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| Inrush current limiters SL series |
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Surge currents which occur when electrical circuits are switched on can cause serious damage to sensitive electronic components which may exceed their rated values unless the surge is controlled. Damaging surges may be prevented by using inrush current limiters placed in critical parts of the circuit.
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UL approved (SL22 models) CSA approved Limit current inrush to electric motors and PSUs Lighting circuits+thermostat protection |
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| MegaSurge inrush current limiters MS series |
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Megasurge inrush current limiters are for very high power applications. With energy ratings to 900J these devices are suitable for very high power battery chargers, welding machines, compressors, toroidal transformers and high power motor controllers.
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High energy to 900J Steady state current to 50A Working voltage to 680V Limit current inrush to electric motors and PSUs |
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| Lower power dissipation inrush current limiters AS series |
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The new AS series dissipates between 43% - 25% less power than standard inrush current limiters with the same current / resistance ratings. This means the parts run cooler which increases their longevity.
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15A - 30A 43% - 25% less power dissipation Working voltage to 480V faster cool down time |
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| Surge Gard inrush current limiters SG series |
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Surge Gard inrush current limiters are special power NTC thermistors which are connected in series with the load. On "switch on" the thermistor limits the current due to its relatively high cold resistance. As a result of current flow the thermistor heats reducing it's value and thus limiting damaging surge currents to the load.
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High hot to cold resistance ratio 31 stocked inrush current limiters
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| Chip varistor 0402 size |
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The LVS series is used to protect integrated circuits and other components from voltage transients. The LVS series devices are transient voltage suppression devices based on the zinc oxide ceramics with non-linear voltage-current characteristics similar to zener clamping diodes. These devices give protection from transient voltage noise in all kinds of ICs and I/O ports.
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3.3V-30V working voltage range Excellent clamping ratio & leakage current -55-125°C operating temperature 0402 size |
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| Chip varistor 0603 size |
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The LVS series is used to protect integrated circuits and other components from voltage transients. The LVS series devices are transient voltage suppression devices based on the zinc oxide ceramics with non-linear voltage-current characteristics similar to zener clamping diodes. These devices give protection from transient voltage noise in all kinds of ICs and I/O ports.
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3.3V-30V working voltage range Excellent clamping ratio & leakage current -55-125°C operating temperature range 0603 size |
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| Chip varistor 0805 size |
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The LVS series is used to protect integrated circuits and other components from voltage transients. The LVS series devices are transient voltage suppression devices based on the zinc oxide ceramics with non-linear voltage-current characteristics similar to zener clamping diodes. These devices give protection from transient voltage noise in all kinds of ICs and I/O ports.
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3.3V-30V working voltage range Excellent clamping ratio & leakage current -55-125°C operating temperature 0805 size |
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