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PE15A1071
+BOMLNA 1.9DB NF 6 TO 18GHZ SMA
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ManufacturerPasternack
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Mfr. Part #PE15A1071
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Datasheet PE15A1071 DataSheet
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Package Module, SMA Connectors
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In Stock22
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Specifications
| Attribute | Value |
| Supplier | Pasternack |
| Package | Bag |
| ProductStatus | Active |
| Frequency | 6GHz ~ 18GHz |
| P1dB | 11dBm |
| Gain | 26dB |
| NoiseFigure | 1.9dB |
| RFType | General Purpose |
| Voltage-Supply | 4.5V ~ 5.5V |
| Current-Supply | 65mA |
| TestFrequency | 6GHz ~ 18GHz |
| Package/Case | Module, SMA Connectors |
Overview
Description
"Introduction to PE15A1071" likely serves as an overview for a specialized topic within a broader field. The course might cover foundational concepts, key methodologies, and important applications relevant to its subject. Students can expect to engage with core theories, practical exercises, and critical discussions designed to build their understanding and competence in the area of study. The course could also include assessments such as quizzes, assignments, and projects to evaluate student learning and progress.
For precise details, such as the course's focus (e.g., engineering, science, humanities), structure, prerequisites, and objectives, consulting the institution's course catalog or syllabus would be essential. If PE15A1071 is related to a specific program, it could be part of a sequence that prepares students for advanced topics or professional practice.
Equivalent
Pinout
Manufacturer
Application
1. Capacitors: Used in high-frequency and high-temperature capacitors due to its excellent dielectric properties.
2. Power Electronics: Suitable for DC link capacitors in power electronic converters.
3. Aerospace and Automotive: Ideal for components that require stability under extreme temperatures.
4. Renewable Energy Systems: Utilized in solar inverters and wind turbine systems for energy efficiency.
5. High-frequency Communications: Applied in RF and microwave circuits for its low dielectric loss.
These applications leverage its thermal stability, electrical insulation, and reliability under stress.