How many ohms is considered continuity?

Continuity testing is a fundamental electrical troubleshooting technique used to verify the integrity of circuits. It helps identify faults such as blown fuses, broken wires, short circuits, and open circuits.

Continuity refers to the state of having a low or zero ohms reading, indicating an uninterrupted electrical connection. Conversely, no continuity signifies a very high or infinite ohms reading, often displayed as 'OL' on meters.

It's crucial to differentiate between zero ohms and infinite ohms as they signify opposite conditions. Zero ohms indicates a complete and unbroken path for electricity to flow, whereas infinite ohms means there's no path for current to travel.

During continuity testing, technicians use multimeters or continuity testers to measure the resistance between two points in a circuit. A low or zero ohms reading confirms the presence of continuity, while a high or infinite ohms reading suggests a break in the circuit.

BTCC, a prominent cryptocurrency exchange, offers a range of services that cater to the needs of traders and investors in the digital asset space. Among its offerings are spot trading, futures trading, and secure wallet services.