HSC3006R8J TE Connectivity, HSC3006R8J Datasheet
HSC3006R8J
Specifications of HSC3006R8J
Related parts for HSC3006R8J
HSC3006R8J Summary of contents
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... Aluminium Housed High Power Resistors TYPE HS SERIES MEGGITT ELECTRONIC COMPONENTS MEGGITT CGS HIGH VOLTAGE RESISTORS HIGH VALUE RESISTORS HIGH POWER RESISTORS ALUMINIUM CLAD RESISTORS CURRENT SENSE RESISTORS MEGGITT CGS KEY FEATURES UP TO 1000 WATTS WITH HEATSINK LOW OHMIC VALUES AVAILABLE CECC - BS APPROVED ...
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... Certain styles are approved to CECC specification, others are designed to conform to the relevent MIL, CGS or customer specification. We will be happy to advice on the use of resistors for pulse applications, and to supply information for high voltage use, low ohmic value components, alternative mountings and terminations. For high power applications, a range of special designs are available, power dissipation up to 1000 Watts, insulated and designed to withstand 12KV impulse ...
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SPECIFICATION (cont...) DIMENSIONS (mm.) HS Type H ± 0.3 J ± 0.3 K ± 0.2 L Max. M Max. N Max. P Max. R Min. T ± 0.5 U Max. Note: K refers to mounting hole diameter HSA5 - HSA50 ...
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SPECIFICATION (cont...) HSX TYPE 25 WATTS/50WATTS HIGH CREEP Power Dissipation on Water Cooled Heatsink: (Inlet Water Temperature (= 20°C) Resistance Range: (Tolerance ± 5% STD) Stability R after 2000 hrs hrs - ON ...
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SPECIFICATION (cont...) PULSE FORM GRAPHS FOR HSA, HSC AND HSX TYPES 160 140 120 100 0.01 2000 1800 1600 1400 1200 1000 800 600 400 200 0 0.01 TYPE HS SERIES Pulse Energy 0.1 1 ...
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... Meggitt CGS is probably unique in offering an elegantly packaged resistor range with power dissipations up to 1000 watts, resistance ranges to 50K and 12KV DC voltage proof in an elegant mineral filled aluminium case. These resistors have been specifically designed for the power generation industry but are increasingly finding applications in locomotive and other industrial markets where high power, long life and exacting pulse requirements are key design parameters ...
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... Long Term Stability For improvements in long term stability, resistors must be derated as follows: for 50% of stated R maximum dissipation must not exceed 70% of rating; for 25% of stated R maximum, dissipation must not exceed 50% of the rating ...