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Where? The SMC/SMUC Switched Mode DC/DC converters are non galvanic isolated converters for use with 12V equipment on a 24V board system. There are also two types which make it possible to use 24V equipment on a 12V board system i.e.: Step-up converters (SMUC). How? The SMC/SMUC use a switching technique that results in a high efficiency, which makes it possible to use a compact housing. The types with higher output current have a temperature controlled fan. The SMC/SMUC converters are short-circuit protected, current limited and combines a high efficiency (≈93%) with great reliability. Why? Because most equipment is designed for use on a 12V board system it is necessary to use a converter on 24V board systems (trucks, busses etc.) to convert the 24V to a reliable and safe 12V. It is important to use as little energy as possible and produce as little heat aspossible in this process, making it fuel-efficient and therefore environmently friendly. SMC05 / SMC05RB Max Output Current: 5A Input Voltage: 18 - 35V Output Voltage: 13.2V Standby Current: <5mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 30°C Weight: 0.17kg Dimensions (h x w x d): 49 x 88 x 68 SMC08 Max Output Current: 8A Input Voltage: 18 - 35V Output Voltage: 13.2V Standby Current: <5mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 20°C Weight: 0.25kg Dimensions (h x w x d): 49 x 88 x 98 SMC12 Max Output Current: 12A Input Voltage: 18 - 35V Output Voltage: 13.2V Standby Current: <5mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 30°C Weight: 0.26kg Dimensions (h x w x d): 49 x 88 x 98 SMC20 Max Output Current: 20A Input Voltage: 18 - 35V Output Voltage: 13.8V Standby Current: ∼25mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 25°C Weight: 0.48kg Dimensions (h x w x d): 49 x 88 x 126
Where? The SMC/SMUC Switched Mode DC/DC converters are non galvanic isolated converters for use with 12V equipment on a 24V board system. There are also two types which make it possible to use 24V equipment on a 12V board system i.e.: Step-up converters (SMUC).
How?
The SMC/SMUC use a switching technique that results in a high efficiency, which makes it possible to use a compact housing. The types with higher output current have a temperature controlled fan. The SMC/SMUC converters are short-circuit protected, current limited and combines a high efficiency (≈93%) with great reliability.
Why?
Because most equipment is designed for use on a 12V board system it is necessary to use a converter on 24V board systems (trucks, busses etc.) to convert the 24V to a reliable and safe 12V. It is important to use as little energy as possible and produce as little heat aspossible in this process, making it fuel-efficient and therefore environmently friendly. SMC05 / SMC05RB Max Output Current: 5A Input Voltage: 18 - 35V Output Voltage: 13.2V Standby Current: <5mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 30°C Weight: 0.17kg Dimensions (h x w x d): 49 x 88 x 68 SMC08 Max Output Current: 8A Input Voltage: 18 - 35V Output Voltage: 13.2V Standby Current: <5mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 20°C Weight: 0.25kg Dimensions (h x w x d): 49 x 88 x 98
SMC12 Max Output Current: 12A Input Voltage: 18 - 35V Output Voltage: 13.2V Standby Current: <5mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 30°C Weight: 0.26kg Dimensions (h x w x d): 49 x 88 x 98 SMC20 Max Output Current: 20A Input Voltage: 18 - 35V Output Voltage: 13.8V Standby Current: ∼25mA Temp Controlled Fan: N Temp Rise after 30 mins max load: 25°C Weight: 0.48kg Dimensions (h x w x d): 49 x 88 x 126