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    • 1. 发明授权
    • Transient voltage surge suppression device
    • 瞬态电压浪涌抑制装置
    • US07505241B2
    • 2009-03-17
    • US11691995
    • 2007-03-27
    • Neil McLoughlinMichael O'DonovanThomas NovakNathan SiegwaldBrian WalaszczykJohn KennedyJohn Foster
    • Neil McLoughlinMichael O'DonovanThomas NovakNathan SiegwaldBrian WalaszczykJohn KennedyJohn Foster
    • H02H1/00
    • H01H85/0241H01C7/126H01H2085/0486
    • An integrated fuse device (1) includes a varistor stack (11), a thermal fuse (12), and a current fuse (13) within an enclosure (2) having device terminals (3). The varistor stack (11) is connected to the thermal fuse (12) by a Cu terminal (20) and is connected to the device terminal (3) by steel terminal (10) of smaller cross-sectional area. Being of Cu material and having a greater cross-sectional area, the terminal (20) connected to the thermal fuse (12) has greater thermal conductivity than the steel terminal (10) to the end cap (3). The thermal fuse (12) comprises a plurality of links having a melting point to melt with sustained overvoltage, the links having a diameter in the range of about 2 mm to about 3 mm. The links pass through an elastomer plug (15), which exerts physical pressure on them to assist with opening during sustained overvoltage. Hot melt (18) around solder (17) of the thermal fuse limits heat conduction to back-fill sand.
    • 集成保险丝装置(1)包括具有装置端子(3)的外壳(2)内的压敏电阻堆(11),热熔丝(12)和电流保险丝(13)。 压敏电阻堆(11)通过Cu端子(20)连接到热熔丝(12),并通过较小横截面积的钢端子(10)连接到设备端子(3)。 作为Cu材料并且具有更大的横截面积,与热熔丝(12)连接的端子(20)具有比钢端子(10)至端盖(3)更大的热导率。 热熔丝(12)包括多个具有熔点以维持过电压的熔点,所述连接件具有在约2mm至约3mm范围内的直径。 连杆通过弹性体塞(15),其在其上施加物理压力以辅助在持续过电压期间打开。 热熔丝周围的焊料(17)周围的热熔体(18)将热传导限制为回填砂。
    • 3. 发明申请
    • TRANSIENT VOLTAGE SURGE SUPPRESSION DEVICE
    • 瞬态电压抑制装置
    • US20070285865A1
    • 2007-12-13
    • US11691995
    • 2007-03-27
    • Neil McLoughlinMichael O'DonovanTom NovakNathan SiegwaldBrian WalaszczykJohn KennedyJohn Foster
    • Neil McLoughlinMichael O'DonovanTom NovakNathan SiegwaldBrian WalaszczykJohn KennedyJohn Foster
    • H02H1/04
    • H01H85/0241H01C7/126H01H2085/0486
    • An integrated fuse device (1) includes a varistor stack (11), a thermal fuse (12), and a current fuse (13) within an enclosure (2) having device terminals (3). The varistor stack (11) is connected to the thermal fuse (12) by a Cu terminal (20) and is connected to the device terminal (3) by steel terminal (10) of smaller cross-sectional area. Being of Cu material and having a greater cross-sectional area, the terminal (20) connected to the thermal fuse (12) has greater thermal conductivity than the steel terminal (10) to the end cap (3). The thermal fuse (12) comprises a plurality of links having a melting point to melt with sustained overvoltage, the links having a diameter in the range of about 2 mm to about 3 mm. The links pass through an elastomer plug (15), which exerts physical pressure on them to assist with opening during sustained overvoltage. Hot melt (18) around solder (17) of the thermal fuse limits heat conduction to back-fill sand.
    • 集成保险丝装置(1)包括具有装置端子(3)的外壳(2)内的压敏电阻堆(11),热熔丝(12)和电流保险丝(13)。 压敏电阻堆(11)通过Cu端子(20)连接到热熔丝(12),并通过较小横截面积的钢端子(10)连接到设备端子(3)。 作为Cu材料并且具有更大的横截面积,与热熔丝(12)连接的端子(20)具有比钢端子(10)至端盖(3)更大的热导率。 热熔丝(12)包括多个具有熔点以维持过电压的熔点,所述连接件具有在约2mm至约3mm范围内的直径。 连杆通过弹性体塞(15),其在其上施加物理压力以辅助在持续过电压期间打开。 热熔丝周围的焊料(17)周围的热熔体(18)将热传导限制为回填砂。
    • 6. 发明授权
    • Varistor and production method
    • 压敏电阻及制作方法
    • US08077008B2
    • 2011-12-13
    • US12478529
    • 2009-06-04
    • Neil McLoughlin
    • Neil McLoughlin
    • H01C7/10
    • H01C7/102
    • A varistor has a disc of ceramic material having opposed faces with face edges. There is an electrode on each face with a gap between each electrode and the edge of the face. Glass passivation is on at least one face in the gap, the passivation not extending from one electrode to the other electrode around the surface of the disc. Because the passivation is only on the planar opposed disc faces, it may be applied in a simple operation such as screen printing. Indeed, the screen printing may be performed while the discs are in the same nest plates as are used for printing of electrode paste. Even though the passivation does not extend from one electrode to the other, it nevertheless breaks a potentially conductive path between the electrodes caused by interaction between the ceramic and encapsulant materials.
    • 变阻器具有具有面边缘的相对面的陶瓷材料盘。 每个面上都有一个电极,每个电极和面部边缘之间都有间隙。 玻璃钝化在间隙中的至少一个面上,钝化不会从一个电极延伸到围绕盘表面的另一个电极。 因为钝化仅在平面相对的盘面上,所以可以在诸如丝网印刷的简单操作中施加钝化。 实际上,可以在盘与用于印刷电极浆料时相同的嵌板中进行丝网印刷。 即使钝化不从一个电极延伸到另一个电极,但是它仍然破坏由陶瓷和密封剂材料之间的相互作用引起的电极之间的潜在传导路径。
    • 7. 发明申请
    • VARISTOR AND PRODUCTION METHOD
    • 变量和生产方法
    • US20100085143A1
    • 2010-04-08
    • US12478529
    • 2009-06-04
    • Neil McLoughlin
    • Neil McLoughlin
    • H01C7/105
    • H01C7/102
    • A varistor has a disc of ceramic material having opposed faces with face edges. There is an electrode on each face with a gap between each electrode and the edge of the face. Glass passivation is on at least one face in the gap, the passivation not extending from one electrode to the other electrode around the surface of the disc. Because the passivation is only on the planar opposed disc faces, it may be applied in a simple operation such as screen printing. Indeed, the screen printing may be performed while the discs are in the same nest plates as are used for printing of electrode paste. Even though the passivation does not extend from one electrode to the other, it nevertheless breaks a potentially conductive path between the electrodes caused by interaction between the ceramic and encapsulant materials.
    • 变阻器具有具有面边缘的相对面的陶瓷材料盘。 每个面上都有一个电极,每个电极和面部边缘之间都有间隙。 玻璃钝化在间隙中的至少一个面上,钝化不会从一个电极延伸到围绕盘表面的另一个电极。 因为钝化仅在平面相对的盘面上,所以可以在诸如丝网印刷的简单操作中施加钝化。 实际上,可以在盘与用于印刷电极浆料时相同的嵌板中进行丝网印刷。 即使钝化不从一个电极延伸到另一个电极,但是它仍然破坏由陶瓷和密封剂材料之间的相互作用引起的电极之间的潜在传导路径。
    • 9. 发明申请
    • VARISTOR AND PRODUCTION METHOD
    • 变量和生产方法
    • US20070128822A1
    • 2007-06-07
    • US11551131
    • 2006-10-19
    • Neil McLoughlinMichael O'Donavan
    • Neil McLoughlinMichael O'Donavan
    • H01L21/20H01L29/93
    • H01C7/102
    • A varistor has a disc of ceramic material having opposed faces with face edges. There is an electrode on each face with a gap between each electrode and the edge of the face. Glass passivation is on at least one face in the gap, the passivation not extending from one electrode to the other electrode around the surface of the disc. Because the passivation is only on the planar opposed disc faces, it may be applied in a simple operation such as screen printing. Indeed, the screen printing may be performed while the discs are in the same nest plates as are used for printing of electrode paste. Even though the passivation does not extend from one electrode to the other, it nevertheless breaks a potentially conductive path between the electrodes caused by interaction between the ceramic and encapsulant materials.
    • 变阻器具有具有面边缘的相对面的陶瓷材料盘。 每个面上都有一个电极,每个电极和面部边缘之间都有间隙。 玻璃钝化在间隙中的至少一个面上,钝化不会从一个电极延伸到围绕盘表面的另一个电极。 因为钝化仅在平面相对的盘面上,所以可以在诸如丝网印刷的简单操作中施加钝化。 实际上,可以在盘与用于印刷电极浆料时相同的嵌板中进行丝网印刷。 即使钝化不从一个电极延伸到另一个电极,但是它仍然破坏由陶瓷和密封剂材料之间的相互作用引起的电极之间的潜在传导路径。