Voice Over. Dual Rectifier Battery Isolator

Voice Over Andy Taylor | Product Videos | Matt Rittman – 3D Motion Designer

How A Battery Isolator Works: Voice Over for a Matt Rittman Animation

Andy Taylor provides voice over for this 3D animation, explaining the functions of “Power Switch” when installed on the Power-Gate Dual Rectifier.

The Dual Rectifier Battery Isolator allows simultaneous use of two batteries in auto and marine applications. The auxiliary battery can be used for separate loads so as to not drain the main battery.

Just wanted to say thanks again for your amazing voiceover for my animation. I’ll definitely be using you again when the time comes.

Matt Rittman, 3D Generalist/Motion Designer | Producer: How a Glock Works

Script. Dual Rectifier Operation

After the Power-Gate Dual Rectifier is installed, the MOSFET-based dual-diodes effectively starve the alternator of the voltage it needs to turn-on and start producing power. To resolve this, Perfect Switch uses an alternator excitation circuit which is triggered by the starter motor.

When engine cranking is complete, the alternator excitation circuit turns on.

We momentarily turn off power-blocking between the main battery and the upstream alternator.

With battery voltage present, the alternator’s regulator instantly excites, causing power generation.

Power flows from the alternator, through the Dual Rectifier to the downstream batteries. Once the Dual Rectifier senses alternator voltage rising, the excitation circuit turns off, and the default power-blocking firmware takes over.

With the engine off, each battery can be independently discharged.

Discharge of the auxiliary battery does not affect the main battery.

Main battery discharge does not affect the auxiliary battery.

Discharge of Auxilary Bettery

When loads are applied to the auxiliary battery, the Dual Rectifier will not allow current from the Main battery to feed Auxiliary battery loads. Current wants to flow from main to auxiliary, but the MOSFET-based ideal diode will not allow current to pass.

Discharge of Main Battery

When loads are applied to the Main battery, the dual rectifier will not allow current from the Auxiliary battery to feed Main battery loads. Again, the MOSFET-based ideal diode will not allow current to pass.

Battery Combine / Self-Jumping

If the main battery is discharged and causes a no-start condition, the battery combine feature can be used to transfer energy from the auxiliary battery to the main battery for self-jumping.

Additional Animation Voice Over from Andy Taylor