Header banner
Revain logoHome Page
⏱️ sparkfun nano power timer - tpl5110 (product id 15353) logo

⏱️ SparkFun Nano Power Timer - TPL5110 (Product ID 15353) Review

3

·

Poor

Revainrating 2.5 out of 5  
Rating 
2.5
🖥️. Single Board Computers, 💻 Computer Components

View on AmazonView on ЯM

Media

(4)
img 1 attached to ⏱️ SparkFun Nano Power Timer - TPL5110 (Product ID 15353)
img 2 attached to ⏱️ SparkFun Nano Power Timer - TPL5110 (Product ID 15353)
img 3 attached to ⏱️ SparkFun Nano Power Timer - TPL5110 (Product ID 15353)
img 4 attached to ⏱️ SparkFun Nano Power Timer - TPL5110 (Product ID 15353)

Description of ⏱️ SparkFun Nano Power Timer - TPL5110 (Product ID 15353)

TPL5110. Supply Voltage: 1.8V to 5.5V. Current consumption at 2.5V: 35nA Typical (50nA Max). Selectable Time intervals: 100ms to 7200s (2 hours). Timer Accuracy: 1%

Reviews

Global ratings 3
  • 5
    0
  • 4
    1
  • 3
    0
  • 2
    0
  • 1
    2

Type of review

Revainrating 4 out of 5

Impressive Power Timer for Single Board Computers

Based on my experience, this power timer is perfect for managing energy consumption in Single Board Computers. It is user-friendly and easy to install. The best part is that it is customizable, allowing the user to set up the power cycles according to their needs. The only downside is that it is a bit pricey compared to other power timers in the market.

Pros
  • User-friendly, customizable power cycles
Cons
  • Slightly expensive

Revainrating 1 out of 5

Poor quality of single board computers

Great potential but the quality of the boards is very low. Tried two different boards but both had the same problem. Can't keep it on Turns on and off randomly even if I don't touch the circuit boards. It's a shame because that's exactly what I needed for this project.

Pros
  • Computer components
Cons
  • Everything ok

Revainrating 1 out of 5

Poor Quality: Single Board Computer

Great potential but board quality is very low. Tried two different boards but both had the same problem. Can't keep it on Turns on and off randomly even if I don't touch the circuit boards. It's a shame because that's exactly what I needed for this project.

Pros
  • High marks for support and durability from testers
Cons
  • Not as thick as other options