1. Pin 1 (GND): Ground connection, connect it directly to ground.
2. Pin 2 (TRIG): Typically connected to a voltage divider to set a threshold for the timer. No pull-up or pull-down resistor needed if you’re setting up a typical monostable or astable circuit.
3. Pin 3 (OUT): Output, drive other circuits or components. No pull-up or pull-down needed here unless your subsequent circuit requires it.
4. Pin 4 (RESET): If not used, it should be connected to VCC to avoid unintentional resets. If you want the ability to reset, connect it through a pull-up resistor to VCC.
5. Pin 5 (CONT): Usually connected to ground through a capacitor to stabilize voltage changes. No pull-up or pull-down resistors needed in standard configurations.
6. Pin 6 (THRES): Connected to the same point in a voltage divider circuit in both monostable and astable configurations. No pull-up or pull-down needed.
7. Pin 7 (DISCH): Used for discharging the timing capacitor in astable mode. Connect to the junction of the resistors used in the timing circuit. No pull-up or pull-down needed.
8. Pin 8 (VCC): Connect directly to your supply voltage.

• Resistor ($R1$): Let's choose a value of 4.7 kΩ (4,700 ohms).
• Capacitor ($C1$): To achieve the desired charge time, we can calculate $C$ as follows:

Python
# Given values
time_seconds = 5
resistor_ohms = 4700

# Calculate capacitor value
capacitor_farads = time_seconds / (1.1 * resistor_ohms)
capacitor_microfarads = capacitor_farads * 1e6  # Convert to microfarads
capacitor_microfarads

1. Connect $U1$:VCC to the positive supply voltage.
2. Connect $U1$:GND to the ground.
3. Connect $R1$:1 to $U1$:VCC.
4. Connect $R1$:2 to $U1$:DISCH and $C1$:1.
5. Connect $C1$:2 to ground.
6. Connect $U1$:TRIG to the junction between $R1$:2 and $C1$:1.
7. Connect $U1$:RESET to VCC for normal operation, unless you intend to use it.
8. The output at $U1$:OUT changes from LOW to HIGH after the trigger and returns to LOW after 5 seconds.

1. Add Components:
   • Resistor ($R1$): Add a resistor and set its value to 4.7 kΩ.
   • Capacitor ($C1$): Add a capacitor and set its value to 1000 µF.
2. Making Connections:
   • Connect U1:VCC to the positive supply voltage.
   • Connect U1:GND to the ground.
   • Connect R1 firstly to the positive supply voltage.
   • Connect R1:2 to U1:DISCH and C1:1.
   • Connect C1:2 to ground.
   • Connect U1:TRIG to the junction between R1:2 and C1:1.
   • Optionally, connect U1:RESET to VCC to disable the reset function unless needed.

• Use Flux's component library to search for and place both the resistor and capacitor.
• Drag wires to connect the pins as described above.