The **MHO+62TAG-R** is a specific electronic component belonging to the category of **Crystal Oscillators**. It is commonly used in telecommunications, networking, and precision timing applications. --- ### 1. Key Technical Specifications Below are the primary technical characteristics of the MHO+62TAG-R: | Parameter | Specification | |:---|:---| | **Component Type** | Fixed Output Crystal Oscillator | | **Package / Case** | 14-pin DIP (Dual In-line Package) - 4 pins connected | | **Output Type** | HCMOS / TTL Compatible | | **Operating Voltage** | Typically 5.0V (Standard for MHO series) | | **Frequency Stability** | ±100 ppm (standard, may vary by sub-grade) | | **Mounting Type** | Through-Hole | | **RoHS Status** | Compliant (Indicated by the "R" suffix) | --- ### 2. Nomenclature Breakdown The part number can be decoded to understand its specific properties: * **MHO:** Represents the series name (Metal Hollow Oscillator), typically indicating a full-size or half-size 14-pin DIP metal package. * **+:** Often indicates lead-free or specific environmental compliance. * **62:** Usually refers to a frequency code or a specific internal revision (often associated with 62.500 MHz in certain manufacturer catalogs). * **T:** Represents the output type (TTL/CMOS compatible). * **A:** Temperature range (Standard commercial: 0°C to +70°C). * **G:** Tightened stability or specific symmetry requirements. * **-R:** RoHS Compliant. --- ### 3. Functional Pinout Although it uses a 14-pin DIP footprint, only four pins are active: | Pin Number | Function | Description | |:---:|:---|:---| | **1** | NC or Tri-state | No connection or Output Enable/Disable | | **7** | GND | Ground connection | | **8** | Output | The generated clock signal | | **14** | Vcc | Power supply (typically +5V) | --- ### 4. Typical Applications * **Network Equipment:** Hubs, routers, and switches requiring a stable clock reference. * **Industrial Control:** Timing for microcontrollers and FPGA logic. * **Legacy Computing:** Motherboards and peripheral cards that utilize through-hole technology.