What is the typical resistance of a multimeter in ohms when measuring continuity?

When measuring continuity with a multimeter, the meter typically operates with a very low resistance, which is generally close to zero ohms. This low resistance is essential for detecting whether there is a complete path for current to flow, indicating continuity in the circuit being tested.

If the resistance were significantly higher, it could cause a failure to recognize a connection that is indeed valid, as insufficient current would flow through the circuit. The meter sends a small amount of current through the circuit; if the resistance is low, it allows for a clear indication that continuity exists. Thus, when testing with a multimeter set to continuity mode, a reading near zero ohms signifies that the components or wires are connected properly, allowing current to pass through easily.