The **TS-6C6-R** is a specific model of a tactile switch, widely used in electronics for user interface controls. It belongs to a category of electromechanical components that provide a physical "click" sensation (tactile feedback) to the user when pressed. --- ### 1. Technical Specifications Below are the typical technical parameters for the TS-6C6-R series: | Feature | Specification | | :--- | :--- | | **Switch Type** | Tactile (Momentary) | | **Mounting Type** | Through-Hole (PHT) | | **Dimensions** | 6mm x 6mm (Base) | | **Height** | 6mm (Standard stem height) | | **Actuation Force** | 160gf to 250gf (grams-force) | | **Voltage Rating** | 12V DC | | **Current Rating** | 50mA | | **Operating Life** | 100,000 cycles (typical) | --- ### 2. Component Structure The TS-6C6-R consists of four primary internal parts: 1. **Actuator (Stem):** The plastic part the user presses. The "6" in the suffix often refers to the height of this stem (6.0mm). 2. **Cover:** A metal plate that holds the internal components in place. 3. **Contact Dome:** A snap-acting metal disc. When pressed, it collapses to bridge the circuit; when released, it springs back, providing the "tactile" feel. 4. **Base and Terminals:** The plastic housing containing the metal pins that are soldered to the PCB. --- ### 3. Pin Configuration The device typically has 4 pins. While there are 4 pins, they are internally connected in pairs. | Pin Pair | Function | | :--- | :--- | | **1 & 2** | Internally connected (Side A) | | **3 & 4** | Internally connected (Side B) | *When the button is pressed, Side A and Side B become connected, completing the circuit.* --- ### 4. Typical Applications * **Consumer Electronics:** Reset buttons, volume controls, or menu navigation. * **Prototyping:** Frequently used with Arduino or Raspberry Pi breadboard projects. * **Industrial:** Control panels for machinery. * **Computer Peripherals:** Mice, keyboards, and printer buttons. --- ### 5. Wiring Example (Arduino) When using the TS-6C6-R with a microcontroller, it is common to use a pull-up resistor to prevent a "floating" pin state. ```cpp // Example: Detecting a press on TS-6C6-R const int buttonPin = 2; void setup() { pinMode(buttonPin, INPUT_PULLUP); // Use internal resistor Serial.begin(9600); } void loop() { int state = digitalRead(buttonPin); if (state == LOW) { // Button is pressed Serial.println("Button Pressed!"); delay(200); // Simple debounce } } ```