Manufacturer Part Number
IFSC1008ABER2R2M01
Manufacturer
vishay-dale
Introduction
A high-performance fixed inductor from the IFSC-1008AB series, designed for surface mount applications in a wide range of electronic devices.
Product Features and Performance
Shielded inductor, minimizing EMI
2 µH inductance with a tolerance of ±20%
Current rating of 1.8 A with a saturation current of 1.95A
Maximum DC Resistance (DCR) of 90mOhm
Designed for operation in temperatures ranging from -55°C to 125°C
Utilizes tape and reel packaging for efficient assembly processes
Product Advantages
High current handling capability
Low DC resistance enhances energy efficiency
Compact size suitable for densely populated PCBs
Shielding provides reduced electromagnetic interference
Capable of operating in extreme environmental conditions
Key Technical Parameters
Inductance: 2.2 µH
Tolerance: ±20%
Current Rating: 1.8 A
Saturation Current: 1.95A
DCR: 90mOhm Max
Operating Temperature Range: -55°C to 125°C
Quality and Safety Features
Constructed to withstand harsh temperature environments
Shielding feature to minimize EMI disruptions
Compatibility
Suitable for surface mount technology (SMT) assembly
Fits on nonstandard package cases for versatile application
Application Areas
Power supplies
Consumer electronics
Telecommunication devices
Automotive systems
Industrial and medical equipment
Product Lifecycle
Active product status, ensuring continued production and availability
No current indication of discontinuation, with ongoing support and potential for future upgrades or replacements
Several Key Reasons to Choose This Product
Versatile inductor with a wide range of applications due to its high current rating and low DCR
Optimal performance in both low and high temperature extremes
Compact and efficient design allows for integration into various circuit designs with minimal space requirement
Shielding capability offers enhanced performance by reducing EMI, crucial for sensitive applications
Reliable choice for manufacturers looking for longevity and stability in their components