Home / Electronics / High‑stability precision resistors
Ultra‑low noise, excellent linearity, high voltage handling capability

High‑stability precision resistors

Rhopoint Components announces the availability of Exxelia Ohmcraft High‑Stability Precision Resistors.

For precision analogue and high‑voltage designs, Exxelia Ohmcraft precision resistors deliver the accuracy and stability modern electronics demand. Using proprietary Micropen® thick‑film technology, these resistors achieve tolerances down to ±0.01% and TCR values as low as ±2 ppm/°C. This combination ensures extremely stable performance over temperature, time, and operating conditions.

Engineers benefit from ultra‑low noise, excellent linearity, and high voltage handling capability, making Exxelia Ohmcraft parts ideal for measurement, instrumentation, aerospace, medical, and metrology applications where every microvolt counts.

Advantages include:

  • Tight tolerance and low TCR for consistent, repeatable measurements.
  • Very high resistance values (into hundreds of megaohms) with low parasitics.
  • High voltage capability suitable for demanding divider and sensing networks.
  • Long‑term stability with minimal resistance drift over life.

These characteristics make Exxelia Ohmcraft resistors a choice for applications such as precision amplifiers and front‑end analogue stages, high‑impedance measurement and sensor interface circuits, high‑voltage dividers ad bias networks, critical safety, medical, and aerospace control electronics.

Check Also

EMI filter for high-field MRI systems and sensitive imaging processes

EMC solutions provider EMIS  announces the availability of the MF420-2CF-M MRI Filter, a specialised electrical filter …

Passive splitter for connecting multiple sensors and actuators

ifm announces the launch of its EBFxxx range, the Passive Splitter with ecolink Fast Connect technology. …

Compact code reader with multiple functions

The CleverReader stationary 1-D/2-D code reader detects codes with maximum reliability, allows flexible configuration, and …