Traditional supercapacitors are like oversized, ultra-fast power banks, capable of instantly charging and discharging. They are suitable for applications requiring high instantaneous current or frequent charging and discharging, such as automotive braking, power tool emergency charging, and backup power for storage devices. However, their drawbacks include limited long-term storage capacity and a high susceptibility to leakage.
Supercapacitors, on the other hand, utilize titanium, a robust and durable metal, to enhance and strengthen the key internal components of this "power bank." They not only possess the performance of supercapacitors but also become more durable, efficient, leak-proof, and safer.
Traditional supercapacitors are like oversized, ultra-fast power banks, capable of instantly charging and discharging. They are suitable for applications requiring high instantaneous current or frequent charging and discharging, such as automotive braking, power tool emergency charging, and backup power for storage devices. However, their drawbacks include limited long-term storage capacity and a high susceptibility to leakage.
Supercapacitors, on the other hand, utilize titanium, a robust and durable metal, to enhance and strengthen the key internal components of this "power bank." They not only possess the performance of supercapacitors but also become more durable, efficient, leak-proof, and safer.
|
Model (VF) |
2.7V/850 |
|
Model (LTC) |
LTC-1450 |
|
Capacity (F) |
850 |
|
Diameter (mm) |
13±0.15 |
|
Height (mm) |
50+0.5/-0 |
|
Weight (g) |
16.6 |
|
IR (mΩ) |
35 |
|
Voltage (V) |
2.7 |
|
Model (VF) |
2.7V/850 |
|
Model (LTC) |
LTC-1450 |
|
Capacity (F) |
850 |
|
Diameter (mm) |
13±0.15 |
|
Height (mm) |
50+0.5/-0 |
|
Weight (g) |
16.6 |
|
IR (mΩ) |
35 |
|
Voltage (V) |
2.7 |