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    Bourns Releases High Current Metal Alloy-based, Multilayer Power Chip Inductors

    Smiths Interconnect Extends Space-Qualified, High-Reliability Fixed Chip Attenuators 

    Samtec Expands Offering of Slim, High-Density HD Array Connectors

    Bourns Unveils High-Precision Wirewound Resistor with Long-Term Stability

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Ohmite Releases Thick Film Resistors on Ceramic Heatsink

30.1.2020
Reading Time: 2 mins read
A A

Ohmite TRH Thick Film Resistors combine two products in one by using advanced thick film printing processes to place a resistor onto an ceramic heatsink.

These through-hole resistors replace common thick film heat sinkable products as well as the heatsink and hardware associated with them. The resistor and heatsink are one unit and work together to offer 50nH to 100nH inductance and 5Ω to 10MegΩ resistance, depending on type. Ohmite TRH Thick Film Resistors are designed to be board mounted and feature solder-plated phosphor bronze terminals. These resistors offer three resistance patterns specialized for high-energy, high-voltage, or continuous power applications.

RelatedPosts

Bourns Releases High Current Metal Alloy-based, Multilayer Power Chip Inductors

Smiths Interconnect Extends Space-Qualified, High-Reliability Fixed Chip Attenuators 

Samtec Expands Offering of Slim, High-Density HD Array Connectors

Features

  • High-temp terminal construction
  • Easy to install
  • PC mountable
  • Wide resistance range
  • Low inductance
  • Solder-plated phospher bronze terminals
  • Meets Mil-Std-202
  • Meets IEC 61000-4-5

Specifications

  • 50nH to 100nH inductance
  • 5Ω to 10MegΩ resistance range, depending on type
  • 15KV max. operating voltage
  • -55°C to +180°C operating temperature range

Applications

  • High energy: Thick film area is maximized with the pattern and trimming techniques to provide the best energy absorption possible.
  • High voltage: A serpentine pattern is used to obtain higher voltage handling and resistance values.
  • Constant power: A standard thick film pattern is used to distribute heat evenly across the ceramic heatsink, providing thermal stability.

Dimensions

Related

Source: Ohmite

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