会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 5. 发明授权
    • Apparatus for measuring junction temperature
    • 用于测量结温的装置
    • US5931580A
    • 1999-08-03
    • US898448
    • 1997-07-21
    • Christopher P. Wyland
    • Christopher P. Wyland
    • G01K7/01G01K1/14G01K7/00
    • G01K7/015G01K7/01
    • The junction temperature of a die inside an electronic component is empirically determined by use of a board simulator that simulates a target board on which the electronic component is to be operated. The board simulator includes a thermoelectric cooler used to electrically control the board simulator's thermal resistivity. The board simulator's thermal resistivity is determined in a first calibration step by measuring the difference in temperatures between two thermocouples mounted on two sides of the board simulator. Then, the board simulator is attached to a test component that includes a heating element and a temperature sensor. In a second calibration step, for a known thermal power generated by the heating element, the junction temperature of the test component is measured for different values of thermal resistivity of the board simulator. Next in a measurement step, the user determines the thermal resistivity of the target board. Then the user uses the measured resistivity to look up the junction temperature of the test component from the calibration measurements, which is the estimated junction temperature of the electronic component. The board simulator includes a heat sink, a peltier device coupled to the heat sink and an optional coupon coupled to the peltier device. The coupon can be formed of the same material as the target board, or of a different material of a known thermal conductivity.
    • 通过使用模拟要在其上操作电子部件的目标板的电路板模拟器来经验地确定电子部件内的管芯的结温。 板模拟器包括用于电控制板模拟器的热阻率的热电冷却器。 板模拟器的热电阻率通过测量安装在板模拟器两侧的两个热电偶之间的温度差在第一校准步骤中确定。 然后,将板模拟器连接到包括加热元件和温度传感器的测试部件。 在第二校准步骤中,对于由加热元件产生的已知热功率,测量板模拟器的不同热阻率值来测试测试部件的结温。 接下来在测量步骤中,用户确定目标板的热电阻率。 然后,用户使用测量的电阻率从校准测量中查找测试部件的结温,这是电子部件的估计结温。 板模拟器包括散热器,耦合到散热器的珀耳帖器件和耦合到珀耳帖器件的可选优惠券。 优惠券可以由与目标板相同的材料或具有已知导热性的不同材料形成。
    • 6. 发明授权
    • Device and method for convective cooling of an electronic component
    • 电子部件对流冷却的装置和方法
    • US6084770A
    • 2000-07-04
    • US890945
    • 1997-07-09
    • Christopher P. Wyland
    • Christopher P. Wyland
    • H01L23/367H05K7/20
    • H01L23/3677H01L23/367H01L2924/0002
    • A heat sink mounted on an electronic component causes a thermal plume effect so that air adjacent to the electronic component moves through one or more channels in the heat sink in a direction substantially transverse to and away from the electronic component. The heat sink includes a base attachable to the electronic component, a support member mounted on and substantially transverse to the base, and a heat exchanger mounted on the support member and spaced away from the base. The heat exchanger has at least one entry hole adjacent to the base, at least one exit hole at a distance from the entry hole, and one or more channels adjacent to the support member and in flow communication with the entry hole and the exit hole.
    • 安装在电子部件上的散热器引起热羽流效应,使得靠近电子部件的空气沿着基本横向于和远离电子部件的方向移动到散热器中的一个或多个通道。 散热器包括可附接到电子部件的基座,安装在基座上并基本上横向于基座的支撑构件,以及安装在支撑构件上并与基座间隔开的热交换器。 热交换器具有与基座相邻的至少一个进入孔,与进入孔相距一定距离的至少一个出口孔和与支撑构件相邻并与进入孔和出口孔流动连通的一个或多个通道。
    • 10. 发明授权
    • Package including self-aligned laser diode and method of aligning a
laser diode
    • 封装包括自对准激光二极管和对准激光二极管的方法
    • US5870517A
    • 1999-02-09
    • US946332
    • 1997-10-07
    • Christopher P. Wyland
    • Christopher P. Wyland
    • G02B6/42G02B6/36
    • G02B6/4225H01L2224/48091
    • A laser diode alignment package has a substrate with capacitive alignment pads. A charge generator is configured to charge or discharge each of the capacitive alignment pad to a respective voltage in response to an instruction from a processor. A laser diode chip has a conductive die paddle rigidly attached thereto and the laser diode chip is movably positioned on the substrate. The conductive die paddle is positioned with respect to the alignment pads such that when the respective voltages are applied the capacitive alignment pads, Coulomb forces will move the conductive die paddle with respect to the substrate. A feedback mechanism measures the optical power passing through the optical fiber. A processor estimates based on this measured optical power level what voltage should be applied to each of the capacitive coupling pads in order to apply Coulomb forces necessary to align the laser diode chip to the optical fiber. The processor then sends charging instructions to the charge generator. The alignment process can be fully automated thus minimizing the risk of human error. The structure and method require few, if any, moving mechanical parts in order to align the laser and requires little or no heavy equipment.
    • 激光二极管校准封装具有带电容对准焊盘的衬底。 电荷发生器被配置为响应于来自处理器的指令将电容对准焊盘中的每一个充电或放电到相应的电压。 激光二极管芯片具有刚性地附接到其上的导电芯片,激光二极管芯片可移动地定位在基板上。 导电芯片相对于对准焊盘定位,使得当各个电压施加电容对准焊盘时,库仑力将相对于衬底移动导电裸片。 反馈机构测量通过光纤的光功率。 处理器基于该测量的光功率水平来估计应该施加到每个电容耦合焊盘的电压,以便施加将激光二极管芯片对准光纤所需的库仑力。 处理器然后向充电发生器发送充电指令。 对齐过程可以完全自动化,从而将人为错误的风险降至最低。 结构和方法需要很少(如果有的话)移动的机械部件,以便对准激光器并且需要很少的或不需要重的设备。