Isolated Switchmode Voltage Converter Mini 24-12 VDC 8Amps
SVCi241208
Quick Overview
“The SVCi Mini Series models are designed for high performance installations anywhere”
Electrical
| Continuous Load Rating @ 30°C | 8 Amps |
|---|---|
| Peak Load Rating @ 30°C | 12 Amps |
| Input Voltage | 17 – 33VDC |
| Output Voltage | 12.5/13.6VDC |
| Standby Current Draw | <20mA |
| Power Conversion Efficiency @ 30°C | Typically 93% |
| Output Ripple | Less than 20mV Peak to Peak |
| Galvanic Insolation | Yes |
Physical
| Power Termination | 6-32 UNC H/D screw terminal |
|---|---|
| Auxiliary Termination | Euro terminal block |
| Enclosure Material | Marine grade aluminium dye anodised |
| End Cap Material | Injection moulded electrical grade ABS/PC plastic |
| Terminal Cover Material | Extruded temperature resistant ABS |
| Diagnostic Indicator | Tri-colour LED – monitoring input voltage, overload, short circuit and temperature |
| Operating Temp | -25°C to + 45°C |
| Operating Humidity | Ideally less than 90% |
| Dimensions (overall) | 170mmL x 80mmW x 40mmH |
| Weight (nominal) | 418 Grams |
Protection
| Transient Voltage | Filtering - Purpose designed circuit |
|---|---|
| Overload/Short Circuit | Shutdown - Current sensing circuit (automatic reset) |
| Input Under Voltage | Shutdown - Voltage sensing circuit (automatic reset) |
| Over Temperature | Shutdown - Temperature sensing circuit (automatic reset) |
| Output Over Voltage | Internal Fuse – Zener crowbar circuit (not user serviceable) |
| Input Reverse Polarity | Internal Fuse – Diode bypass circuit (not user serviceable) |
The SVC and SVCi Mini Series range was developed to fulfil the need for a small device to power low current electrical and electronic equipment in transport applications. Utilising the unique Mini Series housing design, these devices are not only stylish but compact, efficient and installer friendly.
Available in both common negative and galvanically isolated versions, the SVC and SVCi Mini Series models are designed for high performance installations anywhere a 12VDC source is required in a 24VDC application. The common negative SVC version provides maximum efficiency at a cost effective price and provides the same protection of the SVCi version with the exception of galvanic isolation. The isolated version ensures complete DC – DC electrical isolation, that is, no common connection between the input and output whatsoever. Isolated converters will eliminate line interference, increase electrical safety with improved circuit protection and reduce voltage transients. This means peace-of-mind when connecting sensitive and often expensive, high-end electronic equipment to the output.
The SVC and SVCi Mini Series incorporate a range of safety features to protect the device from specific fault conditions including under and over voltage, transients, thermal and output overload and short circuit.
