A method of vibration control for a wellbore logging tool (130,226), the method comprising: generating, by vibration of an acoustic transmitter of the wellbore logging tool due to a first vibration of the wellbore logging tool (130,226), a voltage output of an amplifier of the wellbore logging tool (130,226), wherein the amplifier is coupled to the acoustic transmitter; sending the voltage output to a braking signal generator of the wellbore logging tool (130,226); generating a first braking signal using information about the voltage output to determine the amplitude, frequency or phase of the vibration of the acoustic transmitter; transmitting the first braking signal to the wellbore logging tool (130,226) to cause the wellbore logging tool (130,226) to vibrate offset from the first vibration of the wellbore logging tool (130,226) to dampen, or cancel out, the first vibration of the wellbore logging tool (130,226); suppressing, after the first braking signal is transmitted to the wellbore logging tool (130,226), an input signal to the wellbore logging tool (130,226) for a duration of time; providing a subsequent output signal of the wellbore logging tool (130,226); determining whether a subsequent vibration of the wellbore logging tool (130,226) is below a threshold; and based on the determination: generating a second braking signal based on the subsequent output signal of the wellbore logging tool (130,226); and transmitting the second braking signal to the wellbore logging tool (130,226) to cause the wellbore logging tool (130,226) to vibrate offset from the subsequent vibration of the wellbore logging tool (130,226) to dampen, or cancel out, the subsequent vibration of the wellbore logging tool (130,226). generating, by vibration of an acoustic transmitter of the wellbore logging tool due to a first vibration of the wellbore logging tool (130,226), a voltage output of an amplifier of the wellbore logging tool (130,226), wherein the amplifier is coupled to the acoustic transmitter; sending the voltage output to a braking signal generator of the wellbore logging tool (130,226); generating a first braking signal using information about the voltage output to determine the amplitude, frequency or phase of the vibration of the acoustic transmitter; transmitting the first braking signal to the wellbore logging tool (130,226) to cause the wellbore logging tool (130,226) to vibrate offset from the first vibration of the wellbore logging tool (130,226) to dampen, or cancel out, the first vibration of the wellbore logging tool (130,226); suppressing, after the first braking signal is transmitted to the wellbore logging tool (130,226), an input signal to the wellbore logging tool (130,226) for a duration of time; providing a subsequent output signal of the wellbore logging tool (130,226); determining whether a subsequent vibration of the wellbore logging tool (130,226) is below a threshold; and based on the determination: generating a second braking signal based on the subsequent output signal of the wellbore logging tool (130,226); and transmitting the second braking signal to the wellbore logging tool (130,226) to cause the wellbore logging tool (130,226) to vibrate offset from the subsequent vibration of the wellbore logging tool (130,226) to dampen, or cancel out, the subsequent vibration of the wellbore logging tool (130,226). generating a second braking signal based on the subsequent output signal of the wellbore logging tool (130,226); and transmitting the second braking signal to the wellbore logging tool (130,226) to cause the wellbore logging tool (130,226) to vibrate offset from the subsequent vibration of the wellbore logging tool (130,226) to dampen, or cancel out, the subsequent vibration of the wellbore logging tool (130,226).