The **MHO+35FBG-R** is a specific part number typically associated with **Quartz Crystal Oscillators**, often manufactured by companies like MtronPTI. These components are critical for providing a stable clock signal in electronic circuits. --- ### 1. Technical Specifications Overview The part number follows a specific nomenclature. Below are the typical characteristics associated with this series: | Parameter | Specification | | :--- | :--- | | **Component Type** | XO (Crystal Oscillator) | | **Package Type** | 14-pin DIP (Full Size) / 4-pin Metal Can | | **Output Type** | HCMOS / TTL | | **Voltage Supply** | Usually 5.0V (Standard for MHO series) | | **Frequency Stability** | ±100ppm, ±50ppm, or ±25ppm (depending on suffix) | | **Operating Temp** | 0°C to +70°C (Standard) or -40°C to +85°C | | **RoHS Status** | "R" suffix indicates RoHS Compliant | --- ### 2. Part Number Breakdown While manufacturer codes can vary slightly, the breakdown for the **MHO+35FBG-R** series usually follows this logic: * **MHO**: Series designation (Metal thru-hole, 5.0V). * **+**: Often indicates a specific revision or lead-free process. * **3**: Represents frequency stability (e.g., ±50ppm). * **5**: Represents the duty cycle (e.g., 40/60%). * **F**: Operating temperature range (e.g., 0°C to +70°C). * **B**: Output Type (e.g., HCMOS/TTL Compatible). * **G**: Tri-state Enable/Disable function. * **R**: RoHS Compliant. --- ### 3. Pin Configuration For a standard 14-pin DIP package (where only 4 pins are actually present), the pinout is generally: 1. **Pin 1: N/C or Tri-state Enable/Disable.** If "G" is present, pulling this low stops the output. 2. **Pin 7: Case Ground.** Connected to the metal housing for EMI shielding. 3. **Pin 8: Output.** The square wave clock signal. 4. **Pin 14: Vcc (+5.0V).** Power supply input. --- ### 4. Key Applications This component is used in legacy and industrial systems that require a robust, through-hole timing solution: * **Microprocessor Clocks:** Providing the base heartbeat for CPUs. * **Embedded Systems:** Industrial controllers and automation. * **Telecommunications:** Synchronizing data transmission. * **Legacy Computing:** Replacement parts for older motherboards and DIY electronics. --- ### 5. Implementation Example To use this in a circuit, a bypass capacitor (typically **0.01µF to 0.1µF**) should be placed as close as possible between Pin 14 (Vcc) and Pin 7 (GND) to minimize noise. ```cpp // Logic Representation of Tri-state Pin 1 if (Pin1 == HIGH || Floating) { Output = Active_Clock_Signal; } else { Output = High_Impedance; // Logic is disabled } ```