| Plural | milliamperes |
milliampere rating
peringkat miliampere
milliampere measurement
pengukuran miliampere
milliampere scale
skala miliampere
milliampere range
rentang miliampere
milliampere output
output miliampere
milliampere input
input miliampere
milliampere limit
batas miliampere
milliampere capacity
kapasitas miliampere
milliampere flow
aliran miliampere
milliampere value
nilai miliampere
the device operates at a current of 500 milliampere.
perangkat ini beroperasi pada arus sebesar 500 miliampere.
measuring the current in milliampere is crucial for safety.
Mengukur arus dalam miliampere sangat penting untuk keselamatan.
this battery can deliver a maximum of 1000 milliampere.
Baterai ini dapat memberikan arus maksimum sebesar 1000 miliampere.
the charger provides a steady current of 200 milliampere.
Pengisi daya menyediakan arus stabil sebesar 200 miliampere.
we need to limit the current to 50 milliampere for this circuit.
Kita perlu membatasi arus hingga 50 miliampere untuk rangkaian ini.
check the specifications to see the milliampere rating.
Periksa spesifikasi untuk melihat peringkat miliampere.
the sensor operates efficiently at 10 milliampere.
Sensor beroperasi secara efisien pada 10 miliampere.
adjust the output to maintain a constant milliampere flow.
Sesuaikan keluaran untuk menjaga aliran miliampere yang konstan.
too much milliampere can damage the circuit.
Terlalu banyak miliampere dapat merusak rangkaian.
understanding milliampere is essential for electronics students.
Memahami miliampere sangat penting bagi mahasiswa elektronika.
milliampere rating
peringkat miliampere
milliampere measurement
pengukuran miliampere
milliampere scale
skala miliampere
milliampere range
rentang miliampere
milliampere output
output miliampere
milliampere input
input miliampere
milliampere limit
batas miliampere
milliampere capacity
kapasitas miliampere
milliampere flow
aliran miliampere
milliampere value
nilai miliampere
the device operates at a current of 500 milliampere.
perangkat ini beroperasi pada arus sebesar 500 miliampere.
measuring the current in milliampere is crucial for safety.
Mengukur arus dalam miliampere sangat penting untuk keselamatan.
this battery can deliver a maximum of 1000 milliampere.
Baterai ini dapat memberikan arus maksimum sebesar 1000 miliampere.
the charger provides a steady current of 200 milliampere.
Pengisi daya menyediakan arus stabil sebesar 200 miliampere.
we need to limit the current to 50 milliampere for this circuit.
Kita perlu membatasi arus hingga 50 miliampere untuk rangkaian ini.
check the specifications to see the milliampere rating.
Periksa spesifikasi untuk melihat peringkat miliampere.
the sensor operates efficiently at 10 milliampere.
Sensor beroperasi secara efisien pada 10 miliampere.
adjust the output to maintain a constant milliampere flow.
Sesuaikan keluaran untuk menjaga aliran miliampere yang konstan.
too much milliampere can damage the circuit.
Terlalu banyak miliampere dapat merusak rangkaian.
understanding milliampere is essential for electronics students.
Memahami miliampere sangat penting bagi mahasiswa elektronika.
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