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Specifications
Current - Saturation (Isat):
2.2A
Mfr. Part #:
PSPMAA0402-100M-ANP
Package:
SMD,4.5x4.1mm
Key Attributes
Model Number:
PSPMAA0402-100M-ANP
Product Description
Product Overview
This document details the 0402 Series of integrated molding inductors from PROD TECHNOLOGY CO., LTD. These inductors are designed for general use, offering simple and better solutions. The specifications provided are for reference, and detailed product-specific datasheets are available upon request.
Product Attributes
- Brand: PROD TECHNOLOGY CO., LTD.
- Series: 0402
- Origin: Shenzhen, China (implied by company name)
- Date: 2019.10.9
- Version: 3.0
Technical Specifications
| P/N | Inductance (L) (H) | DCR (m) | Temperature Rise Current (Irms) (A) | Saturation Current (ISAT) (A) |
| PSPMAA0402-R10M-ANP | 0.10 20% typ. | 3.5 typ. | 4.0 Max. | 12.0 Typ. |
| PSPMAA0402-R22M-ANP | 0.22 20% typ. | 6.0 typ. | 6.6 Max. | 9.0 Typ. |
| PSPMAA0402-R33M-ANP | 0.33 20% typ. | 9.6 typ. | 13.0 Max. | 8.0 Typ. |
| PSPMAA0402-R47M-ANP | 0.47 20% typ. | 12.5 typ. | 14.0 Max. | 7.0 Typ. |
| PSPMAA0402-R56M-ANP | 0.56 20% typ. | 14.0 typ. | 16.0 Max. | 6.5 Typ. |
| PSPMAA0402-R68M-ANP | 0.68 20% typ. | 16.0 typ. | 18.0 Max. | 6.0 Typ. |
| PSPMAA0402-1R0M-ANP | 1.00 20% typ. | 24.0 typ. | 27.0 Max. | 4.5 Typ. |
| PSPMAA0402-1R2M-ANP | 1.20 20% typ. | 24.0 typ. | 27.0 Max. | 4.5 Typ. |
| PSPMAA0402-1R5M-ANP | 1.50 20% typ. | 38.0 typ. | 46.0 Max. | 4.0 Typ. |
| PSPMAA0402-2R2M-ANP | 2.20 20% typ. | 52.0 typ. | 58.0 Max. | 3.0 Typ. |
| PSPMAA0402-3R3M-ANP | 3.30 20% typ. | 74.0 typ. | 87.0 Max. | 2.5 Typ. |
| PSPMAA0402-4R7M-ANP | 4.70 20% typ. | 98.0 typ. | 110.0 Max. | 2.0 Typ. |
| PSPMAA0402-6R8M-ANP | 6.80 20% typ. | 160.0 typ. | 175.0 Max. | 1.5 Typ. |
| PSPMAA0402C-8R2M-ANP | 8.20 20% typ. | 170.0 typ. | 185.0 Max. | 2.0 Typ. |
| PSPMAA0402-100M-ANP | 10.00 20% typ. | 256.0 typ. | 282.0 Max. | 1.2 Typ. |
Notes
- Testing Frequency: 100kHz/1V
- Test data obtained at an ambient temperature of 25.
- Saturation current (ISAT) will cause inductance to decrease by approximately 35%.
- Temperature rise current (Irms) will cause inductance temperature to rise by approximately 40 (rise temperature + initial temperature = final temperature the inductor can withstand).
- Working current (IDC) is the minimum of Irms and ISAT.
- Operating ambient temperature: -40 to 125. The product's final withstand temperature must not exceed 125.
- Series specifications are for general inductor characteristics reference only. For product application scenarios and more detailed parameters, please request single product specification sheets.
2410121232_PROD-Tech-PSPMAA0402-100M-ANP_C436512.pdf
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