What is performed to test the pickup coil in an electronic ignition?

To test the pickup coil in an electronic ignition system, measuring the resistance at a specific temperature, such as 60 degrees Celsius, helps determine if the coil is functioning properly under expected operating conditions. This approach is significant because the pickup coil's performance can be affected by temperature variations.

When the coil is tested at this elevated temperature, you can ascertain whether it remains effective and within the specified resistance range as mentioned in technical specifications for the ignition system. Consistent performance at various temperatures is crucial for reliable ignition timing and engine operation.

While checking for continuity while cranking provides insights into the coil's operational status during engine crank but does not assess the coil's resistance characteristics as affected by temperature. Inspecting for physical damage and measuring resistance at room temperature also provide useful information, but they may not fully capture how the coil will perform under the heat generated in an actual engine environment. Thus, testing the coil at 60 degrees Celsius provides the most relevant assessment of its condition and reliability in real-world operating circumstances.