barretter Antonyms
No Synonyms and anytonyms found
Meaning of barretter
barretter (n)
a resistor inserted into a circuit to compensate for changes (as those arising from temperature fluctuations)
barretter (n.)
A thermal cymoscope which operates by increased resistance when subjected to the influence of electric waves. The original form consisted of an extremely fine platinum wire loop attached to terminals and inclosed in a small glass or silver bulb. In a later variety, called the liquid barretter, wire is replace by a column of liquid in a very fine capillary tube.
barretter Sentence Examples
- The barretter acted as a temperature-sensitive resistor, controlling the current flow in the circuit.
- The electronic barretter's resistance changed inversely proportional to the temperature, making it ideal for sensor applications.
- The barretter in the heating system monitored the ambient temperature and adjusted the thermostat accordingly.
- The high-precision barretter ensured accurate temperature readings in sensitive scientific instruments.
- The barretter's non-linear resistance characteristic introduced a non-linearity in the circuit, which could be used for specific purposes.
- The current-limiting barretter protected the sensitive components in the electrical circuit from overcurrent.
- The voltage-dependent barretter varied its resistance based on the applied voltage, enabling voltage-dependent circuit behavior.
- The metal-oxide barretter used a semiconductor material to achieve temperature-dependent resistance changes.
- The barretter's thermal inertia caused a delay in its response to temperature changes, which had to be considered in dynamic applications.
- The barretter's small size and low power consumption made it suitable for embedded systems and portable devices.
FAQs About the word barretter
a resistor inserted into a circuit to compensate for changes (as those arising from temperature fluctuations)A thermal cymoscope which operates by increased res
No synonyms found.
No antonyms found.
The barretter acted as a temperature-sensitive resistor, controlling the current flow in the circuit.
The electronic barretter's resistance changed inversely proportional to the temperature, making it ideal for sensor applications.
The barretter in the heating system monitored the ambient temperature and adjusted the thermostat accordingly.
The high-precision barretter ensured accurate temperature readings in sensitive scientific instruments.
