Littelfuse, Inc. Capacitors, Inductors & Resistors - Inductors - Series: LPWI - LPWI201610T1R0T LPWI201610T1R0T

Description
The Littelfuse LPWI Series offers compact and low profile dimensions, low losses and high efficiency inductor for power supply circuits based thin film photolithography technology. The metal alloy composite thin film power inductor enables high durability, reliability, quality, excellent temperature saturated characteristics, highly crafted miniaturization, and low-height profiles. Thin film photolithography technology for compact and low profile The metal alloy composite for high reliability Large current type High efficiency and Isat ratings: ΔTemp value up to 95 % Typical dc resistance as low as 17 mΩ Magnetically shielded
Datasheet
Description
The Littelfuse LPWI Series offers compact and low profile dimensions, low losses and high efficiency inductor for power supply circuits based thin film photolithography technology. The metal alloy composite thin film power inductor enables high durability, reliability, quality, excellent temperature saturated characteristics, highly crafted miniaturization, and low-height profiles. Thin film photolithography technology for compact and low profile The metal alloy composite for high reliability Large current type High efficiency and Isat ratings: ΔTemp value up to 95 % Typical dc resistance as low as 17 mΩ Magnetically shielded
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Capacitors, Inductors & Resistors - Inductors - Series: LPWI - LPWI201610T1R0T - LPWI201610T1R0T - Littelfuse, Inc.
Rosemont, IL, United States
Capacitors, Inductors & Resistors - Inductors - Series: LPWI - LPWI201610T1R0T
LPWI201610T1R0T
Capacitors, Inductors & Resistors - Inductors - Series: LPWI - LPWI201610T1R0T LPWI201610T1R0T
The Littelfuse LPWI Series offers compact and low profile dimensions, low losses and high efficiency inductor for power supply circuits based thin film photolithography technology. The metal alloy composite thin film power inductor enables high durability, reliability, quality, excellent temperature saturated characteristics, highly crafted miniaturization, and low-height profiles. Thin film photolithography technology for compact and low profile The metal alloy composite for high reliability Large current type High efficiency and Isat ratings: ΔTemp value up to 95 % Typical dc resistance as low as 17 mΩ Magnetically shielded

The Littelfuse LPWI Series offers compact and low profile dimensions, low losses and high efficiency inductor for power supply circuits based thin film photolithography technology. The metal alloy composite thin film power inductor enables high durability, reliability, quality, excellent temperature saturated characteristics, highly crafted miniaturization, and low-height profiles. Thin film photolithography technology for compact and low profile The metal alloy composite for high reliability Large current type High efficiency and Isat ratings: ΔTemp value up to 95 % Typical dc resistance as low as 17 mΩ Magnetically shielded

Datasheet

Technical Specifications

  Littelfuse, Inc.
Product Category Inductors, Coils, and Chokes
Product Number LPWI201610T1R0T
Product Name Capacitors, Inductors & Resistors - Inductors - Series: LPWI - LPWI201610T1R0T
Inductance Range 1 microH
Unlock Full Specs
to access all available technical data

Similar Products

Fixed Inductors - 1674-CL1008-2153JQL1T-1CT-ND - DigiKey
Knowles Precision Devices
Specs
Operating Temperature -55 to 125 C (-67 to 257 F)
Mounting Option Surface Mount Technology
Core Material Ceramic
View Details
Power Inductors - ECS-MPI4040R4-1R0-R - ECS Inc. International
Specs
Operating Temperature -55 to 125 C (-67 to 257 F)
Mounting Option Through Hole
Application Power Choke
View Details
2 suppliers
Power Inductors - 2176782-9 - TE Connectivity
Specs
Operating Temperature -55 to 155 C (-67 to 311 F)
Application Power Choke
Inductance Range 2.2 microH
View Details
Surface Mount Inductors - 1620268 - RS Components, Ltd.
Specs
Technology Wirewound
Core Material Ferrite; Ferrite
Inductance Range 2.2 microH
View Details