100 Examples of sentences containing the common noun "subcomponent"

Definition

A subcomponent is a smaller, distinct part or element that is part of a larger system or component. It can refer to any piece or element that contributes to the functionality or structure of a more complex whole, often used in contexts such as engineering, software development, and product design.

Synonyms

• Component
• Element
• Part
• Module
• Segment
• Division
• Section
• Subdivision

Antonyms

• Whole
• Entirety
• Totality
• Aggregate
• System

Examples

1. The engine has a subcomponent that regulates the fuel intake.
2. Each subcomponent of the software must be tested individually.
3. The design team is focusing on the subcomponent that manages user authentication.
4. A subcomponent can often be upgraded without replacing the entire system.
5. The subcomponent failed, causing the entire device to malfunction.
6. Each subcomponent of the project must be delivered on time for the deadline to be met.
7. The research focused on the effects of each subcomponent on overall performance.
8. The subcomponent was designed to be easily replaceable.
9. Integrating a new subcomponent into the device was more challenging than anticipated.
10. The subcomponent provides essential functionality to the main framework.
11. Each subcomponent contributes to the overall efficiency of the system.
12. The team identified a critical subcomponent that needed improvement.
13. The failure of one subcomponent led to a cascading failure throughout the system.
14. Each subcomponent has specific requirements that must be met.
15. The subcomponent is often overlooked during the initial design phase.
16. A defective subcomponent can compromise the entire operation.
17. The subcomponent can be adjusted to optimize performance.
18. The engineers are analyzing the subcomponent for potential enhancements.
19. Each subcomponent must comply with industry standards.
20. The subcomponent plays a vital role in the overall architecture.
21. The project was delayed due to issues with a subcomponent.
22. They are developing a new subcomponent to improve energy efficiency.
23. The subcomponent was found to be incompatible with existing systems.
24. Testing each subcomponent thoroughly is crucial for quality assurance.
25. The subcomponent can be accessed easily for maintenance.
26. A new subcomponent has been introduced to increase functionality.
27. The subcomponent was designed to withstand extreme conditions.
28. The team is evaluating the performance of the newly added subcomponent.
29. The subcomponent was highlighted in the project report.
30. The subcomponent integrates seamlessly with the main module.
31. A detailed analysis of the subcomponent revealed several issues.
32. The subcomponent is essential for the system's stability.
33. Engineers must ensure that each subcomponent is properly aligned.
34. A reliable subcomponent is necessary for the success of the project.
35. The subcomponent requires special handling during installation.
36. The team is making adjustments to the subcomponent for better performance.
37. Each subcomponent must be documented for future reference.
38. The design of the subcomponent has been finalized after several iterations.
39. The subcomponent will be available for purchase next month.
40. The subcomponent is crucial for the overall safety of the system.
41. A redundant subcomponent was added to ensure reliability.
42. The subcomponent is responsible for data processing.
43. The integration of the subcomponent improved system performance markedly.
44. A poor-quality subcomponent can lead to serious problems.
45. The subcomponent has been tested under various conditions.
46. The team is exploring alternative designs for the subcomponent.
47. The subcomponent has several features that enhance usability.
48. The subcomponent is often where most failures occur.
49. The specifications for the subcomponent need to be updated.
50. Each subcomponent must be calibrated correctly.
51. The subcomponent operates independently but is essential for overall function.
52. The project requires meticulous attention to each subcomponent.
53. The subcomponent was redesigned to be more user-friendly.
54. The cost of the subcomponent was higher than expected.
55. Each subcomponent has its own set of challenges.
56. The quality control team inspected every subcomponent before assembly.
57. The subcomponent can be customized to meet specific needs.
58. The subcomponent was a critical part of the prototype.
59. The team discovered a flaw in the subcomponent during testing.
60. The subcomponent must be replaced every few years for optimal performance.
61. A skilled technician is required to install the subcomponent.
62. The subcomponent facilitates communication between devices.
63. The subcomponent is positioned at the core of the system.
64. Each subcomponent is interdependent with others in the system.
65. The subcomponent will be phased out in the next version.
66. The project scope includes several new subcomponent designs.
67. The subcomponent is integral to the overall strategy.
68. They are analyzing the lifecycle of the subcomponent.
69. The subcomponent needs to be thoroughly documented for compliance.
70. A significant improvement was made on the subcomponent last quarter.
71. The subcomponent is built with durability in mind.
72. Each subcomponent is evaluated for cost-effectiveness.
73. The subcomponent was chosen for its superior performance.
74. The subcomponent plays a role in the system’s energy consumption.
75. The team is brainstorming ideas for a revolutionary subcomponent.
76. The subcomponent was mistakenly installed upside down.
77. The efficiency of the subcomponent directly impacts the overall system.
78. The design of the subcomponent is both innovative and practical.
79. The subcomponent must undergo rigorous testing before deployment.
80. The subcomponent requires minimal maintenance.
81. A new supplier has been found for the subcomponent.
82. The subcomponent can be replaced without special tools.
83. The subcomponent is linked to the main control unit.
84. Each subcomponent is labeled for easy identification.
85. The subcomponent has been engineered for high performance.
86. A backup subcomponent is in place to prevent failures.
87. The subcomponent integrates with the existing framework.
88. The subcomponent has a warranty for three years.
89. The team is working on improving the subcomponent's reliability.
90. The subcomponent is essential for achieving project goals.
91. The subcomponent was found to be outdated and needed replacement.
92. Each subcomponent can be modified without affecting the others.
93. The subcomponent has been optimized for speed.
94. The technical manual includes diagrams of each subcomponent.
95. The subcomponent must be compatible with the main software.
96. The subcomponent was installed incorrectly, causing issues.
97. A prototype of the new subcomponent will be ready by next week.
98. The subcomponent was developed in response to user feedback.
99. The subcomponent contributes significantly to the overall design.
100. The team presented their findings on the subcomponent at the conference.