RF & Microwave Resistors

200 Resistors from 6 manufacturers listed on everything RF

A Resistor is a passive component that limits the flow of electrical charges that flow in an electrical circuit. Resistors from the leading manufacturers are listed below. Use the filters to narrow down on products based on your requirement. Download datasheets and request quotes for products that you find interesting. Your inquiry will be directed to the manufacturer and their distributors in your region.

Description:100 Ohms, 1000 W, Flanged Thin / Thick Film RF Resistor from DC to 18 GHz
Technology:
Thin Film
Resistance:
12 to 400 Ohms
Substrate Material:
Beryllium Oxide
Power Rating:
800 W
Package type:
Flanged
more info
Description:200 Ohms to 30 MOhms, 125 mW, Surface Mount Thick Film RF Resistor
Technology:
Thick Film
Resistance:
200 Ohms to 30 MOhms
Power Rating:
125 mW
Package type:
Surface Mount
more info
Description:0.1 to 50 MOhms, 0.25 W, Surface Mount / Chip Thick Film RF Resistor
Technology:
Thin Film, Thick Film
Resistance:
100 Ohms
Substrate Material:
Beryllium Oxide
Frequency:
DC to 18 GHz
Power Rating:
20 W
Package type:
Flanged
more info
ARG05 Image
Description:125 mW, Surface Mount / Chip Thin Film RF Resistor
Technology:
Thin Film
Resistance:
1 Ohms to 2 MOhms
Substrate Material:
Alumina
Power Rating:
125 mW
Package type:
Surface Mount, Chip
Termination Type:
Solderable
more info
Description:40 Ohms to 35 kOhms, 62.5 mW, Surface Mount / Chip Thin Film RF Resistor
Technology:
Thick Film
Resistance:
2 to 10 kOhms
Substrate Material:
Alumina
Frequency:
Up to 36 GHz
Power Rating:
80 mW
Package type:
Chip
Termination Type:
Partial Wraparound
more info
Description:1 to 500 MOhms, 5 W, Surface Mount / Chip Thin Film RF Resistor
Technology:
Thick Film
Resistance:
0.1 to 50 MOhms
Substrate Material:
Alumina
Power Rating:
0.25 W
Package type:
Chip, Surface Mount
Termination Type:
Wraparound, Solder
more info
Description:100 Ohms, 20 W, Flanged Thin / Thick Film RF Resistor from DC to 18 GHz
Technology:
Thin Film
Resistance:
5 to 150 Ohms
Substrate Material:
Beryllium Oxide
Power Rating:
250 W
Package type:
Flanged
more info
Description:50 to 100 Ohms, 5 W, Chip Thin Film RF Resistor
Technology:
Thin Film
Resistance:
50 to 100 Ohms
Substrate Material:
Aluminium Nitride
Power Rating:
5 W
Package type:
Chip
more info
Description:0.1 to 10 MOhms, 1 W, Surface Mount / Chip Thick Film RF Resistor
Technology:
Thin Film, Thick Film
Resistance:
100 Ohms
Substrate Material:
Beryllium Oxide
Frequency:
DC to 18 GHz
Power Rating:
500 W
Package type:
Flanged
more info
ARN06 Image
Description:2 W, Surface Mount / Chip Thin Film RF Resistor
Technology:
Thin Film
Resistance:
50 Ohms to 30.1 kOhms
Substrate Material:
Aluminium Nitride
Power Rating:
2 W
Package type:
Surface Mount, Chip
Termination Type:
Solderable
more info

What are RF & Microwave Resistors?

RF & Microwave Resistors are devices that introduce an opposition to the flow of RF signals. They can be mounted to heat sinks to improve heat dissipation. RF/Microwave resistors are made of substrate materials like Alumina, ALN, BeO, Tantalum Nitrate and CVD. These resistors are usually manufactured in thick/thin film process and are available in various package types like chip, surface mount, flanged, through-hole etc.

Important parameters for RF & Microwave Resistors:

  • Resistance: It is the measure of the opposition to the RF signal provided by an RF/Microwave resistor. It is measured in Ohm.
  • Operating Frequency: It is the range of operating frequencies over which an RF/microwave resistor functions.
  • Technology: It is the type of process used in the manufacture of RF/Microwave resistors. These resistors are usually made using Thick/Thin film processes.
  • Power Rating: It is the maximum value of RF input power that can be handled by an RF/Microwave resistor. It is usually expressed in dBm or Watt.

everything RF lists RF & Microwave Resistors from the leading manufacturers. Use the parametric search tools to narrow down on products based on your requirement. Once you find parts that meet your specification, download the data sheet, compare products and request quotations. Inquiries sent via everything RF are directed to the manufacturers who get back to you with a quote or information.

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