Specifications 
Monostable mode: Operates as a one-shot pulse generator.
Astable mode: Operates as an oscillatory generator, creating square waves.
Supply Voltage (Vcc): 3V to 15V
Output Voltage: Typically the supply voltage (Vcc).
High-level output current (Ioh): Typically −1mA (at Vcc = 5V)
Low-level output current (Iol): Typically 8mA (at Vcc = 5V)
The timing capacitor used in the monostable and astable modes should typically range from 100pF to 1µF depending on the desired frequency.
Threshold Voltage (Vth) and Trigger Voltage (Vtr):
Threshold voltage (Vth) for the monostable mode is typically 2/3 of Vcc.
Trigger voltage (Vtr) for the monostable mode is typically 1/3 of Vcc.
Monostable mode: Typically 200ns.
Astable mode: Varies depending on the circuit components.
Pin Configuration (8 Pins):
Pin 1: Q (Output)
Pin 2: Trigger (Monostable Trigger input)
Pin 3: Ground (GND)
Pin 4: Control Voltage (External input for astable mode)
Pin 5: Timing Capacitor (External capacitor connection)
Pin 6: Threshold (Monostable Threshold input)
Pin 7: Vcc (Supply voltage)
Pin 8: Discharge (Timing resistor for astable mode)
The power consumption is relatively low, especially when operating in monostable mode.
It can be used in both monostable (one-shot) and astable (oscillating) configurations.
It is capable of generating both positive and negative pulse widths depending on the setup.