6R1: Difference between revisions

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791 bytes added ,  11 June 2010
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Image:6r1 board l bottom.jpg
Image:6r1 board l bottom.jpg
Image:6r1_board_l_outside.jpg
Image:6r1_board_l_outside.jpg
Image:6r1 memory schem.png
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The 6R1 contains two MEMORY boards, one for vertical input A and one for vertical input B.
The 6R1 contains two MEMORY boards, one for vertical input A and one for vertical input B.
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Image:6r1 board a bottom.jpg
Image:6r1 board a bottom.jpg
Image:6r1_board_a_outside.jpg
Image:6r1_board_a_outside.jpg
Image:6r1 counter schem.png
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Each COUNTER board contains four flip-flops and functions as one
Each COUNTER board contains four flip-flops and functions as one
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Image:6r1 board b bottom.jpg
Image:6r1 board b bottom.jpg
Image:6r1_board_b_outside.jpg
Image:6r1_board_b_outside.jpg
Image:6r1 divide by 1-2-5 schem.png
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== Board C: MASTER GATE ==
== Board C: MASTER GATE ==
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Image:6r1 board c bottom.jpg
Image:6r1 board c bottom.jpg
Image:6r1_board_c_outside.jpg
Image:6r1_board_c_outside.jpg
Image:6r1 master gate schem.png
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== Board D: SIGNAL COMPARATOR (6R1 has two of these) ==
== Board D: SIGNAL COMPARATOR (6R1 has two of these) ==
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Image:6r1 board d bottom.jpg
Image:6r1 board d bottom.jpg
Image:6r1_board_d_outside.jpg
Image:6r1_board_d_outside.jpg
Image:6r1 signal comparator schem.png
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== Board E: VOLTMETER ==
== Board E: VOLTMETER ==
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Image:6r1 board e bottom.jpg
Image:6r1 board e bottom.jpg
Image:6r1_board_e_outside.jpg
Image:6r1_board_e_outside.jpg
Image:6r1 voltmeter schem.png
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== Board F: UPPER LIMIT NO-GO ==
== Board F: UPPER LIMIT NO-GO ==
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Image:6r1 board f bottom.jpg
Image:6r1 board f bottom.jpg
Image:6r1_board_f_outside.jpg
Image:6r1_board_f_outside.jpg
Image:6r1 upper limit no-go schem.png
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The UPPER LIMIT NO-GO circuit compares the current value of the four-digit decimal  
The UPPER LIMIT NO-GO circuit compares the current value of the four-digit decimal  
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Image:6r1 board g bottom.jpg
Image:6r1 board g bottom.jpg
Image:6r1_board_g_outside.jpg
Image:6r1_board_g_outside.jpg
Image:6r1 lower limit no-go schem.png
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The LOWER LIMIT NO-GO circuit compares the current value of the  
The LOWER LIMIT NO-GO circuit compares the current value of the  
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Image:6r1 board h bottom.jpg
Image:6r1 board h bottom.jpg
Image:6r1_board_h_outside.jpg
Image:6r1_board_h_outside.jpg
Image:6r1 limit light driver schem.png
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The LIMIT LIGHT DRIVER board gets inputs from the LOWER LIMIT NO-GO board and the
The LIMIT LIGHT DRIVER board gets inputs from the LOWER LIMIT NO-GO board and the
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Image:6r1 board i bottom.jpg
Image:6r1 board i bottom.jpg
Image:6r1_board_i_outside.jpg
Image:6r1_board_i_outside.jpg
Image:6r1 divide by 10 schem.png
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== Board J: ANALOG DISPLAY ==
== Board J: ANALOG DISPLAY ==
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Image:6r1 board j bottom.jpg
Image:6r1 board j bottom.jpg
Image:6r1_board_j_outside.jpg
Image:6r1_board_j_outside.jpg
Image:6r1 analog display schem.png
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The ANALOG DISPLAY board is responsible for intensifying the trace during the 0% zone,
The ANALOG DISPLAY board is responsible for intensifying the trace during the 0% zone,
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Image:6r1_j33.jpg|Connector J33
Image:6r1_j33.jpg|Connector J33
Image:6r1_j34.jpg|Connector J34
Image:6r1_j34.jpg|Connector J34
Image:6r1 upper limit switches schem.png
Image:6r1 timing stop switch schem.png
Image:6r1 timing start switch schem.png
Image:6r1 resolution switch schem.png
Image:6r1 readout tubes schem.png
Image:6r1 plug-in circuit board connectors schem.png
Image:6r1 mode switch schem.png
Image:6r1 lower limit switches schem.png
Image:6r1 j34 schem.png
Image:6r1 j33 schem.png
Image:6r1 connectors to indicators unit schem.png
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