Analogue Multimeters are versatile electrical measurement tools used by engineers, electricians, and hobbyists to measure several key electrical parameters which include:

• Voltage - both direct current (DC) and alternating current (AC) voltages
• Current - both DC and AC currents
• Resistance - measures resistance in ohms. This is particularly useful for testing the resistance of components such as resistors, conductors, and other elements within an electrical circuit.
• Continuity - Many analogue multimeters include a continuity test feature. This feature emits an audible beep or provides a visual indication when a circuit is continuous (no breaks or gaps in the connection), helping to identify open circuits.
• Diode Testing - allowing users to check the functionality of diodes and determine their forward and reverse bias.
• Capacitance and Frequency - providing insight into the storage capability of capacitors and frequency, enabling users to assess the oscillation rate of electrical signals.

Features and Benefits of Analogue Multimeters:

• Precision Measurement - provide precise and real-time measurements of voltage, current, and resistance. The analog needle movements offer a fluid representation of changing values, allowing users to swiftly identify fluctuations.
• Durability - designed to withstand the rigors of demanding work environments.
• Simplicity and Intuitiveness - The analogue display provides an intuitive representation of measurement readings, enabling users to swiftly interpret changes in electrical parameters. 
• Immediate Response to Fluctuations - respond instantaneously to changes in electrical parameters, providing real-time insights into variations.
• No Power Dependency - ensures that they can be employed even in situations where a power source might be unavailable.

What is the difference between an analogue and digital multimeter (DMM)?

• Display Type - Analogue Multimeters employ a needle movement across a scale whereas digital multimeters display numerical values digitally
• Resolution - Digital Multimeters typically have higher resolution, making them suitable for intricate measurements requiring precise numerical data.
• Speed - Analogue Multimeters respond more rapidly to fluctuations, but Digital Multimeters offer faster measurement processing and display.
• Complexity - DMMs can measure a broader range of electrical parameters and often include additional features like auto-ranging and data logging, making them more versatile in complex applications.