Multivibrators generate non-sinusoidal waveforms such as square waves, rectangular pulses, or sawtooth waves. They operate as electronic oscillators with multiple stable states, switching between these states based on input triggers or clock signals. Multivibrators find use in various applications including signal generation, pulse shaping, timing circuits, frequency division, and digital logic circuits. Multivibrators with higher frequency capabilities, precise waveform characteristics, and additional features like adjustable duty cycles or trigger hysteresis may have higher price points compared to basic multivibrators with standard functionalities. When purchasing Multivibrators, consider the specific requirements of your application. Determine the required output waveform type, frequency range, duty cycle, input trigger levels, and power supply voltage compatibility. Evaluate features such as trigger edge sensitivity, output drive capability, and temperature stability for optimal performance in your circuit design.