hi
I understand besides the ML2032 can one use other re-chargeables like VL2032 or LIR2032 ?
'''VL2032'''
VL Battery Chemistry
A Lithium Ion chemistry that works well in camcorder and rechargeable electronics applications. Batteries with the VL designation have no memory effect, meaning they can be charged to full capacity at any point in the charge cycle. You don’t need to empty the charge before recharging.
VL Batteries:
Have a high energy capacity
Are perfect for camcorders
Can be recharged at any point in the charge cycle
'''LIR2032 '''
LIR Battery Chemistry
Unlike the other chemistries, the LIR chemisty has a voltage of 3.6V instead of 3V. This chemistry is rechargeable, however a protective circuit is absolutely necessary due to the very high energy density of this type of cell. LIR2032 batteries are frequently used in car security systems, memory backup batteries in electronic devices, electronic watches, and many other applications.
LIR Batteries:
Have a voltage of 3.6V rather than 3V
Have an extremely high energy density
Are rechargeable, but require a protection circuit
I understand besides the ML2032 can one use other re-chargeables like VL2032 or LIR2032 ?
'''VL2032'''
+
VL Battery Chemistry
A Lithium Ion chemistry that works well in camcorder and rechargeable electronics applications. Batteries with the VL designation have no memory effect, meaning they can be charged to full capacity at any point in the charge cycle. You don’t need to empty the charge before recharging.
VL Batteries:
Have a high energy capacity
Are perfect for camcorders
Can be recharged at any point in the charge cycle
'''LIR2032 '''
LIR Battery Chemistry
Unlike the other chemistries, the LIR chemisty has a voltage of 3.6V instead of 3V. This chemistry is rechargeable, however a protective circuit is absolutely necessary due to the very high energy density of this type of cell. LIR2032 batteries are frequently used in car security systems, memory backup batteries in electronic devices, electronic watches, and many other applications.
LIR Batteries:
Have a voltage of 3.6V rather than 3V
Have an extremely high energy density
Are rechargeable, but require a protection circuit
A Lithium Ion chemistry that works well in camcorder and rechargeable electronics applications. Batteries with the VL designation have no memory effect, meaning they can be charged to full capacity at any point in the charge cycle. You don’t need to empty the charge before recharging.
VL Batteries:
Have a high energy capacity
Are perfect for camcorders
Can be recharged at any point in the charge cycle
'''LIR2032 '''
LIR Battery Chemistry
Unlike the other chemistries, the LIR chemisty has a voltage of 3.6V instead of 3V. This chemistry is rechargeable, however a protective circuit is absolutely necessary due to the very high energy density of this type of cell. LIR2032 batteries are frequently used in car security systems, memory backup batteries in electronic devices, electronic watches, and many other applications.
LIR Batteries:
Have a voltage of 3.6V rather than 3V
Have an extremely high energy density
Are rechargeable, but require a protection circuit
hi
I understand besides the ML2032 can one use the
'''VL2032
'''VL Battery Chemistry
A Lithium Ion chemistry that works well in camcorder and rechargeable electronics applications. Batteries with the VL designation have no memory effect, meaning they can be charged to full capacity at any point in the charge cycle. You don’t need to empty the charge before recharging.
VL Batteries:
Have a high energy capacity
Are perfect for camcorders
Can be recharged at any point in the charge cycle
'''LIR2032 '''
LIR Battery Chemistry
Unlike the other chemistries, the LIR chemisty has a voltage of 3.6V instead of 3V. This chemistry is rechargeable, however a protective circuit is absolutely necessary due to the very high energy density of this type of cell. LIR2032 batteries are frequently used in car security systems, memory backup batteries in electronic devices, electronic watches, and many other applications.
LIR Batteries:
Have a voltage of 3.6V rather than 3V
Have an extremely high energy density
Are rechargeable, but require a protection circuit