burning too deeply can damage the solar module. Although not necessary, it is possible to remove a small piece of the clear coating with a sharp knife prior to soldering to the copper tape. Good contact can be made by melting and depositing a dot of solder to the exposed copper tape. Use a low-temperature soldering iron adjusted to about 600 to 650 degrees (F). It is also acceptable to solder directly to the copper tape, without using a solder dot. Crimping A pressure method of mechanically securing a terminal, splice, or contact to the copper strips may be used. Alligator Clips Although not the most secure connection option, alligator clips may be used Fastening the Module The modules may be fastened in several ways: Epoxy, silicon, super glue, 3M super 77 spray, double-sided acetic tape, etc. Be sure to choose adhesive based on the material to which module is being attached. Also, be careful not to get any adhesive on the front side (dark side) of the module since it will degrade overall performance. Connecting Modules for Higher Operating Voltage and Current You can parallel and series connect solar modules to achieve higher voltage (series connected) or higher current (parallel connected). However, only put like modules together. Parallel connecting two similar modules will double the output current and series connecting three identical modules will triple the output voltage. Warning! We do not recommend a series connecting solar modules for an output voltage greater than 48V. Voltages above this can be deadly The diagram below graphically demonstrates parallel and series-connected solar modules:
PowerFilm Solar Cell: MPT4.8-75 Flexible Solar Panel 4.8V
2PCS PowerFilm SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar recharging or direct power. Solar modules are used for OEM parts and products where an integrated power source is needed. Modules in the PowerFilm Wireless Electronics Series offer a new opportunity to solve the old problem of limited power for wireless electronics in both portable and remote electronic applications. These small flexible modules can be used in a variety of electronic applications. Each module offers 22mA at 4.2V when exposed to full sunlight. Use for integration in OEM parts or products where a solar power source is needed. Perfect for models, prototypes, or inventions requiring power. Great for hobbyists! Features: setpoint : 22mA at 4.2V open circuit : 5.9V shart circuit : 30mA Max : .0924W Size: 3.6" x 1.45" SP4.2-37 Series Instruction Leads and Testin The leads on the modules in the PowerFilm® Wireless Electronics Series are the copper tape strips located at each end of the solar module. Remember to check the Polarity! To test the module using alligator clips for the connection to the tester, ensure the clips make direct contact with the copper tape. The coating over the copper tape will likely need to be scraped away to ensure direct contact. Connecting the Module to a Load Connection methods include soldering, crimping, or using alligator clips. Remember to check the Polarity! Module Polarity Information It is extremely important to recognize the correct polarity of the PowerFilm® modules! The positive end of the solar module is shown in the diagram below. A diode, such as 1N5817, is recommended to prevent the solar module from draining the battery when the solar module is in the dark. A diode is not required for a battery-free electrical device. The positive end of the module connects to the positive end of the load. The negative end of the module is also shown in the diagram and should be connected to the negative end of the load. The recommended connector wire size is a minimum size of 24 gauge. As an extra measure, connect the solar module to a digital multimeter for polarity (+,-) identification. On solar modules with copper tape leads, remove a small piece of the clear coating that is on top of the copper tape to ensure good contact between the alligator clips of the digital multimeter and the copper tape Soldering The solar modules should be soldered from the front. The positive copper contact is on one end and the negative is on the other end (see the section on Polarity). Use the hot tip of the soldering iron to melt through the clear coating over the copper tape. Be careful not to burn through more than just the thin clear coating. Burning too deeply can damage the solar module. Although not necessary, it is possible to remove a small piece of the clear coating with a sharp knife prior to soldering to the copper tape. Good contact can be made by melting and depositing a dot of solder to the exposed copper tape. Use a low-temperature soldering iron adjusted to about 600 to 650 degrees (F). It is also acceptable to solder directly to the copper tape, without using a solder dot. Crimping A pressure method of mechanically securing a terminal, splice, or contact to the copper strips may be used. Alligator Clips Although not the most secure connection option, alligator clips may be used Fastening the Module The modules may be fastened in several ways: Epoxy, silicon, super glue, 3M super 77 spray, double-sided acetic tape, etc. Be sure to choose adhesive based on the material to which module is being attached. Also, be careful not to get any adhesive on the front side (dark side) of the module since it will degrade overall performance. Connecting Modules for Higher Operating Voltage and Current You can parallel and series connect solar modules to achieve higher voltage (series connected) or higher current (parallel connected). However, only put like modules together. Parallel connecting two similar modules will double the output current and series connecting three identical modules will triple the output voltage. Warning! We do not recommend a series connecting solar modules for an output voltage greater than 48V. Voltages above this can be deadly The diagram below graphically demonstrates parallel and series-connected solar modules:
2PCS PowerFilm SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar recharging or direct power. Solar modules are used for OEM parts and products where an integrated power source is needed. Modules in the PowerFilm Wireless Electronics Series offer a new opportunity to solve the old problem of limited power for wireless electronics in both portable and remote electronic applications. These small flexible modules can be used in a variety of electronic applications. Each module offers 22mA at 4.2V when exposed to full sunlight. Use for integration in OEM parts or products where a solar power source is needed. Perfect for models, prototypes, or inventions requiring power. Great for hobbyists! Features: setpoint : 22mA at 4.2V open circuit : 5.9V shart circuit : 30mA Max : .0924W Size: 3.6" x 1.45" SP4.2-37 Series Instruction Leads and Testin The leads on the modules in the PowerFilm® Wireless Electronics Series are the copper tape strips located at each end of the solar module. Remember to check the Polarity! To test the module using alligator clips for the connection to the tester, ensure the clips make direct contact with the copper tape. The coating over the copper tape will likely need to be scraped away to ensure direct contact. Connecting the Module to a Load Connection methods include soldering, crimping, or using alligator clips. Remember to check the Polarity! Module Polarity Information It is extremely important to recognize the correct polarity of the PowerFilm® modules! The positive end of the solar module is shown in the diagram below. A diode, such as 1N5817, is recommended to prevent the solar module from draining the battery when the solar module is in the dark. A diode is not required for a battery-free electrical device. The positive end of the module connects to the positive end of the load. The negative end of the module is also shown in the diagram and should be connected to the negative end of the load. The recommended connector wire size is a minimum size of 24 gauge. As an extra measure, connect the solar module to a digital multimeter for polarity (+,-) identification. On solar modules with copper tape leads, remove a small piece of the clear coating that is on top of the copper tape to ensure good contact between the alligator clips of the digital multimeter and the copper tape Soldering The solar modules should be soldered from the front. The positive copper contact is on one end and the negative is on the other end (see the section on Polarity). Use the hot tip of the soldering iron to melt through the clear coating over the copper tape. Be careful not to burn through more than just the thin clear coating. Burning too deeply can damage the solar module. Although not necessary, it is possible to remove a small piece of the clear coating with a sharp knife prior to soldering to the copper tape. Good contact can be made by melting and depositing a dot of solder to the exposed copper tape. Use a low-temperature soldering iron adjusted to about 600 to 650 degrees (F). It is also acceptable to solder directly to the copper tape, without using a solder dot. Crimping A pressure method of mechanically securing a terminal, splice, or contact to the copper strips may be used. Alligator Clips Although not the most secure connection option, alligator clips may be used Fastening the Module The modules may be fastened in several ways: Epoxy, silicon, super glue, 3M super 77 spray, double-sided acetic tape, etc. Be sure to choose adhesive based on the material to which module is being attached. Also, be careful not to get any adhesive on the front side (dark side) of the module since it will degrade overall performance. Connecting Modules for Higher Operating Voltage and Current You can parallel and series connect solar modules to achieve higher voltage (series connected) or higher current (parallel connected). However, only put like modules together. Parallel connecting two similar modules will double the output current and series connecting three identical modules will triple the output voltage. Warning! We do not recommend a series connecting solar modules for an output voltage greater than 48V. Voltages above this can be deadly The diagram below graphically demonstrates parallel and series-connected solar modules:
2PCS PowerFilm SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar recharging or direct power. Solar modules are used for OEM parts and products where an integrated power source is needed. Modules in the PowerFilm Wireless Electronics Series offer a new opportunity to solve the old problem of limited power for wireless electronics in both portable and remote electronic applications. These small flexible modules can be used in a variety of electronic applications. Each module offers 22mA at 4.2V when exposed to full sunlight. Use for integration in OEM parts or products where a solar power source is needed. Perfect for models, prototypes, or inventions requiring power. Great for hobbyists! Features: setpoint : 22mA at 4.2V open circuit : 5.9V shart circuit : 30mA Max : .0924W Size: 3.6" x 1.45" SP4.2-37 Series Instruction Leads and Testin The leads on the modules in the PowerFilm® Wireless Electronics Series are the copper tape strips located at each end of the solar module. Remember to check the Polarity! To test the module using alligator clips for the connection to the tester, ensure the clips make direct contact with the copper tape. The coating over the copper tape will likely need to be scraped away to ensure direct contact. Connecting the Module to a Load Connection methods include soldering, crimping, or using alligator clips. Remember to check the Polarity! Module Polarity Information It is extremely important to recognize the correct polarity of the PowerFilm® modules! The positive end of the solar module is shown in the diagram below. A diode, such as 1N5817, is recommended to prevent the solar module from draining the battery when the solar module is in the dark. A diode is not required for a battery-free electrical device. The positive end of the module connects to the positive end of the load. The negative end of the module is also shown in the diagram and should be connected to the negative end of the load. The recommended connector wire size is a minimum size of 24 gauge. As an extra measure, connect the solar module to a digital multimeter for polarity (+,-) identification. On solar modules with copper tape leads, remove a small piece of the clear coating that is on top of the copper tape to ensure good contact between the alligator clips of the digital multimeter and the copper tape Soldering The solar modules should be soldered from the front. The positive copper contact is on one end and the negative is on the other end (see the section on Polarity). Use the hot tip of the soldering iron to melt through the clear coating over the copper tape. Be careful not to burn through more than just the thin clear coating. Burning too deeply can damage the solar module. Although not necessary, it is possible to remove a small piece of the clear coating with a sharp knife prior to soldering to the copper tape. Good contact can be made by melting and depositing a dot of solder to the exposed copper tape. Use a low-temperature soldering iron adjusted to about 600 to 650 degrees (F). It is also acceptable to solder directly to the copper tape, without using a solder dot. Crimping A pressure method of mechanically securing a terminal, splice, or contact to the copper strips may be used. Alligator Clips Although not the most secure connection option, alligator clips may be used Fastening the Module The modules may be fastened in several ways: Epoxy, silicon, super glue, 3M super 77 spray, double-sided acetic tape, etc. Be sure to choose adhesive based on the material to which module is being attached. Also, be careful not to get any adhesive on the front side (dark side) of the module since it will degrade overall performance. Connecting Modules for Higher Operating Voltage and Current You can parallel and series connect solar modules to achieve higher voltage (series connected) or higher current (parallel connected). However, only put like modules together. Parallel connecting two similar modules will double the output current and series connecting three identical modules will triple the output voltage. Warning! We do not recommend a series connecting solar modules for an output voltage greater than 48V. Voltages above this can be deadly The diagram below graphically demonstrates parallel and series-connected solar modules:
2PCS PowerFilm SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar recharging or direct power. Solar modules are used for OEM parts and products where an integrated power source is needed. Modules in the PowerFilm Wireless Electronics Series offer a new opportunity to solve the old problem of limited power for wireless electronics in both portable and remote electronic applications. These small flexible modules can be used in a variety of electronic applications. Each module offers 22mA at 4.2V when exposed to full sunlight. Use for integration in OEM parts or products where a solar power source is needed. Perfect for models, prototypes, or inventions requiring power. Great for hobbyists! Features: setpoint : 22mA at 4.2V open circuit : 5.9V shart circuit : 30mA Max : .0924W Size: 3.6" x 1.45" SP4.2-37 Series Instruction Leads and Testin The leads on the modules in the PowerFilm® Wireless Electronics Series are the copper tape strips located at each end of the solar module. Remember to check the Polarity! To test the module using alligator clips for the connection to the tester, ensure the clips make direct contact with the copper tape. The coating over the copper tape will likely need to be scraped away to ensure direct contact. Connecting the Module to a Load Connection methods include soldering, crimping, or using alligator clips. Remember to check the Polarity! Module Polarity Information It is extremely important to recognize the correct polarity of the PowerFilm® modules! The positive end of the solar module is shown in the diagram below. A diode, such as 1N5817, is recommended to prevent the solar module from draining the battery when the solar module is in the dark. A diode is not required for a battery-free electrical device. The positive end of the module connects to the positive end of the load. The negative end of the module is also shown in the diagram and should be connected to the negative end of the load. The recommended connector wire size is a minimum size of 24 gauge. As an extra measure, connect the solar module to a digital multimeter for polarity (+,-) identification. On solar modules with copper tape leads, remove a small piece of the clear coating that is on top of the copper tape to ensure good contact between the alligator clips of the digital multimeter and the copper tape Soldering The solar modules should be soldered from the front. The positive copper contact is on one end and the negative is on the other end (see the section on Polarity). Use the hot tip of the soldering iron to melt through the clear coating over the copper tape. Be careful not to burn through more than just the thin clear coating. Burning too deeply can damage the solar module. Although not necessary, it is possible to remove a small piece of the clear coating with a sharp knife prior to soldering to the copper tape. Good contact can be made by melting and depositing a dot of solder to the exposed copper tape. Use a low-temperature soldering iron adjusted to about 600 to 650 degrees (F). It is also acceptable to solder directly to the copper tape, without using a solder dot. Crimping A pressure method of mechanically securing a terminal, splice, or contact to the copper strips may be used. Alligator Clips Although not the most secure connection option, alligator clips may be used Fastening the Module The modules may be fastened in several ways: Epoxy, silicon, super glue, 3M super 77 spray, double-sided acetic tape, etc. Be sure to choose adhesive based on the material to which module is being attached. Also, be careful not to get any adhesive on the front side (dark side) of the module since it will degrade overall performance. Connecting Modules for Higher Operating Voltage and Current You can parallel and series connect solar modules to achieve higher voltage (series connected) or higher current (parallel connected). However, only put like modules together. Parallel connecting two similar modules will double the output current and series connecting three identical modules will triple the output voltage. Warning! We do not recommend a series connecting solar modules for an output voltage greater than 48V. Voltages above this can be deadly The diagram below graphically demonstrates parallel and series-connected solar modules:
2PCS PowerFilm SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar recharging or direct power. Solar modules are used for OEM parts and products where an integrated power source is needed. Modules in the PowerFilm Wireless Electronics Series offer a new opportunity to solve the old problem of limited power for wireless electronics in both portable and remote electronic applications. These small flexible modules can be used in a variety of electronic applications. Each module offers 22mA at 4.2V when exposed to full sunlight. Use for integration in OEM parts or products where a solar power source is needed. Perfect for models, prototypes, or inventions requiring power. Great for hobbyists! Features: setpoint : 22mA at 4.2V open circuit : 5.9V shart circuit : 30mA Max : .0924W Size: 3.6" x 1.45" SP4.2-37 Series Instruction Leads and Testin The leads on the modules in the PowerFilm® Wireless Electronics Series are the copper tape strips located at each end of the solar module. Remember to check the Polarity! To test the module using alligator clips for the connection to the tester, ensure the clips make direct contact with the copper tape. The coating over the copper tape will likely need to be scraped away to ensure direct contact. Connecting the Module to a Load Connection methods include soldering, crimping, or using alligator clips. Remember to check the Polarity! Module Polarity Information It is extremely important to recognize the correct polarity of the PowerFilm® modules! The positive end of the solar module is shown in the diagram below. A diode, such as 1N5817, is recommended to prevent the solar module from draining the battery when the solar module is in the dark. A diode is not required for a battery-free electrical device. The positive end of the module connects to the positive end of the load. The negative end of the module is also shown in the diagram and should be connected to the negative end of the load. The recommended connector wire size is a minimum size of 24 gauge. As an extra measure, connect the solar module to a digital multimeter for polarity (+,-) identification. On solar modules with copper tape leads, remove a small piece of the clear coating that is on top of the copper tape to ensure good contact between the alligator clips of the digital multimeter and the copper tape Soldering The solar modules should be soldered from the front. The positive copper contact is on one end and the negative is on the other end (see the section on Polarity). Use the hot tip of the soldering iron to melt through the clear coating over the copper tape. Be careful not to burn through more than just the thin clear coating. Burning too deeply can damage the solar module. Although not necessary, it is possible to remove a small piece of the clear coating with a sharp knife prior to soldering to the copper tape. Good contact can be made by melting and depositing a dot of solder to the exposed copper tape. Use a low-temperature soldering iron adjusted to about 600 to 650 degrees (F). It is also acceptable to solder directly to the copper tape, without using a solder dot. Crimping A pressure method of mechanically securing a terminal, splice, or contact to the copper strips may be used. Alligator Clips Although not the most secure connection option, alligator clips may be used Fastening the Module The modules may be fastened in several ways: Epoxy, silicon, super glue, 3M super 77 spray, double-sided acetic tape, etc. Be sure to choose adhesive based on the material to which module is being attached. Also, be careful not to get any adhesive on the front side (dark side) of the module since it will degrade overall performance. Connecting Modules for Higher Operating Voltage and Current You can parallel and series connect solar modules to achieve higher voltage (series connected) or higher current (parallel connected). However, only put like modules together. Parallel connecting two similar modules will double the output current and series connecting three identical modules will triple the output voltage. Warning! We do not recommend a series connecting solar modules for an output voltage greater than 48V. Voltages above this can be deadly The diagram below graphically demonstrates parallel and series-connected solar modules:
2PCS PowerFilm SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar recharging or direct power. Solar modules are used for OEM parts and products where an integrated power source is needed. Modules in the PowerFilm Wireless Electronics Series offer a new opportunity to solve the old problem of limited power for wireless electronics in both portable and remote electronic applications. These small flexible modules can be used in a variety of electronic applications. Each module offers 22mA at 4.2V when exposed to full sunlight. Use for integration in OEM parts or products where a solar power source is needed. Perfect for models, prototypes, or inventions requiring power. Great for hobbyists! Features: setpoint : 22mA at 4.2V open circuit : 5.9V shart circuit : 30mA Max : .0924W Size: 3.6" x 1.45" SP4.2-37 Series Instruction Leads and Testin The leads on the modules in the PowerFilm® Wireless Electronics Series are the copper tape strips located at each end of the solar module. Remember to check the Polarity! To test the module using alligator clips for the connection to the tester, ensure the clips make direct contact with the copper tape. The coating over the copper tape will likely need to be scraped away to ensure direct contact. Connecting the Module to a Load Connection methods include soldering, crimping, or using alligator clips. Remember to check the Polarity! Module Polarity Information It is extremely important to recognize the correct polarity of the PowerFilm® modules! The positive end of the solar module is shown in the diagram below. A diode, such as 1N5817, is recommended to prevent the solar module from draining the battery when the solar module is in the dark. A diode is not required for a battery-free electrical device. The positive end of the module connects to the positive end of the load. The negative end of the module is also shown in the diagram and should be connected to the negative end of the load. The recommended connector wire size is a minimum size of 24 gauge. As an extra measure, connect the solar module to a digital multimeter for polarity (+,-) identification. On solar modules with copper tape leads, remove a small piece of the clear coating that is on top of the copper tape to ensure good contact between the alligator clips of the digital multimeter and the copper tape Soldering The solar modules should be soldered from the front. The positive copper contact is on one end and the negative is on the other end (see the section on Polarity). Use the hot tip of the soldering iron to melt through the clear coating over the copper tape. Be careful not to burn through more than just the thin clear coating. Burning too deeply can damage the solar module. Although not necessary, it is possible to remove a small piece of the clear coating with a sharp knife prior to soldering to the copper tape. Good contact can be made by melting and depositing a dot of solder to the exposed copper tape. Use a low-temperature soldering iron adjusted to about 600 to 650 degrees (F). It is also acceptable to solder directly to the copper tape, without using a solder dot. Crimping A pressure method of mechanically securing a terminal, splice, or contact to the copper strips may be used. Alligator Clips Although not the most secure connection option, alligator clips may be used Fastening the Module The modules may be fastened in several ways: Epoxy, silicon, super glue, 3M super 77 spray, double-sided acetic tape, etc. Be sure to choose adhesive based on the material to which module is being attached. Also, be careful not to get any adhesive on the front side (dark side) of the module since it will degrade overall performance. Connecting Modules for Higher Operating Voltage and Current You can parallel and series connect solar modules to achieve higher voltage (series connected) or higher current (parallel connected). However, only put like modules together. Parallel connecting two similar modules will double the output current and series connecting three identical modules will triple the output voltage. Warning! We do not recommend a series connecting solar modules for an output voltage greater than 48V. Voltages above this can be deadly The diagram below graphically demonstrates parallel and series-connected solar modules:

2PCS PowerFilm Solar Cell SP4.2-37 Solar Module, Flexible Thin-Film, 4.2 Volt, 22mA

$9.99

4.2V 22mA Flexible Thin Film Solar Module

PowerFilm thin film photovoltaic products offer solutions that are durable, thin, lightweight, and flexible for both small-scale and large-scale power generation.

PowerFilm Wireless Electronic modules are lightweight, paper-thin, and durable. Their thin profile enables them to be easily integrated with devices for solar-recharging or direct power. Modules have been specifically developed to recharge AA, AAA, 6 volt and 12 volt batteries. These modules do not have a UV-stabilized surface. For connecting, just solder or crimp to the tin-coated copper tape.

Features:

  • Thin, lightweight, and flexible yet durable
  • Ealily Integrates into existing or prototype electronic projects
  • 22mA @ 4.2V
  • Size: 3.65″ x 1.45″ (93mm x 37mm)    

In stock

SKU: 318798 Categories: Thin Film Solar Cells, Flexible Solar Cells Tags: flexible solar cells, pftx3-25, powerfilm SP4.2-37, powerfilm tx3-25 . flexible sola

Description

Electrical Specifications:

Full Sun

  • Power: 92mW
  • Operating Voltage: 4.2V
  • Current: 22mA

1/4 Sun

  • Power: 21mW
  • Operating Voltage: 4.2V
  • Current: 5.0mA

All Levels

  • Average Voc: 5.9V
  • Maximum Voc: 6.5V
  • Isc: 28mA

Physical Specifications:

  • Dimensions: 84.0 x 36.5 (mm) / 3.31 x 1.44 (in)
  • Weight: 0.03oz / 0.85g
  • Thickness: 0.22mm

Additional information

Weight0.2 lbs
Dimensions1.45 × 3.65 × 0.015 in

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