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The range is a dial-type variable resistor that covers from 0.1Ω to 9999Ω.
The range covers from 0.1Ω to 9999Ω and is a dial-type variable resistor. It can be used for experiments with LCR circuits and for selecting resistors in circuits, making it suitable for school experiments and exercises.
The range is a dial-type variable resistor that covers from 0.1Ω to 9999.9Ω.
It can be used for experiments with LCR circuits and for selecting resistors in circuits, and can also be used in school experiments and exercises.
It is a dial-type variable resistor that can be adjusted in 0.1Ω increments from 0.1Ω to 90KΩ.
We offer a wide range from the DBR-06S, which can be adjusted to precise resistance values, to the DBR-06G, which can be adjusted to a maximum resistance value of 1GΩ.
This is a dial-type variable resistor that can be adjusted in 0.1Ω increments from 0.1Ω to 100KΩ.
We offer a wide range from the DBR-06S, which can be adjusted to precise resistance values, to the DBR-06G, which can be adjusted to a maximum resistance value of 1 GΩ.
This is a dial-type variable resistor that can be adjusted in 0.1Ω increments from 0.1Ω to 90KΩ.
We offer a wide range from the DBR-06S, which can be adjusted to precise resistance values, to the DBR-06G, which can be adjusted to a maximum resistance value of 1GΩ.
It is a dial-type variable resistor that can be adjusted in 10Ω increments from 10Ω to 10MΩ.
We offer a wide range from the DBR-06S, which can be adjusted to precise resistance values, to the DBR-06G, which can be adjusted to a maximum resistance value of 1GΩ.
It is a dial-type variable resistor that can be adjusted in 1kΩ increments from 1kΩ to 1GΩ.
We offer a wide range from the DBR-06S, which can be adjusted to precise resistance values, to the DBR-06G, which can be adjusted to a maximum resistance value of 1GΩ.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment. The recommended operating temperature is 20°C, and if it exceeds or falls below 20°C, it is necessary to calculate the resistance value using the temperature coefficient for each serial number as described in the instruction manual.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment. The recommended operating temperature is 20°C, and if it exceeds or falls below 20°C, it is necessary to calculate the resistance value using the temperature coefficient specified in the instruction manual for each serial number.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment. The recommended ambient temperature is 20°C, and if it exceeds or falls below 20°C, it is necessary to calculate the resistance value using the temperature coefficient for each serial number as described in the instruction manual.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as a calibration device.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment. The recommended ambient temperature is 20°C, and if it exceeds or falls below 20°C, it is necessary to calculate the resistance value using the temperature coefficient for each serial number as stated in the instruction manual.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment. The recommended ambient temperature is 20°C, and if it exceeds or falls below 20°C, it is necessary to calculate the resistance value using the temperature coefficient for each serial number as described in the instruction manual.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment.
The accuracy is 0.01%, covering models from 0.001Ω to 1MΩ. It can be used as calibration equipment. The recommended ambient temperature is 20°C, and if it exceeds or falls below 20°C, it is necessary to calculate the resistance value using the temperature coefficient for each serial number as described in the instruction manual.
This is a dial-type variable resistor with higher precision than the standard DBR-06 series. The precision varies by range, with a maximum of 0.02%.
This is a dial-type variable resistor with higher accuracy than the standard DBR-06 series. The accuracy varies by range, with a maximum of 0.02%.
This is a dial-type variable resistor that can be adjusted to finer increments of 0.001Ω, beyond the standard DBR-06 series. The accuracy varies by range.
This is a dial-type variable resistor that can be adjusted to finer increments of 0.001Ω, beyond the standard DBR-06 series. The accuracy varies by range.
