Capacitive, Magnetic and Piezo Switches

Capacitive, magnetic, and piezo switches represent a diverse array of advanced switching technologies, each offering unique characteristics tailored to various applications. Capacitive switches utilise the principle of capacitance to detect touch or proximity, relying on materials like glass, plastics, and ceramics to form the touch-sensitive surface. Magnetic switches, on the other hand, use magnets and reed switches or Hall effect sensors, often encased in durable plastic or metal housings, to provide reliable actuation in rugged environments. Piezo switches leverage the piezoelectric effect, with materials such as piezoelectric ceramics or polymers, to generate a voltage when subjected to mechanical stress.

Prominent Types of Capacitive, Magnetic and Piezo Switches

• Capacitive Switches: Touch-sensitive, proximity sensors
• Magnetic Switches: Reed switches, Hall effect sensors
• Piezo Switches: Momentary, latching switches

Crucial Features and Benefits of Using Our Innovative Capacitive, Magnetic and Piezo Switches

• No moving parts, durable, low power consumption
• High reliability, resistance to mechanical wear, waterproof options
• Long life, high durability, sealed design
• Sleek design, easy integration into modern devices, enhanced user interface
• Suitable for harsh environments, consistent performance, no physical contact
• Robust and reliable, capable of withstanding extreme conditions

Application Potential of Capacitive, Magnetic and Piezo Switches

• Capacitive Switches: Smartphones, consumer electronics, touch panels
• Magnetic Switches: Security systems, automotive, industrial equipment
• Piezo Switches: Medical devices, military equipment, high-end appliances