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Home I/O Systems High-frequency-selecting-switch-terminal

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 High-frequency selecting switch terminal

Details
Inventors: Cheng, Yu Feng;
Assignee:
Primary Examiner: Albritton; C. L.
Assistant Examiner:
Attorney, Agent or Firm: Bacon & Thomas

An improved high frequency selecting switch terminal comprising two conductor pins which are coaxial. When a conductor pin from a cable is inserted into the terminal, it pushes the front end of the first conductor pin forward into the front end of the second conductor pin. At the front ends of the first and second conductor pins are first and second sliding blocks which force the pins forward. Thus, input signals are transmitted from the cable to the switch. The terminal further comprises a thick film resistor which connects the front end of the second conductor pin and a conductor ring which is disposed on the front surface of the second sliding block. When the cable is removed, the first and second sliding blocks move to the original position and the conductor ring contacts with the rim of the terminal housing. In this way, the terminal absorbs undesirable signals from the surroundings so as to prevent interference.

DETAILED DESCRIPTION OF THE INVENTION Referring to FIGS.
1 and 2, it can be seen that the housing (1) is threaded (11) on it's outer surface so as to engage with the high frequency selecting switch.
A fist ring rim (13) projects from the front end of the inner surface of the housing (1) and a second ring rim (14) projects from the middle of the inner surface of the housing (1) so as to divide the hollow space of the housing (1) into front and rear portions.
An insertion hole (12) is in the middle of the front surface of the housing (1) and an output hole (15) is in the middle of the rear surface of the housing (1).
A first sliding block (2) is disposed in the front portion of the housing (1) and contacts with the first ring rim (13).
The first sliding block (2) has a hole (24) at the center.
A first spring (4) is disposed between the first sliding block (2) and the second ring rim (14) so as to force the first sliding block (2) against the first ring rim (13).
A first conductor pin (21) is disposed in the front portion of the housing (1) and inserted through the first spring (4) and the hole (24) of the first sliding block (2).
The front end of the first conductor pin (21) forms a clamping member (211) which juts through the hole (24) of the first sliding block (2).
A second sliding block (3) is disposed in the rear portion of the housing (1) and has a hole (32) at its center.
A conductor ring (22) is disposed at the front surface of the second sliding block (3).
A spring (5) is disposed between the second sliding block (3) and the rear surface of the housing (1) so as to force the second sliding block (3) and the conductor ring (22) against the second ring rim (14).
A second conductor pin (31) is disposed in the rear portion and inserted through the second spring (5) and the hole (32) of the second sliding block (3).
Further, the front end of the conductor pin (31) forms a clamping member (311), which juts beyond the hole (32) of the second sliding block (3), and the rear end of the conductor pin (31) juts through the output hole (15) of the rear surface of the housing (1)



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