SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The MHO+41FAD-R 10.000000 is a precision clock oscillator manufactured by MtronPTI, designed for high-frequency signal generation in electronic systems. It operates at a nominal frequency of 10.000000 MHz with a standard HCMOS/TTL output interface. The component is housed in a hermetically sealed miniature ceramic package featuring a 14-pin DIP configuration, ensuring reliable performance under various environmental conditions. It requires a supply voltage of 5.0 Volts to function correctly and is engineered to provide stable timing signals for data processing and communication applications.
Verify the specific ordering suffix and frequency tolerance against project requirements before purchase. Confirm that the 14-pin DIP package dimensions align with the target PCB layout. Ensure the 5.0V supply voltage matches the system design specifications. Check for any specific environmental ratings if operating in extreme temperatures. Consult official distributor documentation for current availability and lead times.
Select this component when a hermetically sealed oscillator is required for critical timing applications. Consider the 14-pin DIP form factor for through-hole mounting constraints. Evaluate the HCMOS/TTL output compatibility with downstream logic circuits. Assess the need for hermetic sealing against non-hermetic alternatives based on environmental exposure. Verify the 10 MHz frequency requirement against system clock needs.
This part belongs to the MHO series of clock oscillators from MtronPTI, which specializes in precision frequency control solutions. The series includes various models tailored for different frequency ranges and output types. The MHO+41FAD variant specifically denotes a 14-pin DIP package with hermetic sealing, distinguishing it from surface-mount or non-hermetic options within the broader product line.
Direct replacements must match the 14-pin DIP hermetic package and 5.0V operation. Verify frequency stability and output waveform compatibility with existing circuit designs. Cross-reference pinouts to ensure functional equivalence without redesigning the host board. Consult manufacturer substitution guides for approved alternative part numbers.