Abstract: Disclosed are a device with stabilization base and a video display apparatus. The stabilization base is movable between a use position and a storage position, and is locked in the use position so that it would not easily move. When no problem occurs even if the stabilization base is moved, the locking of the stabilization base in the use position can be canceled easily. The stabilization base (4) is movable between the use position where it is projected outwards in relation to an outer edge of a grounding portion of an apparatus main body (2) and the storage position where it is stored on the inner side in relation to an outer edge of the apparatus main body. The stabilization base in the use position is immovably locked by lock means (10), (10) provided in the apparatus main body, and the locking by the lock means is canceled by pressing from the lower side or a lateral side.

Abstract: A process program such as an erasing/programming program is stored in a boot mat in a nonvolatile memory operational in a boot mode specified after reset start, and a transfer control program for the process program is also stored therein in advance. With an action of setting control information to a predetermined register as trigger, the state of an on-chip CPU is changed from placed in execution of an optional user program to enabled for execution of a transfer control program in the boot mat, and the CPU is returned to the re-execution state of the optional program, after the process program is transferred to an on-chip RAM.

Abstract: Disclosed are a device with stabilization base and a video display apparatus. The stabilization base is movable between a use position and a storage position, and is locked in the use position so that it would not easily move. When no problem occurs even if the stabilization base is moved, the locking of the stabilization base in the use position can be canceled easily. The stabilization base (4) is movable between the use position where it is projected outwards in relation to an outer edge of a grounding portion of an apparatus main body (2) and the storage position where it is stored on the inner side in relation to an outer edge of the apparatus main body. The stabilization base in the use position is immovably locked by lock means (10), (10) provided in the apparatus main body, and the locking by the lock means is canceled by pressing from the lower side or a lateral side.

Abstract: A probe (20) for a probe card that has a multi-layered structure, in which a probe shaft (22) is enclosed by a covering layer (24). The probe shaft (22) is made of conductive metal, and provided with a contact portion (22a) at a tip end for pressing onto a test body to measure electric connection of the test body. The contact portion (22a) is formed having a constant diameter, and retains the constant diameter even after being machined for reuse. The covering layer (24) is made of a material having a high Young's modulus to help counter stresses repeatedly applied to the probe shaft (22), and formed covering the entire external circumferential surface of the probe shaft (22) except for the contact portion (22a). The tip end of the covering layer (24) is tapered in order to deal with a test body with narrower pitches.

Abstract: There is disclosed a logical simulation method, comprising the steps of: executing simulation of 1 cycle; and proceeding to the execution of simulation for a next cycle without displaying a waveform indicating the simulation result of a cycle if the cycle is one for turning OFF a waveform display.

Abstract: A process program such as an erasing/programming program is stored in a boot mat in a nonvolatile memory operational in a boot mode specified after reset start, and a transfer control program for the process program is also stored therein in advance. With an action of setting control information to a predetermined register as trigger, the state of an on-chip CPU is changed from placed in execution of an optional user program to enabled for execution of a transfer control program in the boot mat, and the CPU is returned to the re-execution state of the optional program, after the process program is transferred to an on-chip RAM.