Human perception systems are highly refined, relying on an adaptive, plastic, and event- driven network of sensory neurons. Drawing inspiration from Nature, neuromorphic perception systems hold tremendous potential for efficient multisensory signal processing in the physical world; however, the development of an efficient artificial neuron with a widely calibratable spiking range and reduced footprint remains chalcomplementary circuitry enabled by an advanced n- type polymer for balanced p- /n- type of producing spikes with a widely calibratable state- of- the art firing frequency range of 0.130 to 147.1 Hz. Leveraging this capability, we develop a neuromorphic perception artificial synapse for tactile perception. The system successfully encodes tactile stimulations into frequency- dependent spikes, which are further converted into postsynaptic responses. This bioinspired design demonstrates significant potential to advance cyborg and neuromorphic systems, providing them with perceptual capabilities.