context: Here, however, a charging circuit is provides that uses an improved driver.
answer_0: Preferably, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_1: Namely, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_2: Absolutely, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_3: In the end, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_4: Secondly, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_5: Normally, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_6: Frequently, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_7: Technically, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_8: Eventually, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....
answer_9: Meaning, an amplifier within a current sensor is used to control the rate that a switch can charge an external capacitor....