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    • 3. 发明授权
    • Semiconductor device with boundary scanning circuit
    • 半导体器件,其中属于公共焊盘组的焊盘和每个焊盘组中的每一个的焊盘之间的位置关系相同
    • US06351836B1
    • 2002-02-26
    • US09176312
    • 1998-10-22
    • Toshiyuki Tsujii
    • Toshiyuki Tsujii
    • G01R3128
    • G01R31/318572
    • Provided is a semiconductor device capable of performing a function test and a DC test including an output voltage test every time a test jig is sequentially caused to come in contact with pads of the semiconductor device. The semiconductor device comprises a principal plane (2) of a semiconductor substrate, and pads (3) provided on the principal plane (2). The principal plane (2) is provided with four probing areas (PA1) to (PA4) with which the test jig comes in contact. A large number of pads (3) include four sets of driving pads (3ab) for supplying a driving voltage, and four sets of boundary scanning pads (BSP) for performing boundary scan. Even if it comes in contact with any of the probing areas (PA1) to (PA4), the test jig comes in contact with the driving pads (3ab) and the boundary scanning pads (BSP).
    • 提供一种半导体器件,其能够在每次使测试夹具依次与半导体器件的焊盘接触时进行功能测试和包括输出电压测试的DC测试。 半导体器件包括半导体衬底的主平面(2)和设置在主平面(2)上的焊盘(3)。 主平面(2)设有与测试夹具接触的四个探测区域(PA1)至(PA4)。 多个焊盘(3)包括用于提供驱动电压的四组驱动焊盘(3ab)和用于进行边界扫描的四组边界扫描焊盘(BSP)。 即使与任何探测区域(PA1)到(PA4)接触,测试夹具与驱动焊盘(3ab)和边界扫描焊盘(BSP)接触。
    • 4. 发明授权
    • Film carrier and method of burn-in testing
    • 电影载体和老化测试方法
    • US06300577B1
    • 2001-10-09
    • US09118927
    • 1998-07-20
    • Toshiyuki Tsujii
    • Toshiyuki Tsujii
    • H01R1204
    • G01R31/2863H01L23/4985H01L2224/16H01L2924/01078
    • A film carrier includes a base film (1), a first interconnect line (5a) formed on the top surface of the base film (1) and connected to test pads (3), and a second interconnect line (5b) formed on the bottom surface of the base film (1) and connected to the test pads (3). After leads (6) are plated, connecting portions between the first interconnect line (5a) and other than one of the test pads which is associated with a pad which is to receive a power supply potential, and connecting portions between the second interconnect line (5b) and other than one of the test pads which is associated with a pad which is to receive a ground potential are severed using a laser and the like. Then, the film carrier is wound onto a reel, and the reel with the film carrier wound thereon is loaded into a burn-in apparatus. A potential supply portion of the burn-in apparatus applies the power supply potential to the first interconnect line (5a) and applies the ground potential to the second interconnect line (5b). The film carrier and a method of burn-in testing eliminate the need for a burn-in board and a socket and reduce the time for preparation for burn-in.
    • 膜载体包括基膜(1),形成在基膜(1)的顶表面上并连接到测试焊盘(3)的第一互连线(5a)和形成在基膜 底膜(1)的底表面并连接到测试垫(3)。 在引线(6)被电镀之后,第一互连线(5a)之间的连接部分和与接收电源电位的焊盘相关联的测试焊盘之外的连接部分以及第二互连线 5b)和与接收地电位的焊盘相关联的一个测试焊盘之外的激光等被切断。 然后,将胶片载体卷绕在卷轴上,将卷绕有胶片载体的卷轴装入老化装置。 老化装置的电源部分将电源电位施加到第一互连线(5a),并将接地电位施加到第二互连线(5b)。 电影载体和老化测试方法消除了对老化板和插座的需要,并减少了烧录准备的时间。