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FAQs
Q: What output voltage is provided by the TSWIRX-LI-EVM system?
A: The output is 4.2 volts for Li-ion charging, with a maximum charing current 250mA.
Q: Is the TSWIRX-LI-EVM compliant with Qi or another wireless transmission standard?
A: These low power wearable solutions are not based on existing standards in order to employ smaller
coils and other optimizations that better suit the low power system environment.
Q: Does the EVM part number represent something in particular?
A: Yes. The part number is broken into a prefix, main body, and suffix, separated by dashes. The prefix is
comprised of three two letter groupings that each help define the product represented. As such, the part
number can be read as follows:
Prefix characters:
1+2 = Company :
3+4 = Environment :
5+6 = Type :
Mid-section = Device Voltage or Wattage
Suffix = Equipment type:
EVM = Evaluation Module
MOD = Production Module
Thus, the TSWIRX-LI-EVM is a Wearable Infrastructure, 5 volt Receiver Evaluation Module provided by
Semtech.
Q: Does the TSWIRX-LI-EVM implement Foreign Object Detection (FOD)?
A: FOD detection is an important protection in higher power systems, but in low power wearable
infrastructure systems there is no risk of overheating, rendering FOD management unnecessary.
Q: What if my questions weren't answered here?
A: Go to the Semtech website as described on the next page. An updated FAQ for the TSWIRX-LI-EVM
is maintained there and may contain the answers you're looking for. Your local Semtech FAE can also
assist in answering your questions.
TSWIRX-5V-EVM
User Guide
TS = Triune/Semtech
DM = Dual Mode
TX = Transmit
www.semtech.com
WI = Wearable Infrastructure
RX = Receive
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