Supporting Manufacturer Information

RR series

  • Susumu

Susumu RR0306 Series

  • Surface-mount metal thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 15V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity.
  • Susumu

Susumu RR0510 Series

  • Surface-mount metal thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 25V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity.
  • Susumu

Susumu RR0816 Series

  • Surface-mount thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 75V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity
  • Susumu

Susumu RR1220 Series

  • Surface-mount thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 100V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity.

Susumu RR0306 Series

  • Surface-mount metal thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 15V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity.

Susumu RR0510 Series

  • Surface-mount metal thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 25V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity.

Susumu RR0816 Series

  • Surface-mount thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 75V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity

Susumu RR1220 Series

  • Surface-mount thin film precision chip resistor
  • Temperature range of โˆ’55ยฐC to +125ยฐC
  • Maximum voltage of 100V
  • Precision chip resistors excellent in frequency performance, noise characteristics and linearity.