HPC Series (DISCONTINUED) Stackpole Electronics, Inc. High Power Surface Mount Resistor Resistive Product Solutions The HPC series represents a breakthrough in functional design, thermal management and end-user benefits. Borrowing from long-proven techniques used in power semiconductors, the HPC series provides up to eight times more useful power than SMD power resistors currently available. The HPC series, through superior characterization, is intended to remove the mystery of managing board level power by combining established techniques in new ways. The result is superior technology in design options, in a cost effective package. Features: U p to 12W with no external heat sinks Up to 50W for short duration Compatible with conventional pick and place Stackpole patent no. US 7,286,358 B2 Only 0.5 x 0.5 PCB footprint Available in 1% and 5% tolerance Non-inductive resistive element RoHS compliant Anodized heat sink top provides 800V voltage withstanding Electrical Specifications Power Rating Power Rating Maximum Maximum Resistance Ohmic Range () Dielectric and Tolerance Type / Code (Watts) 40C (Watts) 40C Working Overload Inductance Temperature Strength w/400 LFM air flow no air flow Voltage Voltage Coefficient 1%, 5% HPC12 12W 5W 200V 400V 1,500V <2nH 150 ppm/C 0.025 - 250K Please refer to the High Power Resistor Application Note (page 4) for more information on designing and implementing high power resistor types. Mechanical Specifications L W H b Type / Code Unit Body Length Body Width Body Height Bottom Termination 0.48 0.50 0.40 0.11 inches HPC12 12.19 12.70 10.16 2.79 mm Rev Date: 05/12/2016 (DISCONTINUED) 1 www.seielect.com This specification may be changed at any time without prior notice marketing seielect.com Please confirm technical specifications before you order and/or use. HPC Series (DISCONTINUED) Stackpole Electronics, Inc. High Power Surface Mount Resistor Resistive Product Solutions Performance Characteristics Test Test Conditions (JIS C 5202) Test Results Short Time Overload 2.5x rated voltage for 5 seconds (2% + 0.1) Dielectric Withstanding Voltage 100VAC, 1 minute (1% + 0.05) Resistance to Soldering Heat 260C 5C for 10 sec 0.5 sec (Solder Bath) (1% + 0.05) Solderability 235C 5C for 2 sec. 0.5 sec (Colophonium flux) 95% coverage, minimum -65C: 30 min. 25C: 2 to 3 min. (1% + 0.05) Temperature Cycle 150C: 30 min. 25C: 2 to 3 min. Jumper (<0.05) (5 cycles) 40C 2C, 90% to RH, rated load (3% + 0.1) Endurance (Damp load) 90 min. ON, 30 min. OFF for 1,000 hrs. -0 hrs. / +48 hrs. Jumper (<0.05) 70C 2C, 90% to RH, rated load (3% + 0.1) Endurance (Rated load) 90 min. ON, 30 min OFF for 1,000 hrs. -0 hrs. / +48 hrs. Jumper (<0.05) Voltage Coefficient 1/10 rated voltage for 3 sec. max. then rated voltage for 3 sec. max. 100 (ppm/V) Robustness of Termination Bend of 3mm for 5 1 sec. (1% + 0.05) HPC12 Power Derating Curve 14 12 400 LF/M Airflow 10 200 LF/M Airflow 8 No Airflow 6 4 2 0 40 70 100 130 Ambient Temperature (Deg. C) HPC12 Power vs. Duration 60 50 10% Duty Cycle 200 LF/M 40 10% Duty Cycle, No Airflow 30% Duty Cycle, 200 LF/M 30 33% Duty Cycle, No Airflow 20 10 0 1 15 30 45 60 75 90 Peak Power Duration (seconds) Rev Date: 05/12/2016 (DISCONTINUED) 2 www.seielect.com This specification may be changed at any time without prior notice marketing seielect.com Please confirm technical specifications before you order and/or use. Max Peak Power (Watts) . Max Peak Power (Watts) .