Resistance decade box is nothing but Resistance bank. It has various ranges of Resistance value ranging from few ohms to few mega ohms. In other terms, large value of resistance are fabricated in single box is said to be Resistance decade box.
same as decade resitance box but instead of reitances there wil be capacitances
A decade resistance box offers precise resistance values for testing and calibration in electrical circuits, making it invaluable for laboratories and educational settings. However, its disadvantages include potential wear and tear on the switches over time, which can affect accuracy, and the fact that it may be bulky and expensive compared to simpler alternatives. Additionally, it typically requires manual adjustments, which can be cumbersome in high-throughput environments.
It is used to dial in a specific resistance within the range of the box. It can be used wherever you need a resistor of an unknown value or a precise value. Most decade boxes provide reistance with .01% of the desired resistance. I've used them to balance a wheatstone bridge that had a tiny mV offset.
Resistance box will provide resistance of discrete values such as 1, 2, 3 ohms or 0.1,0.2, 0.3 ohms. So interim values are not possible. But rheostat gives a chance to vary the resistance continuously. It may be 5 ohm or even 5.769 ohm. So just to fix current for a specified value such 1.5 ampere resistance box will not be suitable where as a rheostat is the most suitable.
A decade inductance box is a precision instrument used in electrical engineering to provide a range of inductance values for testing and experimentation. It contains a series of inductors that can be switched in and out of the circuit in decade increments, allowing users to select specific inductance values easily. This tool is useful for applications such as circuit testing, tuning, and educational purposes where variable inductance is needed. By adjusting the settings, users can simulate different inductive loads efficiently.
we use it when we require a variable resistance in a circuit
The use of a resistance box or a "Decade Box" is to help calibrate instruments used to measure electrical values such as Voltage, Current, and Resistance. Without them you would not have a known value of resistance to use as a set point.
A box of precision resistors where you can dial in the exact resistance you want with dials. Essentially a variable resistor with very precise, discrete, settings.
same as decade resitance box but instead of reitances there wil be capacitances
A decade resistance box offers precise resistance values for testing and calibration in electrical circuits, making it invaluable for laboratories and educational settings. However, its disadvantages include potential wear and tear on the switches over time, which can affect accuracy, and the fact that it may be bulky and expensive compared to simpler alternatives. Additionally, it typically requires manual adjustments, which can be cumbersome in high-throughput environments.
It is used to dial in a specific resistance within the range of the box. It can be used wherever you need a resistor of an unknown value or a precise value. Most decade boxes provide reistance with .01% of the desired resistance. I've used them to balance a wheatstone bridge that had a tiny mV offset.
a box which has resistance between 1 ohm to 50000 ohm
I got it for an honesty box answer. The question was, "what decade am i fitted to live in"
It depends on what you want to accomplish. If you want to decrease the resistance in a circuit, you would place the box in parallel to some other resistor. If you want to increase the resistance in a circuit, you would place the box in series.
To calculate the resistance for a slip ring motor, there is an equation that must be solved. This is Torque = S/R. S is the slip of the motor and R is the resistance of the motor.
A decade resistance box is piece of laboratory equipment that allows the user to dial in a precise amount of electrical resistance to be inserted into a circuit. For example, it might have a dial for 100s of Ohms, 10s of Ohms, and 1s of Ohms, and allow the user to set any value from 999 Ohms to 0 Ohms in 1 ohm steps. While the use of this device has probably been largely superseded in laboratory use by more sophisticated equipment, it was used in the past in some or all of the following applications: Measurement of unknown resistances by the "bridge" method, Setting the current in a test circuit, Calibrating other lab equipment such as an Ohmmeter or Ammeter, Demonstrating Ohm's Law, and so on.
The wires in the resistance box are double folded to reduce their resistance value by a factor of 4, as resistance is inversely proportional to the cross-sectional area of the wire. This allows for more precise resistance increments to be achieved by varying the length of wire exposed in the circuit.