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ADT4-6WT+
+BOM1:4 CORE & WIRE TRANSFORMER, 0.5
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ManufacturerMini-Circuits
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Mfr. Part #ADT4-6WT+
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Datasheet ADT4-6WT+ DataSheet
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In Stock14412
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Specifications
| Attribute | Value |
| Part Status | Active |
| Frequency Range | 500kHz ~ 600MHz |
| Impedance - Unbalanced / Balanced | 1:4 |
| Phase Difference | 2° |
| Insertion Loss (Max) | 3dB |
| Return Loss (Min) | 7.99dB |
| Package / Case | 6-SMD, Flat Leads |
| Mounting Type | Surface Mount |
Overview
Description
If "ADT4-6WT+" is a proprietary or recently developed technology, it would typically require direct access to manufacturer documentation, technical specifications, or industry publications for detailed information. It might also relate to a software version, hardware component, or a protocol in fields like telecommunications, automotive engineering, or industrial systems.
For an accurate introduction, consider consulting the applicable technical manuals, industry whitepapers, or contacting professionals who directly work with or have developed the ADT4-6WT+ system.
Equivalent
1. Mini-Circuits TCM2-63AX+, which offers similar frequency range and performance.
2. Coilcraft TTWB Series, known for its wideband capabilities.
3. Anaren B0410J50100AHF, suitable for RF applications with similar specifications.
4. Johanson Technology JTI-Series transformers, which also cover wide frequency ranges.
Ensure to check datasheets for specific electrical characteristics and compatibility with your application.
Pinout
1. Pin 1 (Primary Dot): Represents the primary coil's dot terminal.
2. Pin 2 (Primary): The other terminal of the primary coil.
3. Pin 3 (Secondary Dot): Represents the secondary coil's dot terminal.
4. Pin 4 (Secondary): The other terminal of the secondary coil.
5. Pin 5 (Ground): Typically used as a ground connection.
6. Pin 6 (Unused/NC): Not connected or used.
The ADT4-6WT+ is used for impedance matching and signal transformation in RF/microwave applications. It is designed to operate over a wide frequency range, providing efficient signal transfer between circuits.