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When considering what happens to the voltage across a component like CR1 in response to an increase in output load, it is essential to understand how load affects the voltage in a circuit.

In many electronic circuits, CR1 can be perceived as a diode or another component such as a voltage regulator. As the output load increases (meaning more current is drawn by the connected load), the power supply or source has to work harder to maintain the same voltage level. If CR1 is part of a voltage regulation system, the increased load will typically cause a greater voltage drop across internal resistance or impedance within the circuit.

Thus, if the output load increases and the power supply cannot maintain the voltage due to increased current demand, the voltage across CR1 will often increase as it compensates for that increased load. This reaction is often described by Ohm's Law and the principles of circuit design, which dictate that as more current flows, the voltage across components may evolve to ensure the overall system operates within its designed parameters.

Therefore, when the output load increases, it's reasonable to state that it leads to an increase in the voltage across CR1, aligning with the understanding of circuit behavior under varying load conditions.