The **MHO+12FAAG-R** is a specific part number belonging to a series of **Crystal Oscillators**, typically manufactured by companies like **Mercury Electronic**. These components are essential for providing a stable clock signal in digital circuits. --- ### 1. Technical Specifications The part number follows a specific nomenclature. Below are the typical characteristics associated with this series: | Parameter | Specification (Typical) | | :--- | :--- | | **Component Type** | XO (Crystal Oscillator) | | **Frequency Range** | Usually fixed (e.g., 12.000 MHz depending on full suffix) | | **Package Type** | DIP-14 (Full size) or DIP-8 (Half size) | | **Supply Voltage** | 5.0V DC (Standard for MHO series) | | **Output Logic** | TTL / HCMOS Compatible | | **Operating Temp** | -10°C to +70°C (Commercial Grade) | | **Stability** | ±25ppm to ±100ppm | --- ### 2. Pin Configuration (DIP-14 Style) Since this is a standard "Metal Can" oscillator, the pinout follows a universal industrial layout: * **Pin 1:** NC (No Connection) or Tri-state Control (Enable/Disable). * **Pin 7:** Case Ground (GND). * **Pin 8:** Output Signal (The clock frequency). * **Pin 14:** Supply Voltage (Vcc / +5V). --- ### 3. Key Features * **Hermetically Sealed:** The internal quartz crystal is housed in a metal "Can" package to protect it from moisture and atmospheric interference. * **Integrated Driver:** Unlike a passive 2-pin crystal, this is an **active** component. It contains the oscillating circuit and buffer internally; you only need to provide power to get a square wave output. * **RoHS Compliant:** The "-R" suffix at the end of the part number typically signifies **RoHS Compliance** (Lead-free). --- ### 4. Typical Applications These oscillators are used in legacy and industrial hardware where a reliable, high-voltage (5V) clock source is required: 1. **Microprocessor Clocks:** Providing the heartbeat for 8-bit or 16-bit CPUs. 2. **Communication Ports:** Timing for RS-232 or Ethernet controllers. 3. **Industrial Control:** Embedded systems in manufacturing equipment. --- ### 5. Implementation Example To use this part in a circuit, you would connect it as follows: ```c // Schematic Logic [Power Supply +5V] ----> Pin 14 (Vcc) [Circuit Ground] ----> Pin 7 (GND) [Signal Input] <---- Pin 8 (OUT) [Optional Cap] ----> 0.1uF Decoupling capacitor between Pin 14 and 7 ```