Abstract: A method for testing a burner includes the steps of: providing a rewriter (RW) disk (4) in good burning condition, and inserting the RW disk into a test burner (3) connected to a computer (1); selecting a burner type for the burner; designating a source file to be burned, and setting a counter J=0, a loop time N and a maximum time of fail test M; erasing all data on the RW disk; burning the source file onto the RW disk; determining whether the source file is successfully burned to the RW disk; executing J=J+1 if the source file is successfully burned to the RW disk; repeating the erasing step, the burning step and the determining step, and counting a time of successfully burned process by the counter J, until J=N?M+1 which denotes that the burner is in good burning condition. A related method for testing a RW disk is also provided.

Abstract: An exemplary method for testing a video signal generator is provided. The method includes: setting test parameters of the video signal generator to perform a function test; generating signals based on the test parameters through the video generator; controlling a standard measuring apparatus to receive the signals and to convert the signals into test values; determining whether the video signal generator passes the function test by comparing the test values with a standard working range of the video signal generators; and generating a test report based on the test values and the test parameters. A system for testing a video signal generator is also provided. By utilizing the present invention, errors can be reduced and test efficiency can be enhanced.

Abstract: A method for testing a burner includes the steps of: providing a rewriter (RW) disk (4) in good burning condition, and inserting the RW disk into a test burner (3) connected to a computer (1); selecting a burner type for the burner; designating a source file to be burned, and setting a counter J=0, a loop time N and a maximum time of fail test M; erasing all data on the RW disk; burning the source file onto the RW disk; determining whether the source file is successfully burned to the RW disk; executing J=J+1 if the source file is successfully burned to the RW disk; repeating the erasing step, the burning step and the determining step, and counting a time of successfully burned process by the counter J, until J=N?M+1 which denotes that the burner is in good burning condition. A related method for testing a RW disk is also provided.