Switch

A switch comprising:

• multiple first beam portions respectively having multiple first contact portions, one ends of the multiple beam portions being secured to the first member;
• multiple contact switch portions connected in parallel, the multiple first contact portions and multiple second contact portions being in a contact state or in a non-contact state in the multiple contact switch portions;
• and
• resistors arranged respectively between the multiple contact switch portions and a common connection point to which the multiple contact switch portions are coupled,
• wherein:
• at least one of the multiple first contact points and the multiple second contact portions have different heights;
• and
• when at least one of the multiple switch portions is in a contact state, one of the resistors corresponding to the at least one of the multiple switch portions in a contact state has a resistance value greater than another one of the resistors corresponding to at least one of the multiple contact switch portions that is in a non-contact state.

A switch comprising:

• multiple first beam portions respectively having multiple first contact portions, one ends of the multiple beam portions being secured to the first member;
• multiple contact switch portions connected in parallel, the multiple first contact portions and multiple second contact portions being in a contact state or in a non-contact state in the multiple contact switch portions;
• and
• resistors arranged respectively between the multiple contact switch portions and a common connection point to which the multiple contact switch portions are coupled,
• wherein:
• the multiple first contact portions and the multiple second contact portions are in a contact state or in a non-contact state in an arrangement direction of the contact switch portions;
• and
• when at least one of the multiple switch portions is in a contact state, one of the resistors corresponding to the at least one of the multiple switch portions in a contact state has a resistance value greater than another one of the resistors corresponding to at least one of the multiple contact switch portions that is in a non-contact state.

A switch comprising:

• multiple contact switch portions connected in parallel and being in a contact state or in a non-contact state by sliding at least one of a first contact portion and multiple second contact portions in an arrangement direction of the multiple second contact portions;
• and
• resistors arranged respectively between the multiple contact switch portions and a common connection point to which the multiple contact switch portions are coupled,
• wherein when at least one of the multiple switch portions is in a contact state, one of the resistors corresponding to the at least one of the multiple switch portions in a contact state has a resistance value greater than another one of the resistors corresponding to at least one of the multiple contact switch portions that is in a non-contact state.