Through-hole Technology (THT)

Through-hole Technology (THT)
Sort By:

Caddock MS Series

The MS power film resistor family from Caddock are axial-lead resistors with a wide resistance range from 20Ω to 30MΩ and a maximum operating temperature of +275°C. These resistors have a power rating of up to 22W at +25°C and maximum voltage of 6000V. Caddock MS power film high voltage resistors are cost effective high voltage resistors. Caddock MS power film high voltage resistors performance begins with Caddock's Micronox® resistance films which are fired directly onto a ceramic core at temperatures above 1400°F (760°C). These resistance films have demonstrated outstanding stability when exposed to a high ambient temperature, thermal shock and high power densities.

  • High voltage power film through-hole resistor
  • Higher voltage ratings without the limitations of minimum wire size and spacing
  • Resistance values available between 20Ω and 30MΩ
  • TCR ±80 ppm/°C (between 0°C and +70°C)
  • Tolerance of ±1.0% (±0.1% are available on special order)
  • Maximum power rating of up to 22W (at +25°C, MS322 model) or up to 13.2W (at +125°C, MS322 model)
  • Maximum voltage 6000V
  • Maximum operating temperature +275°C
  • Excellent long term stability

Most models are manufactured with Caddock's non-inductive serpentine resistive pattern that provides a truly non-inductive resistor that is about as inductive as a straight piece of wire the length of the resistor body. Caddock MS series lead material is nickel clad copper with thin gold plate, solderable. For welding applications, optional pure nickel leads are available on Models MS126, MS150, MS151, MS175, MS176, MS210.

The below table gives the specifications available for the complete MS resistor series:

Caddock MS series Specifications

Caddock MM SpecificationsModels with low inductance construction are in shaded areas

Caddock MM Specifications Models with Caddock's non-inductance resistance pattern are in non-shaded areas

* limited by power rating

£0.00 Ex Tax: £0.00