TinyBEC: Difference between revisions
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Welcome to the TinyBEC product page! If you're on this page, then it means we think you might get some use out of them in the future and have given you some to sample! | Welcome to the TinyBEC product page! If you're on this page, then it means we think you might get some use out of them in the future and have given you some to sample! | ||
This product is currently a ''prototype'', so we're looking for | This product is currently a ''prototype'', so we're actively looking for feedback on it - if you have any, please contact us at tinybec@blayze.tech! | ||
=== What is TinyBEC? === | === What is TinyBEC? === | ||
TinyBEC is exactly as it sounds - a tiny battery elimination circuit (BEC): there are many like them, but this is ours - and it's configurable too! | TinyBEC is exactly as it sounds - a tiny battery elimination circuit (BEC): there are many like them, but this is ours - and it's configurable too! | ||
Occasionally customers would ask if | Occasionally customers would ask us if a RoboPad can power a 9g micro (or even a 4g sub-micro) servo, and we'd have to tell them that no, it doesn't. Servos often operate between 5 and 6 volts, with sub-micro servos requiring between 3 and 5 volts, and all pulling up to an amp of current, which we can't supply. That was until we built the TinyBEC! | ||
The TinyBEC allows you to selectively solder the bridges on the back to get low voltage (both soldered), 4.5v (one soldered), 5.8v (the other soldered) or ~2S battery voltage (neither soldered) when supplying up to 11v input, perfect for powering a servo! It should be noted that the RoboPad still only supplies 3.3v logic signals, however we have yet to find a hobby servo that will not accept these. | The TinyBEC allows you to selectively solder the bridges on the back to get low voltage (both soldered), 4.5v (one soldered), 5.8v (the other soldered) or ~2S battery voltage (neither soldered) when supplying up to 11v input, perfect for powering a servo! It should be noted that the RoboPad still only supplies 3.3v logic signals, however we have yet to find a hobby servo that will not accept these. | ||
The TinyBEC can be connected to your robot's power supply and will generate the configured voltage, so for a servo you can hook up its power positive and ground lines directly to the TinyBEC, then attach its signal line to the RoboPad as you usually would. | |||
=== Known Issues === | === Known Issues === | ||
* Soldering the voltage selection pads is a little difficult - in the future they will be closer together and slightly smaller. | * Soldering the voltage selection pads is a little difficult - in the future they will be closer together and slightly smaller. | ||
Latest revision as of 23:47, 27 September 2024
Welcome to the TinyBEC product page! If you're on this page, then it means we think you might get some use out of them in the future and have given you some to sample!
This product is currently a prototype, so we're actively looking for feedback on it - if you have any, please contact us at tinybec@blayze.tech!
What is TinyBEC?
TinyBEC is exactly as it sounds - a tiny battery elimination circuit (BEC): there are many like them, but this is ours - and it's configurable too!
Occasionally customers would ask us if a RoboPad can power a 9g micro (or even a 4g sub-micro) servo, and we'd have to tell them that no, it doesn't. Servos often operate between 5 and 6 volts, with sub-micro servos requiring between 3 and 5 volts, and all pulling up to an amp of current, which we can't supply. That was until we built the TinyBEC!
The TinyBEC allows you to selectively solder the bridges on the back to get low voltage (both soldered), 4.5v (one soldered), 5.8v (the other soldered) or ~2S battery voltage (neither soldered) when supplying up to 11v input, perfect for powering a servo! It should be noted that the RoboPad still only supplies 3.3v logic signals, however we have yet to find a hobby servo that will not accept these.
The TinyBEC can be connected to your robot's power supply and will generate the configured voltage, so for a servo you can hook up its power positive and ground lines directly to the TinyBEC, then attach its signal line to the RoboPad as you usually would.
Known Issues
- Soldering the voltage selection pads is a little difficult - in the future they will be closer together and slightly smaller.