Abstract: A resistor for an electron gun assembly includes an insulating substrate, a plurality of electrode elements provided on the insulating substrate, a resistor element provided on the insulating substrate and having a pattern for obtaining a predetermined resistance value between the electrode elements, an insulating coating layer that covers the resistor element, a plurality of metal terminals that are connected to the associated electrode elements, and a lead-out wire that extends from at least one of the electrode elements and is electrically connected to the resistor element. By extending and connecting the lead-out wire to a desired position on the resistor element, the resistor is made adaptable to various alterations and a desired resistance division ratio can exactly be obtained.

Abstract: A resistor for an electron gun assembly includes an insulating substrate, a plurality of electrode elements provided on the insulating substrate, a resistor element provided on the insulating substrate and having a pattern for obtaining a predetermined resistance value between the electrode elements, an insulating coating layer that covers the resistor element, a plurality of metal terminals that are connected to the associated electrode elements, and a lead-out wire that extends from at least one of the electrode elements and is electrically connected to the resistor element. By extending and connecting the lead-out wire to a desired position on the resistor element, the resistor is made adaptable to various alterations and a desired resistance division ratio can exactly be obtained.

Abstract: An electron gun assembly resistor divides a voltage based on a predetermined voltage division ratio and permits a divided voltage to be applied to an electrode of an electron gun assembly. The electron gun assembly resistor is provided with an insulating substrate, a plurality of electrode elements formed on the insulating substrate, a resistor element having a pattern which connects the electrode elements together and which provides a predetermined resistance value, an insulating coating layer which covers the resistor element, and a plurality of metallic terminals connected to the electrode elements, respectively. The metallic terminals are arranged without exposing the electrode elements. The insulating coating layer covers the peripheries of the metallic terminals and are located away from the electrode elements.

Abstract: A resistor for an electron gun assembly, for applying a resistor-divided voltage to an electrode provided in the electron gun assembly, comprises an insulative substrate, at least two first resistor elements disposed at predetermined positions on the insulative substrate, and a second resistor element having a predetermined pattern which electrically connects the first resistor elements. The resistor has a structure in which an effective length of the second resistor element between the first resistor elements varies in accordance with a position of the second resistor element relative to the first resistor elements.

Abstract: A resistor for an electron gun assembly, for applying a resistor-divided voltage to an electrode provided in the electron gun assembly, comprises an insulative substrate, at least two first resistor elements disposed at predetermined positions on the insulative substrate, and a second resistor element having a predetermined pattern which electrically connects the first resistor elements. The resistor has a structure in which an effective length of the second resistor element between the first resistor elements varies in accordance with a position of the second resistor element relative to the first resistor elements.