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Hello, Please ask a question about CDEP1411 Datasheet
# Example questions:
➢ Compare the saturation current of cdep1411np-7r4mc-150 and cdep1411np-220mc-150. what is the difference?
➢ What is the typical dc resistance (dcr) range for inductors with a stamp of '95'?
➢ How does the temperature rise current generally change as the inductance value increases within the '95' stamped series (cdep1411np-4r7mc-95 to cdep1411np-140mc-95)?
| Part No. | CDEP1411 |
| Manufacturer | SUMIDA |
| Size | 222 Kbytes |
| Pages | 4 pages |
| Description | Power Inductor |
1. Overall Document Type:
️· Product Specification Sheet: Details technical characteristics of various inductor models.
2. Key Data Categories:
The sheet includes the following data for each inductor model:
️· NO (Number/Model Number): Unique identifier for each inductor.
️· Part name: Full Part Number (e.g., CDEP1411NP-100MC-150)
️· Stamp: A shorter identifier used on the inductor itself. (e.g., 100MH, 4R7ML)
️· Inductance (uH): The inductor's primary characteristic – its ability to store energy in a magnetic field, measured in microhenries. There is a "Within" specification, indicating a tolerance range.
️· D.C.R (mΩ): DC Resistance. The electrical resistance of the inductor's wire, measured in milliohms. Maximum value at 20°C.
️· Saturation Current: The current level at which the inductor's inductance significantly drops. Values provided for 20°C and 105°C.
️· Temperature Rise Current: The current level at which the inductor's temperature begins to rise significantly. Values provided for various temperatures.
3. Models Listed (examples):
️· CDEP1411NP-7R4MC-150
️· CDEP1411NP-100MC-150
️· CDEP1411NP-120MC-150
️· CDEP1411NP-150MC-150
️· CDEP1411NP-180MC-150
️· CDEP1411NP-220MC-150
️· CDEP1411NP-4R7MC-95
️· CDEP1411NP-6R1MC-95
️· CDEP1411NP-7R7MC-95
️· CDEP1411NP-100MC-95
️· CDEP1411NP-120MC-95
️· CDEP1411NP-140MC-95
4. Graphical Elements/Layout:
️· Tables: The data is organized in tabular format for easy comparison.
️· Graphs: There are references to graphs, potentially showing inductance/current characteristics. The graph axes appear to be 'Current (A)' and 'L(20℃) L(105℃) Delta'.
️· Irregular Layout: The text appears to have been extracted from a document with a complex layout. It contains some remnants of formatting and spacing.
5. Series Distinction
The models appear to fall into two series, indicated by the suffix of the part number. Models with "-150" at the end, and those with "-95" at the end. These may have different performance characteristics, or be targeted at different applications.
In essence, this document is a catalog listing the electrical specifications of various inductor components.
1. Overall Document Type:
️· Product Specification Sheet: Details technical characteristics of various inductor models.
2. Key Data Categories:
The sheet includes the following data for each inductor model:
️· NO (Number/Model Number): Unique identifier for each inductor.
️· Part name: Full Part Number (e.g., CDEP1411NP-100MC-150)
️· Stamp: A shorter identifier used on the inductor itself. (e.g., 100MH, 4R7ML)
️· Inductance (uH): The inductor's primary characteristic – its ability to store energy in a magnetic field, measured in microhenries. There is a "Within" specification, indicating a tolerance range.
️· D.C.R (mΩ): DC Resistance. The electrical resistance of the inductor's wire, measured in milliohms. Maximum value at 20°C.
️· Saturation Current: The current level at which the inductor's inductance significantly drops. Values provided for 20°C and 105°C.
️· Temperature Rise Current: The current level at which the inductor's temperature begins to rise significantly. Values provided for various temperatures.
3. Models Listed (examples):
️· CDEP1411NP-7R4MC-150
️· CDEP1411NP-100MC-150
️· CDEP1411NP-120MC-150
️· CDEP1411NP-150MC-150
️· CDEP1411NP-180MC-150
️· CDEP1411NP-220MC-150
️· CDEP1411NP-4R7MC-95
️· CDEP1411NP-6R1MC-95
️· CDEP1411NP-7R7MC-95
️· CDEP1411NP-100MC-95
️· CDEP1411NP-120MC-95
️· CDEP1411NP-140MC-95
4. Graphical Elements/Layout:
️· Tables: The data is organized in tabular format for easy comparison.
️· Graphs: There are references to graphs, potentially showing inductance/current characteristics. The graph axes appear to be 'Current (A)' and 'L(20℃) L(105℃) Delta'.
️· Irregular Layout: The text appears to have been extracted from a document with a complex layout. It contains some remnants of formatting and spacing.
5. Series Distinction
The models appear to fall into two series, indicated by the suffix of the part number. Models with "-150" at the end, and those with "-95" at the end. These may have different performance characteristics, or be targeted at different applications.
In essence, this document is a catalog listing the electrical specifications of various inductor components.
| Part No. | CDEP1411 |
| Manufacturer | SUMIDA |
| Size | 222 Kbytes |
| Pages | 4 pages |
| Description | Power Inductor |
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