XT60-TVS - Voltage Spike Filter

Matek XT60-TVS Voltage Spike Filter XT60-TVS - Übersichtsseite

Link zum Premium-Modellbau Shop

https://www.premium-modellbau.de/matek-xt60-tvs-voltage-spike-filter-xt60-tvswww.premium-modellbau.de

Matek XT60-TVS Voltage Spike Filter XT60-TVS im Premium-Modellbau Shop

Matek XT60-TVS Voltage Spike Filter XT60-TVS

Montage und Inbetriebnahme:

Bitte beachten Sie unbedingt den angegebenen Spannungsbereich für das jeweilige Board. Eine zu hohe Spannung wird die angeschlossenen Komponenten beschädigen.

Achten Sie beim Anschluss der Kabel am Akku immer auf korrekte Polung (und isolieren Sie die Leitungen entsprechend mit Schrumpfschlauch.

5x Voltage Spike Filter von Matek

XT60 und Kabel sind NICHT Teil des Lieferumfangs.

• 2x high-power TVS diodes and 1x 470uF low ESR capacitor on board

• TVS can absorb huge voltage surge at the moment of plugging battery to protect the connected components.

• Low ESR capacitor will reduce the voltage spikes and ripple caused by ESC.

• Maximum Operating Voltage: 28V (6S LiPo)

• Packing: 5x PCB w/TVS, 5x 470uF Rubycon ZLH series electrolytic capacitor.

https://www.premium-modellbau.de/media/image/6c/ea/5c/XT60-TVS_2.jpg

What is a TVS Diode and How Does it Work?

• The Transient Voltage Suppression diode (TVS) is a component that is commonly used for transient protection. (Not to be confused with zener diode or schottky diode.) It consists of a p-n semiconductor junction that becomes conductive during a transient voltage spike. In normal circumstances, it appears as an open circuit despite a small leakage current.

• When the voltage on the transient voltage suppressor rises across its threshold voltage(Breakdown Voltage), the avalanche effect of the semiconductor causes the p-n junction to become a low-impedance path that channels away the excessive current. The response time of the TVS diode is extremely fast, often expressed in picoseconds.

• The placement of the TVS diode is also important. It is a good practice to place TVS diodes as close to the power source as possible.