https://spe.if.uj.edu.pl/cwiczenia

schematy.pdf

schematy.typ

#import "@preview/zap:0.6.0"
#set document(author: "Wojciech Pawlik")
#set page(width: auto, height: auto, margin: 1mm)

#page(zap.circuit({ // RR
  zap.vsource("s", (-3, -3), (-3, 0), u: (content: $u_1(t)$, label-distance: 5mm))
  zap.resistor("R_1", (-3, 0), (0, 0), label: $"R"_1$)
  zap.resistor("R_2", (0, -3), (0, 0), label: $"R"_2$, n: "*-*")
  zap.voltmeter("v", (3, -3), (3, 0), u: (content: $u_2(t)$, label-distance: 5mm))
  zap.wire((0, 0), "v.out")
  zap.wire("s.in", "v.in")
}))

// https://github.com/rlalik/UJ_SPE_Lab2_demos
#page(zap.circuit({ // CR
  zap.vsource("s", (-3, -3), (-3, 0), u: (content: $u_1(t)$, label-distance: 5mm))
  zap.capacitor("C", (-3, 0), (0, 0), label: $"C"$)
  zap.resistor("R", (0, -3), (0, 0), label: $"R"$, n: "*-*")
  zap.voltmeter("v", (3, -3), (3, 0), u: (content: $u_2(t)$, label-distance: 5mm))
  zap.wire((0, 0), "v.out")
  zap.wire("s.in", "v.in")
}))
#page(zap.circuit({ // RC
  zap.vsource("s", (-3, -3), (-3, 0), u: (content: $u_1(t)$, label-distance: 5mm))
  zap.resistor("R", (-3, 0), (0, 0), label: $"R"$)
  zap.capacitor("C", (0, -3), (0, 0), label: $"C"$, n: "*-*")
  zap.voltmeter("v", (3, -3), (3, 0), u: (content: $u_2(t)$, label-distance: 5mm))
  zap.wire((0, 0), "v.out")
  zap.wire("s.in", "v.in")
}))
#page(zap.circuit({ // CLR
  zap.resistor("R", (0, -3), (0, 0), label: $"R"$, n: "*-*")
  zap.inductor("L", (-3, 0), (0, 0), label: $"L"$)
  zap.capacitor("C", (-6, 0), (-3, 0), label: $"C"$)
  zap.vsource("s", (-6, -3), (-6, 0), u: (content: $u_1(t)$, label-distance: 5mm))
  zap.voltmeter("v", (3, -3), (3, 0), u: (content: $u_2(t)$, label-distance: 5mm))
  zap.wire((0, 0), "v.out")
  zap.wire("s.in", "v.in")
}))

#page(zap.circuit({ // wzmacniacz
  import zap: *
  opamp("amp", (), variant: "ieee")
  nstub(n: "-o", label: $+E$, "amp.v")
  sstub(n: "-o", label: $-E$, "amp.g")
  wstub(n: "-o", label: $U_"-"$, "amp.minus")
  wstub(n: "-o", label: $U_"+"$, "amp.plus")
  estub(n: "-o", label: $U_"WY"$, "amp.out")
}))
#page(zap.circuit({ // odwracający
  import zap: *
  node("U", (-4.5, 0), label: $U_"WE"$, fill: false)
  resistor("R", "U", (rel: (3, 0)), label: $"R"_1$, n: "-*")
  resistor("R_f", (-1.5, 1.5), (rel: (3, 0)), label: $"R"_"f"$)
  opamp("amp", (0, -.45), variant: "ieee")
  estub((rel: (1.5, 0)), label: $U_"WY"$, n: "*-o")
  rground("rg", (-1.5, -1.5))

  swire("amp.plus", "rg")
  swire("amp.minus", "R_f.in")
  swire("amp.out", "R_f.out")
}))
#page(zap.circuit({ // sumujący
  import zap: *
  for (k, v) in ("1": 0, "2": 1.5, "3": 3) {
    node("U", (-4.5, v), label: $U_#k$, fill: false)
    resistor("R", "U", (rel: (3, 0)), label: $"R"_#k$, n: if v < 2 {"-*"})
  }
  resistor("R_f", (-1.5, 1.5), (rel: (3, 0)), label: $"R"_"f"$)
  opamp("amp", (0, -.45), variant: "ieee")
  estub((rel: (1.5, 0)), label: $U_"WY"$, n: "*-o")
  rground("rg", (-1.5, -1.5))

  swire("amp.plus", "rg")
  swire("amp.minus", "R.out")
  swire("amp.out", "R_f.out")
}))
#page(zap.circuit({ // Schmitt
  import zap: *
  opamp("amp", (1.5, 0), variant: "ieee")
  estub((3, 0), label: $U_"WY"$, n: "*-o")
  wstub("amp.minus", label: $U_"WE"$, n: "-o")

  rground("rg", (-3, -2))
  resistor("R_2", (), (rel: (3, 0)), label: $"R"_2$)
  node("2", ())
  resistor("R_1", (), (rel: (3, 0)), label: $"R"_1$)

  swire("amp.out", "R_1.out")
  swire("amp.plus", "R_1.in")
}))
#page(zap.circuit({ // multiwibrator
  import zap: *
  opamp("amp", (1.5, 0), variant: "ieee")
  estub((3, 0), label: $U_"WY"$, n: "*-o")
  wire((), "amp.out")

  rground("cg", (-3, 2))
  capacitor("C", (), (rel: (3, 0)), label: $"C"$)
  node("1", (), label: $1$)
  resistor("R_f", "1", (rel: (3, 0)), label: $"R"_"f"$)

  rground("rg", (-3, -2))
  resistor("R_2", (), (rel: (3, 0)), label: $"R"_2$)
  node("2", ())
  resistor("R_1", (), (rel: (3, 0)), label: $"R"_1$)

  wire((), (rel: (0, 4)))
  swire("amp.minus", "1")
  swire("amp.plus", "R_1.in")
}))

#page(zap.circuit({ // NAND generator
  import zap: *
  node("node", (3, 0))
  estub("node", label: $U_"WY"$, length: .5)
  for i in (2, 0, -2) {
    lnand("NAND", (i, 0), variant: "ieee")
    wire("NAND.out", "node")
    node("node", (i - 1, 0))
    swire("NAND.in1", "node")
    swire("NAND.in2", "node")
  }
  swire((-3, 0), (-3.5, 1), (3, 0))
}))
#page(zap.circuit({ // RS
  import zap: *
  lnand("NAND_c", (0,  1), variant: "ieee")
  lnand("NAND_d", (0, -1), variant: "ieee")

  wstub("NAND_c.in1", label: overline("S"))
  wstub("NAND_d.in2", label: overline("R"))
  estub("NAND_c.out", label: "Q")
  estub("NAND_d.out", label: overline("Q"))

  swire("NAND_c.in2", (-1, .5))
  wire((-1, .5), (1, -.5), (1, -1), n: "-*")
  swire("NAND_d.in1", (-1, -.5))
  wire((-1, -.5), (1, .5), (1, 1), n: "-*")
}))

#page(zap.circuit({ // RS latch
  import zap: *
  cetz.draw.set-style(zap: (variant: "ieee"))
  lnand("NAND_a", (-3,  1))
  lnand("NAND_b", (-3, -1))
  lnand("NAND_c", ( 0,  1))
  lnand("NAND_d", ( 0, -1))
  wire("NAND_a.out", "NAND_c.west")
  wire("NAND_b.out", "NAND_d.west")

  wstub("NAND_a.in1", label: "a", length: 1)
  wstub("NAND_b.in2", label: "b", length: 1)
  wstub("NAND_c.in1", label: "c", length: 1)
  wstub("NAND_d.in2", label: "d", length: 1)
  wstub("NAND_b.in1", label: "E", length: 1)
  estub("NAND_c.out", label: "Q")
  estub("NAND_d.out", label: overline("Q"))

  swire("NAND_a.in2", (rel: (-.5, 0), to: "NAND_b.in1"), n: "-*")
  wire((1, 1), (1, .5), (-1, -.5), n: "*-")
  swire("NAND_d.in1", (-1, -.5))
  wire((1, -1), (1, -.5), (-1, .5), n: "*-")
  swire("NAND_c.in2", (-1, .5))
}))
#page(zap.circuit({ // mod 16
  import zap: *
  let pins = (
    pin1: (content: "T"),
    pin3: (clock: true),
    pin4: (content: "Q"),
    pin6: (content: overline("Q")),
  )

  for (k, v) in ("A": 0, "B": 3, "C": 6, "D": 9) {
    flipflop("T", (v, 0), pins: pins, fill: white)
    swire("T.pin1", (v - 1.5, 1.5), n: if v != 0 {"-*"})
    node(k, (v - 1.5, -.5), label: if v <= 3 {k}, fill: v != 0)
    sstub(  (v + 1.5, -.5), label: [Q#sub(k)])
  }

  wire((), "A")
  estub((rel: (-3, 2)), label: [1])
  wire((), (-1.5, 1.5))
}))