Question

主题	描述
A.3.1 Primitive instantiation and instances	gate_instantiation ::= cmos_switchtype [delay3] cmos_switch_instance { , cmos_switch_instance } ; | enable_gatetype [drive_strength] [delay3] enable_gate_instance { , enable_gate_instance } ; | mos_switchtype [delay3] mos_switch_instance { , mos_switch_instance } ; | n_input_gatetype [drive_strength] [delay2] n_input_gate_instance { , n_input_gate_instance } ; | n_output_gatetype [drive_strength] [delay2] n_output_gate_instance { , n_output_gate_instance } ; | pass_en_switchtype [delay2] pass_enable_switch_instance { , pass_enable_switch_instance } ; | pass_switchtype pass_switch_instance { , pass_switch_instance } ; | pulldown [pulldown_strength] pull_gate_instance { , pull_gate_instance } ; | pullup [pullup_strength] pull_gate_instance { , pull_gate_instance } ; cmos_switch_instance ::= [ name_of_instance ] ( output_terminal , input_terminal , ncontrol_terminal , pcontrol_terminal ) enable_gate_instance ::=... more
A.3.2 Primitive strengths	pulldown_strength ::= ( strength0 , strength1 ) | ( strength1 , strength0 ) | ( strength0 ) pullup_strength ::= ( strength0 , strength1 ) | ( strength1 , strength0 ) | ( strength1 )
A.3.3 Primitive terminals	enable_terminal ::= expression inout_terminal ::= net_lvalue input_terminal ::= expression ncontrol_terminal ::= expression output_terminal ::= net_lvalue pcontrol_terminal ::= expression
A.3.4 Primitive gate and switch types	cmos_switchtype ::= cmos | rcmos enable_gatetype ::= bufif0 | bufif1 | notif0 | notif1 mos_switchtype ::= nmos | pmos | rnmos | rpmos n_input_gatetype ::= and | nand | or | nor | xor | xnor n_output_gatetype ::= buf | not pass_en_switchtype ::= tranif0 | tranif1 | rtranif1 | rtranif0 pass_switchtype ::= tran | rtran