Protection Circuit Module [PCB] for 11.1V (3S) Li-ion Battery Pack (Working 9A, Cutoff 17A)

Protection Circuit Module [PCB] for 11.1V (3S) Li-ion Battery Pack (Working 9A, Cutoff 17A)

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Protection Circuit Module [PCB] for 11.1V (3S) Li-ion Battery Pack (Working 9A, Cutoff 17A)

SKU:
P/N 32007

SKU:
32007
UPC:
844949022958
Working Current (A):
9
Cutoff Current (A):
17

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product highlights

  • Protection Circuit Board for 11.1V Li-ion and Li-polymer battery pack.
  • Designed for 11.1V Li-ion or Li-Polymer battery.
  • Prevents 11.1V Li-ion or Li-polymer battery from over-charging, over-discharging Continuous Discharge Current: 9A.
  • Fully Compatible with both Li-Ion and Li-Polymer cells RoHS Compatible.
  • Protection Circuit Board for 11.1V Li-ion and Li-polymer battery pack
  • Designed for 11.1V Li-ion or Li-Polymer battery
  • Prevents 11.1V Li-ion or Li-polymer battery from over-charging, over-discharging
  • Continuous Discharge Current: 9A
  • Fully Compatible with both Li-Ion and Li-Polymer cells
  • RoHS Compatible

Connection Instructions:

  • B+:Connected to the third battery’s positive terminal
  • B3+:Connected to the second battery’s positive terminal
  • B2+:Connected to the first battery’s positive terminal
  • B1+:No connected
  • B-:Connected to the first battery’s negative terminal
  • P+:Connected to the battery’s output or the charger’s positive terminal
  • P-:Connected to the battery’s output or the charger’s negative terminal

Product Specifications:

ItemContentCriterion
Over Charge Protection
  • Over charge detection voltage
  • Over Charge Detection Delay Time
  • Over charge release voltage
  • 4.25±0.025V
  • 1.0±0.5s
  • 4.15±0.05V
Over Discharge Protection
  • Over discharge detection voltage
  • Over Discharge Detection Delay Time
  • Over discharge release voltage
  • Rated operational current
  • 2.5±0.08V
  • 100±50ms
  • 3.0±0.1V
  • 9A(max)
Over Current Protection
  • Over current detection current
  • Release Condition
  • Detection delay time
  • 17±4A
  • Cut load
  • 10±5ms
Short Protection
  • Detection Condition
  • Protection
  • Release condition
  • Exterior Short Circuit
  • Have
  • Cut short circuit
Interior Resistance Main loop electrify resistance RDS≤30mΩ
Current Consumption Current consume in normal operation 40μA Max
Dimension(L*W*H) 50*16*3.5mm

Application Notes:

  • Do not subject the PCB to input voltage over 20V. Input voltage over 20V will damage the PCB
  • Please use the compatible charger for your battery pack. Pay special attention to your input and output voltage current to avoid PCB damage.
  • When mixing over-charged batteries and over-discharged batteries together, PCB will be in dual state of over-charging and over-discharging. In this situation, charging and dis-charging are both disabled
  • Internal static charge protection circuit built into the PCB. However, do not subject the PCB to high static charge to avoid damage.
  • Without the written agreement from us, please don't use this PCB for application in medical instruments, emergence devices, auto and airspace vehicles or other device that might have impact on human body.
  • Because of the very high energy density, Li-Ion Battery pack must be connected to a protection circuit module to prevent accidental battery explosion caused by over-charging or over-discharging.
 
 
 
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product highlights

  • Protection Circuit Board for 11.1V Li-ion and Li-polymer battery pack.
  • Designed for 11.1V Li-ion or Li-Polymer battery.
  • Prevents 11.1V Li-ion or Li-polymer battery from over-charging, over-discharging Continuous Discharge Current: 9A.
  • Fully Compatible with both Li-Ion and Li-Polymer cells RoHS Compatible.
  • Protection Circuit Board for 11.1V Li-ion and Li-polymer battery pack
  • Designed for 11.1V Li-ion or Li-Polymer battery
  • Prevents 11.1V Li-ion or Li-polymer battery from over-charging, over-discharging
  • Continuous Discharge Current: 9A
  • Fully Compatible with both Li-Ion and Li-Polymer cells
  • RoHS Compatible

Connection Instructions:

  • B+:Connected to the third battery’s positive terminal
  • B3+:Connected to the second battery’s positive terminal
  • B2+:Connected to the first battery’s positive terminal
  • B1+:No connected
  • B-:Connected to the first battery’s negative terminal
  • P+:Connected to the battery’s output or the charger’s positive terminal
  • P-:Connected to the battery’s output or the charger’s negative terminal

Product Specifications:

ItemContentCriterion
Over Charge Protection
  • Over charge detection voltage
  • Over Charge Detection Delay Time
  • Over charge release voltage
  • 4.25±0.025V
  • 1.0±0.5s
  • 4.15±0.05V
Over Discharge Protection
  • Over discharge detection voltage
  • Over Discharge Detection Delay Time
  • Over discharge release voltage
  • Rated operational current
  • 2.5±0.08V
  • 100±50ms
  • 3.0±0.1V
  • 9A(max)
Over Current Protection
  • Over current detection current
  • Release Condition
  • Detection delay time
  • 17±4A
  • Cut load
  • 10±5ms
Short Protection
  • Detection Condition
  • Protection
  • Release condition
  • Exterior Short Circuit
  • Have
  • Cut short circuit
Interior Resistance Main loop electrify resistance RDS≤30mΩ
Current Consumption Current consume in normal operation 40μA Max
Dimension(L*W*H) 50*16*3.5mm

Application Notes:

  • Do not subject the PCB to input voltage over 20V. Input voltage over 20V will damage the PCB
  • Please use the compatible charger for your battery pack. Pay special attention to your input and output voltage current to avoid PCB damage.
  • When mixing over-charged batteries and over-discharged batteries together, PCB will be in dual state of over-charging and over-discharging. In this situation, charging and dis-charging are both disabled
  • Internal static charge protection circuit built into the PCB. However, do not subject the PCB to high static charge to avoid damage.
  • Without the written agreement from us, please don't use this PCB for application in medical instruments, emergence devices, auto and airspace vehicles or other device that might have impact on human body.
  • Because of the very high energy density, Li-Ion Battery pack must be connected to a protection circuit module to prevent accidental battery explosion caused by over-charging or over-discharging.
 
 
 

product highlights

  • Protection Circuit Board for 11.1V Li-ion and Li-polymer battery pack.
  • Designed for 11.1V Li-ion or Li-Polymer battery.
  • Prevents 11.1V Li-ion or Li-polymer battery from over-charging, over-discharging Continuous Discharge Current: 9A.
  • Fully Compatible with both Li-Ion and Li-Polymer cells RoHS Compatible.
  • Protection Circuit Board for 11.1V Li-ion and Li-polymer battery pack
  • Designed for 11.1V Li-ion or Li-Polymer battery
  • Prevents 11.1V Li-ion or Li-polymer battery from over-charging, over-discharging
  • Continuous Discharge Current: 9A
  • Fully Compatible with both Li-Ion and Li-Polymer cells
  • RoHS Compatible

Connection Instructions:

  • B+:Connected to the third battery’s positive terminal
  • B3+:Connected to the second battery’s positive terminal
  • B2+:Connected to the first battery’s positive terminal
  • B1+:No connected
  • B-:Connected to the first battery’s negative terminal
  • P+:Connected to the battery’s output or the charger’s positive terminal
  • P-:Connected to the battery’s output or the charger’s negative terminal

Product Specifications:

ItemContentCriterion
Over Charge Protection
  • Over charge detection voltage
  • Over Charge Detection Delay Time
  • Over charge release voltage
  • 4.25±0.025V
  • 1.0±0.5s
  • 4.15±0.05V
Over Discharge Protection
  • Over discharge detection voltage
  • Over Discharge Detection Delay Time
  • Over discharge release voltage
  • Rated operational current
  • 2.5±0.08V
  • 100±50ms
  • 3.0±0.1V
  • 9A(max)
Over Current Protection
  • Over current detection current
  • Release Condition
  • Detection delay time
  • 17±4A
  • Cut load
  • 10±5ms
Short Protection
  • Detection Condition
  • Protection
  • Release condition
  • Exterior Short Circuit
  • Have
  • Cut short circuit
Interior Resistance Main loop electrify resistance RDS≤30mΩ
Current Consumption Current consume in normal operation 40μA Max
Dimension(L*W*H) 50*16*3.5mm

Application Notes:

  • Do not subject the PCB to input voltage over 20V. Input voltage over 20V will damage the PCB
  • Please use the compatible charger for your battery pack. Pay special attention to your input and output voltage current to avoid PCB damage.
  • When mixing over-charged batteries and over-discharged batteries together, PCB will be in dual state of over-charging and over-discharging. In this situation, charging and dis-charging are both disabled
  • Internal static charge protection circuit built into the PCB. However, do not subject the PCB to high static charge to avoid damage.
  • Without the written agreement from us, please don't use this PCB for application in medical instruments, emergence devices, auto and airspace vehicles or other device that might have impact on human body.
  • Because of the very high energy density, Li-Ion Battery pack must be connected to a protection circuit module to prevent accidental battery explosion caused by over-charging or over-discharging.