7/30/2000
ON-BOARD DC-DC CONVERTER ENCAPSULATED MODULES
30 WATTS TRIPLE OUTPUT APS30DM-T SERIES
Advanced Power Solutions
FEATURES:
¢ TRIPLE OUTPUT
¢ WIDE 4:1 & 2:1 INPUT RANGE
¢ 30W ISOLATED OUTPUT
¢ SIX-SIDED METAL SHIELD
OUTPUT SPECIFICATION
Output Voltage: See Ratings Chart
Output Current: See Ratings Chart
Voltage Accuracy: Main O/P ±2.0%typ.
Line Regulation: ±0.5% typ.
Load Regulation: VO1 & VO3 ±2.0%, VO2 ±5.0% typ.
Noise & Ripple: 100mV for 3.3V/5.0V & 1.0% typ.
for other output peak to peak
OVP: Built-in on main output
Adjustability: VO1 O/P may optionally be external
trimmed ±3.0% with a fixed resistors
or trim-pot
Short Circuit Protection: Power fold back,
Self-recovering.
Overload Protection: About 130% of overrange by
foldback type
SPECIFICATION
INPUT SPECIFICATION
Input Range: Wide 4:1 & 2:1 DC input range
See Ratings Chart
Input Voltage: Nominal 12/24/48Vdc
Input Current: Various with input range and load
See Ratings Chart
Input Fuse: Use external fuse
Input Filter: Pi-Network
Overvoltage Shutdown: Optional. Factory set
Undervoltage Shutdown: 8Vdc
Isolation Resistor: 1,000 Mega Ohms
Isolation Voltage: 1,500Vdc
EMI: Six-sided metal shielding
Remote On/Off: TTL/CMOS-Compatible Input Control
Logic input reference to –input/-Vin
Logic [1]/Open(or 2.5-7.0Vdc above-Vin)=ON
Logic [2]/Short(or 0-0.08Vdc above-Vin)=OFF
GENERAL SPECIFICATION
Efficiency: Typ. 81%, various with input
Switching Frequency: Fixed frequency 100K Hz
Circuit Topology: 100K Hz. Forward Circuit
Transient Response: Full to 1/2 load <200µsec.
Case: Black coated copper with non-conductive
metal base
Weight: 156.0g (5.6 Oz.)
Power Density: 10.0 Watts./ Cubic inch
Operating Temperature: -25°C to +71°C range
–20°C to +60°C @ full load without derating
Temperature: -40°C to +105°C
Temperature Coefficient: 0.02% /°C
Cooling: Convection cooling up to +60°C @ full load
At least 100LFM moving air is recommended for F-L
> +60°C in a confined area
Humidity: Up to 95%RH, Non-condensing
Commercial Grade only
NOTE: (1) All measurements are at nominal input, full load, and +25°C unless otherwise specified.
(2) Line Regulation measured from High to Low Lines at full load.
(3) Load Regulation measured from Full Load to 1/2 Full Load at nominal input.
(4) Correct fuse size by calculating the max. DC current drain at low Line input & Load and then adding 20-25%for the desired fuse size.