Given is the following bus structure OC CLK OC CLK A1- B1- C1 74 LS 139 YO Y1 Y2 Y3 А 74 LS 374 74 LS 374 IC1 IC2 A2 B2

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Given is the following bus structure OC CLK OC CLK A1- B1- C1 74 LS 139 YO Y1 Y2 Y3 А 74 LS 374 74 LS 374 IC1 IC2 A2 B2 74 LS 139 YO Y1 Y2 Y3 B తనకు OC CLK OC CLK G2 Clock B 74 LS 374 74 LS 374 IC3 IC4 D[1,8K Which complete set of statements is correct, with regards to this bus structure? Wählen Sie eine Antwort: O a. All components which are not the actual sender will be logically disconnected from the bus. Output components with tri-state drivers have three output states: "O" (Low), "T" (High) and a third state, called the high impedance state "Z". Components with tri-state technology can directly be connected to the bus without any further actions. Electronically the high impedance state is realized by two diodes next to the output. O b. All components which are not the actual receiver will be logically disconnected from the bus. Output components with tri-state drivers have three output states: "O" (Low), "T" (High) and a third state, called the high impedance state "Z". Components with tri-state technology can directly be connected to the bus without any further actions. Electronically the high impedance state is realized by two transistors next to the output

c. All components which are not the actual sender will be logically disconnected from the bus. Output components with tri-state drivers have three output states: "O" (Low). "T" (High) and a third state, called the high impedance state "z: Components with tri-state technology can directly be connected to the bus without any further actions. Electronically the high impedance state is realized by two transistors next to the output. d. All components which are not the actual receiver will be logically disconnected from the bus. Input components with tri-state drivers have three output states "O" (Low), "T" (High) and a third state, called the high impedance state "2 Components with tri-state technology can directly be connected to the bus without any further actions. Electronically the high impedance state is realized by a pull-up resistor next to the output. Oe. All components which are not the actual sender will be logically disconnected from the bus. Input components with tri-state drivers have three output states: "O" (Low), "T" (High) and a third state, called the high impedance state "Z Components with tri-state technology can directly be connected to the bus without any further actions. Electronically the high impedance state is realized by two transistors next to the output. All components which are not the actual sender will be logically disconnected from the bus. Output components with tri-state drivers have three output states: "O" (Low), "T" (High) and a third state, called the high impedance state "Z Components with tri-state technology can directly be connected to the bus without any further actions. Electronically the high impedance state is realized by a pull-up resistor next to the output. g. None of these is correct Oh. All components which are not the actual receiver will be logically disconnected from the bus. Output components with tri-state drivers have three output states: *O* (Low), T (High) and a third state, called the high impedance state "z Components with tri-state technology can directly be connected to the bus without any further actions. Electronically the high impedance state is realized by a pull-up resistor next to the output.