• Part: MHP20S
  • Description: 20W TO-126 HIGH POWER RESISTORS
  • Manufacturer: Unknown Manufacturer
  • Size: 903.70 KB
Download MHP20S Datasheet PDF
Unknown Manufacturer
MHP20S
MHP20S is 20W TO-126 HIGH POWER RESISTORS manufactured by Unknown Manufacturer.
.. 20W TO-126 HIGH POWER RESISTORS Features …………………………………………………………. - - - - - - - - - - Non-Inductive, Small, 20 Watt high power resistor. TO-126 style package offering a very low thermal resistance of 5.9 C°/W. plete thermal flow design available for easy implementation. Superior vibration durability. Small thin package for high density PCB installation. Ro HS pliant. High frequency emitter resistors in switching power supplies. High precision CRT color video amplifiers. High frequency snubber and pulse handling circuits. VHF amplifiers. Pulse generator load resistors. - Applications……………………………………………………… Specification Dimensions 3.8 8.5 3.1 dia.3.1    12.0       Structure and Material Epoxy Molding Copper Wire Leads Conductor Resistor Film Alumina Copper Plate 100F 1.4 0.6 5.08 1.9 0.5 15.0 12.0 (mm) Specification 20 Watts 1 Watts 5.9°C/W 0.01-0.09 Ω E6 250 ppm/°C +/-5% 0.1-9.1 Ω E12 100 ppm/°C +/- 5% and 1% -55 to +155 °C 2000 Volts DC ∆R +/- (1.0 %+0.05 Ω) ∆R +/- (1.0 %+0.05 Ω) ∆R +/- (1.0 %+0.05 Ω) Min 95% coverage Over 1000 MΩ ∆R +/- (0.25 % Ω) Specifications subject to change without notice Items Power Rating Power Rating Thermal Resistance Resistance Range Nominal Resistance Series TCR Tolerance Operation Temp. Range Dielectric Withstanding Voltage Load Life Humidity Soldering Heat (Max) Solderability Insulation Resistance Vibration Conditions @ Tab Temp < 25°C Free air. From hot spot to tab. 10-220 Ω E24 50 ppm/°C +/- 1% 60 seconds. between terminals and flange 25°C, 90 min. ON, 30 min.OFF, 1000 hours. 60°C, 90-95% RH, DC 0.1W, 1000 hours. 250+/-5°C, 3 seconds, 230+/-5°C, 3 seconds. Between terminals and metal back plate. Extended resistance range to 51KΩ avail. Additional 2.0Ω and 5.0 Ω also avail. For -55 to +155°C Notes: 1. Electrically isolated metal tab. 2. Remend the use of thermal grease between metal tab and heat sink. 3. Thermal design should account for a thermal resistance between resistor and tab...