TDH50H10K0FE
TDH50H10K0FE is Surface-Mount Heatsink manufactured by OHMITE.
- Part of the TDH50 comparator family.
- Part of the TDH50 comparator family.
TDH50 Series
50 watt D2-PAK TO-263 Thick Film Surface Mount
F e at u r e s
- 50W high power resistors in TO263 (D2-PAK) style package with matte Tin plated flange.
- Non-inductive design suits high frequency applications and high-speed pulse circuits.
- Low, 2.3 deg C/W heat resistance from resistor hot spot to flange and long life performance are presented with thick film metallization technology.
- Wide, 20 mΩ to 51K Ω resistance range.
A p p l i c at i o n s
- UPS
- Automotive
- Power unit of machines
- Measurements
- Motor control
- Industrial puters
- Drive circuits
- High frequency electronics characteristics
Test Condition Rating Power -55°C to 25°C flange temperature
(when used with proper heatsink cooling system) Attached on simple footprint Heat Resistance Resistor hot spot to flange Resistance Range Resistance at terminal foot portion
Nominal Res. Include 2.5, 4.0, 5.0, 8.0 and 16
TCR (ppm/°C) of low resistance will typically be increased as indicated. Testing point is at 5.27mm from bottom of molding of terminals
300ppm 0.02Ω 200ppm 0.05Ω 140ppm 0.1Ω 80ppm 0.2Ω
Tolerance 1% tolerance at 0.01-0.091Ω are available
Capacitance Equivalent parallel capacitance
Inductance Equivalent series inductance
Operation Temp.
Operating Volt. P is rating power and R resistance
Withstand. Volt. Terminal and flange, 60 seconds. 1m A
Load Life 25°C, 90 min.ON, 30 min. OFF, 1000h.
Humidity 40°C, 90-95%RH, DC 0.1W, 1000 hours.
Temp. Cycle -55°C,30 min., +155°C,30 min., 5cyc
Soldering Heat 350±5°C, 3 sec.,
Lead Solderability 245±5°C, 3seconds.
Insulation Between terminals and tab. Resistance
Vibration IEC60068-2-6. Test method is IEC60068-2-6, and specification is sine sweep wave form, 100Hz-2000Hz, 10 cycles, amplitude 0.75mm or 100m/s2, 90minutes. direction x-y z, Amplitude 0.75mm will be applied under break point Frequency (about 60Hz) and 100m/ s2 over break point
Flammability
Weight
Value 50 Watt
2 Watt 2.3°C/W 0.020.091Ω
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