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    • 1. 发明公开
    • LASTSTROMTRAGENDE SICHERUNG MIT INTERNEM SCHALTELEMENT
    • EP3347911A1
    • 2018-07-18
    • EP16822640.5
    • 2016-12-16
    • Phoenix Contact GmbH & Co. KG
    • DURTH, Rainer
    • H01H85/048H01H85/44
    • H01H85/0241H01H85/048H01H85/055H01H85/44H01H2085/0283
    • The invention relates to a load current-carrying fuse comprising an internal switching element having a protective element (F), wherein the protective element (F) has a first connection (FA1) for connection to a first potential (L) of a supply system and has a second connection (FA2) which can be connected to a second potential (N) of the supply system by means of a device (Z) to be protected, wherein the protective element (F) has a fusible conductor (D) which connects the first connection (FA1) and the second connection (FA2) of the protective element (F), wherein the protective element (F) further has a third connection (FA3) which can be connected to the second potential (N) of the supply system and which is arranged adjacent to, but electrically insulated from, the fusible conductor (D), wherein the fusible conductor (D) has a constriction (E) in the region of the adjacent connection (FA3), wherein the constriction is designed such that the fusible conductor (D) has an electrically conductive fusible means (SM) in the region of the constriction (E), wherein the fusible means (SM) has a lower fusion point than the fusible conductor (D) itself, wherein the load current-carrying fuse further has an internal switching element which internally monitors the protective element (F) and can implement targeted disconnection, wherein the internal switching element has a voltage-sensitive element (TVS) which is connected to the first connection (FA1) by way of a connection, and which is arranged adjacent to a further connection of the overvoltage-sensitive element (TVS) but electrically insulated from the fusible conductor (D) and adjacent to, but electrically insulated from, the third connection (FA3).
    • 4. 发明公开
    • A resistor capable of acting as a circuit breaker
    • Widerstand,der imstande ist,alsÜberlastschalterzu agieren
    • EP0789381A1
    • 1997-08-13
    • EP97104766.7
    • 1992-03-16
    • CADDOCK ELECTRONICS, INC.
    • Caddock Jr.,Richard E.
    • H01H85/046H01C7/12
    • H01C7/13H01C7/12H01H85/0073H01H85/046H01H85/048H01H85/36
    • An apparatus and method by which a flat film-type resistor (10) is intentionally caused to thermal-shock fracture (Figure 1) in response to a predetermined high-voltage overload condition. The resistor includes flat film-type resistor coatings (28, 29) connected to traces (16, 18, 52). Preferably a stressed spring wire (71, 72) is mounted on such film-type resistor and connected in circuit with it. A predetermined solder (76) and temperature gradient are employed to hold the spring wire in bent condition until the solder (76) melts, whereupon the spring (71, 72) flexes and the circuit breaks. Heatsink portions (43-46) are provided in the circuit board for such resistor and receive pins (33-40) thereof.
    • 响应于预定的高压过载条件,有意地引起平板式电阻器(10)引起热冲击断裂的装置和方法(图1)。 电阻器包括连接到迹线(16,18,52)上的平坦薄膜型电阻器涂层(28,29)。 优选地,应力弹簧线(71,72)安装在这种薄膜型电阻器上并与其连接。 使用预定的焊料(76)和温度梯度来将弹簧线保持在弯曲状态,直到焊料(76)熔化,于是弹簧(71,72)弯曲并且电路断裂。 散热部分(43-46)设置在用于这种电阻器的电路板中,并且接收引脚(33-40)。
    • 9. 发明公开
    • A resistor capable of acting as a circuit breaker
    • Widerstand,der imstande ist,alsÜberlastschalterzu agieren。
    • EP0507465A2
    • 1992-10-07
    • EP92302250.3
    • 1992-03-16
    • CADDOCK ELECTRONICS, INC.
    • Caddock, Richard E., Jr.
    • H01H85/046H01C7/12
    • H01C7/13H01C7/12H01H85/0073H01H85/046H01H85/048H01H85/36
    • An apparatus and method by which a flat film-type resistor (10) is intentionally caused to thermal-shock fracture (Fig. 1) in response to a predetermined high-voltage overload condition. The resistor includes flat film-type resistor coatings (28,29) connected to traces (16,18,52). A stressed spring wire (71,72) is mounted on such film-type resistor and connected in circuit with it. A predetermined solder (76) and temperature gradient are employed to hold the spring wire in bent condition until the solder (76) melts, whereupon the spring (71,72) flexes and the circuit breaks. Heatsink portions (43-46) are provided in the circuit board for such resistor and receive pins (33-40) thereof.
    • 响应于预定的高压过载条件,有意地引起平面膜型电阻器(10)的热冲击断裂(图1)的装置和方法。 电阻器包括连接到迹线(16,18,52)的平面薄膜型电阻器涂层(28,29)。 应力弹簧线(71,72)安装在这种薄膜型电阻器上并与其连接。 使用预定的焊料(76)和温度梯度来将弹簧线保持在弯曲状态,直到焊料(76)熔化,于是弹簧(71,72)弯曲并且电路断裂。 散热部分(43-46)设置在用于这种电阻器的电路板中,并且接收引脚(33-40)。