Pulse Power

Capacitor discharges of highly destructive energy is released into electronics for spectacular explosions, filmed in slow motion!

samsung nexus galaxy google exploding

Samsung Galaxy Google Nexus Explodes in Slow Motion 1000fps

A pulse discharge with a peak current of 50,000 Ampere is send through a Samsung Galaxy Google Nexus mobile phone. The Galaxy Nexus (GT-I9250) is a Android smartphone co-developed by Google and Samsung Electronics. It is the third smartphone in the Google Nexus series. It received good reviews as the best Android phone in 2011 […]

Samsung Galaxy Google Nexus Explodes in Slow Motion 1000fps Read More »

sonos connect exploding

Sonos Connect Exploding in Slow Motion 1000fps

A pulse discharge with a peak current of 50,000 Ampere is send through a Sonos Connect. If your audio keeps skipping, stopping or generally playing up, you could have an issue with wireless interference from other devices in your home. One way to reduce this interference is to switch 90MW of energy through your Sonos

Sonos Connect Exploding in Slow Motion 1000fps Read More »

siemens simatic S5 PLC exploding

Siemens Simatic S5-110 PLC CPU Explodes in Slow Motion 1000fps

A pulse discharge with a peak current of 50,000 Ampere is send through a Siemens Simatic S5-110 PLC CPU. The S5 series was released in 1979 with the 110 CPU being in the middle of the CPU range. I have spent countless hours on factory floors with my Siemens laptop, the FIELD PG, troubleshooting and

Siemens Simatic S5-110 PLC CPU Explodes in Slow Motion 1000fps Read More »

tda7492p explosion

TDA7492 Bluetooth Amplifier Exploding in Slow Motion 1000fps

A pulse discharge with a peak current of 50,000 Ampere is send through a TDA7495p Bluetooth Amplifier. I did a review of this a while ago. I am not satisfied with the low audio quality and questionable user interface. This Chinese speaking amplifier is freed of all its junk solutions through a extreme pulse discharge

TDA7492 Bluetooth Amplifier Exploding in Slow Motion 1000fps Read More »

Scroll to Top