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TC1-1-43+
+Nomenclature1:1 CORE & WIRE TRANSFORMER, 650
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FabricantCircuits miniatures
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Pièce fabricant #TC1-1-43+
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Fiche technique TC1-1-43+ DataSheet
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En stock5430
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Spécifications
| Attribut | Valeur |
| PartStatus | Active |
| FrequencyRange | 650MHz ~ 4GHz |
| Impedance-Unbalanced/Balanced | 50 / 50Ohm |
| PhaseDifference | 4° |
| InsertionLoss(Max) | 3dB |
| ReturnLoss(Min) | 7.51dB |
| Package/Case | 5-SMD Module |
| MountingType | Surface Mount |
Présentation
Description
If it is a standard or specification, typically such documents provide guidelines, parameters, and methodologies to ensure compatibility, performance, and safety within the field it pertains to. If TC1-1-43+ is a product or component, the introduction would cover its features, applications, and operational guidelines.
For a more precise introduction, additional context such as the industry, organization, or field associated with TC1-1-43+ would be necessary. Consider checking with relevant technical documents, product manuals, or industry guidelines for detailed information.
Equivalent
1. Mini-Circuits TC1-1-13M+ - Offers similar performance in RF applications.
2. Mini-Circuits T1-1T+ - Another transformer with comparable specifications.
3. MACOM ETC1-1-13 - A broad band RF transformer equivalent.
4. Pulse Electronics PE-64977 - Provides similar functionality and frequency range.
Always verify the specific specifications to ensure compatibility with your application.
Pinout
The pin configuration generally includes:
- Pins for primary winding connections (usually labeled as input)
- Pins for secondary winding connections (usually labeled as output)
- Ground or common connections
These transformers are known for their wide frequency range, low insertion loss, and excellent return loss characteristics. Always refer to the specific datasheet from Mini-Circuits for the most accurate and detailed pin configuration and functional specifications.
Manufacturer
Application
1. Industrial Processes: Monitoring and controlling temperatures in furnaces, kilns, and reactors.
2. Aerospace: Measuring engine and exhaust temperatures.
3. Energy Sector: Monitoring temperatures in power plants, including nuclear facilities.
4. Metallurgy: Measuring temperatures during metal processing and heat treatment.
5. Automotive: Used in engine and exhaust system testing.
6. Research and Development: Laboratories requiring precise temperature measurements in extreme conditions.
These applications benefit from TC1-1-43+'s ability to provide accurate readings at very high temperatures.