Information processing apparatus, voltage acceptance test system, and voltage acceptance test method

A voltage acceptance test system comprising:

• an information processing apparatus comprising a test executing section that acquires a first voltage value which is a voltage value at which a target apparatus in the information processing apparatus operates, allows the target apparatus to operate at the first voltage value, and determines that the operating state of the target apparatus is in a normal state, a warning state, or an abnormal state;
• and
• a test apparatus comprising:
• a change rate changing section that changes, in the case where a result of the determination made by the test executing section is the warning state or abnormal state, a voltage value difference which is a difference between a voltage value at which the target apparatus operates in the next stage and the first voltage value or a time difference which is a time period between the current time and a time when the target apparatus is allowed to operate at a voltage value of the next stage so as to reduce the change rate obtained by dividing the voltage value difference by the time difference;
• and a voltage value setting section that outputs, when a time obtained by adding the time difference to the current time has come, a second voltage value obtained by adding or subtracting to/from the first voltage value to the test executing section in the information processing apparatus as the first voltage value.

A voltage acceptance test method comprising:

• acquiring a first voltage value which is a voltage value at which a target apparatus operates;
• allowing the target apparatus to operate at the first voltage value;
• determining that the operating state of the target apparatus is in a normal state, a warning state, or an abnormal state;
• changing, in the case where a result of the determination made by the test executing section is the warning state or abnormal state, a voltage value difference which is a difference between a voltage value at which the target apparatus operates in the next stage and the first voltage value or a time difference which is a time period between the current time and a time when the target apparatus is allowed to operate at a voltage value of the next stage so as to reduce the change rate obtained by dividing the voltage value difference by the time difference;
• and
• setting, when a time obtained by adding the time difference to the current time has come, a second voltage value obtained by adding or subtracting to/from the first voltage value as the first voltage value and executing the determination step for the set first voltage value.