BCP-15-15-D24 ETC1 [List of Unclassifed Manufacturers], BCP-15-15-D24 Datasheet
BCP-15-15-D24
Related parts for BCP-15-15-D24
BCP-15-15-D24 Summary of contents
Page 1
... BCP-5/15-3.3/15-D48 (36-75V input) are fully isolated DC/DC converters providing both 5V and 3.3V outputs. Housed in standard "half-brick" packages (2.3" x 2.4" x 0.525"), the BCP’s can support any combination of 5V and 3.3V loading combined total of 15 Amps. Both outputs are fully isolated (1500Vdc) and independently line (± ...
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... Part Number Suffi xes BCP 75 Watt DC/DC's are designed so an On/Off Control function, with either positive polarity (no suffi negative polarity ("N"suffi x Sync function ("S" suffi x) can be added in the pin 3 position. No Suffi x On/Off Control function (positive polarity) on pin 3 ...
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... These are stress ratings. Exposure of devices to any of these conditions may adversely affect long-term reliability. Proper operation under conditions other than those listed in the Performance/Functional Specifi cations Table is not implied, nor recommended. 3 BCP Models Output (continued) Magnetic feedback, latching 6.8 volts 4.5Volts ...
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... XCP Series & 3.3V Outputs/Returns The BCP Series outputs (pins 7 & 10) and returns (pins 6 & 9) are isolated from the +V and –V inputs (pins 4 & 1) via a transformer and opto-coupled IN IN transistors. The +5V Return (pin 6) and +3.3V Return (pin 9) are connected internal to the DC/DC converter ...
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... This new heat sink (HS-CPLP2) is designed with radiant fi ns that extend 0.51" beyond either side of the 2.4" dimension of the BCP package. The convenience of this design is that the fi nned extensions protrude only 0.31" below the top surface of the DC/DC converter, allowing components with a profi ...
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... LOAD TRIM DOWN BCP DC/DC's do not have their metal baseplate connected to one of the input pins. The "uncommitted" baseplate is connected to pin 2 which, depending upon your system confi guration, should be connected to either +Input (pin 4), –Input (pin 1), Output Returns (pins 6 & 9), or earth ground. ...
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... Output Full-Load to Half-Load Transient Response (V = 48V, 3.3V@ 0A, external 10µF || 1µF output capacitors Output 100mV/div 15A Output Current 7.5A 5A/div 5V Output Half-Load to Full-Load Transient Response (V = 48V, 3.3V@ 0A, external 10µF || 1µF output capacitors Output 100mV/div 15A Output Current 7.5A 5A/div 7 BCP Models D48 Model 1µsec/div 100µsec/div 100µsec/div ...
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XCP Series D24 Model 3.3V Output Full-Load to Half-Load Transient Response (V = 24V, 5V@ 0A, external 10µF || 1µF output capacitors.) IN 3.3V Output 100mV/div 15A Output 7.5A Current 5A/div 100µsec/div 3.3V Output Half-Load to Full-Load Transient Response (V ...
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... Start-Up from Remote On/Off Control (V = 48V, 5V@ 7.5A, 3.3V @ 7.5A, external 10µF || 1µF output capacitors.) IN Remote On/Off (Pin 3) 2V/div 3.3V Output 2V/div 5V Output 2V/div Start-Up from 48V, 5V@ 7.5A, 3.3V @ 7.5A, external 10µF || 1µF output capacitors 20V/div 3.3V Output 2V/div 5V Output 2V/div 9 BCP Models D48 Model 1µsec/div 4msec/div IN 4msec/div ...
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XCP Series D24 Model Output Power vs. Ambient Temperature (Without heat sink, 5V Output, 3. Natural Convection Cooling 30 150 Linear Feet Per Minute 20 300 Linear Feet Per Minute 10 0 –40 ...
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... BCP Models D48 Model 5V Efficiency vs. Load (+3.3V Output @ 0 Amps 75V 60V 48V 36V IN 3.75 5.625 7.5 9.375 11.25 +5V Output Current (Amps) 3.3V Efficiency vs. Load (+5V Output @ 0 Amps 60V 48V IN ...
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XCP Series D24 Model Output Ripple and Noise (PARD) vs. Input Voltage (One output @ 15A, other output @ 0A, PARD measured on loaded output, 20MHz bandwidth PARD 3.3V Output 50 PARD 5V Output 40 30 Ripple 5V ...