TE Connectivity Chokes 5-1624116-5

Description
Dimensions Passive Component Dimensions (MM) : 1.6 x .8 x .8 Electrical Characteristics Current Rating (Max) (MAMP) : 1500 DC Resistance (OHM) : .15 Impedance (OHM) : 470 Product Type Features Package Size Code : 0603
Request a Quote
Description
Dimensions Passive Component Dimensions (MM) : 1.6 x .8 x .8 Electrical Characteristics Current Rating (Max) (MAMP) : 1500 DC Resistance (OHM) : .15 Impedance (OHM) : 470 Product Type Features Package Size Code : 0603
Request a Quote

Suppliers

Company
Product
Description
Supplier Links
Chokes - 5-1624116-5 - TE Connectivity
Berwyn, PA, United States
Dimensions Passive Component Dimensions (MM) : 1.6 x .8 x .8 Electrical Characteristics Current Rating (Max) (MAMP) : 1500 DC Resistance (OHM) : .15 Impedance (OHM) : 470 Product Type Features Package Size Code : 0603

Dimensions


  • Passive Component Dimensions (MM) : 1.6 x .8 x .8

Electrical Characteristics


  • Current Rating (Max) (MAMP) : 1500
  • DC Resistance (OHM) : .15
  • Impedance (OHM) : 470

Product Type Features


  • Package Size Code : 0603
Buy Now

Technical Specifications

  TE Connectivity
Product Category Inductors, Coils, and Chokes
Product Number 5-1624116-5
Product Name Chokes
Application Power Choke
Unlock Full Specs
to access all available technical data

Similar Products

Molded SMD Inductors - 1-2176738-1 - TE Connectivity
Specs
Operating Temperature -55 to 125 C (-67 to 257 F)
Application Power Choke
Inductance Range 0.0039 microH
View Details
High Frequency & RF Inductors - 1-2176075-4 - TE Connectivity
Specs
Standards and Certifications RoHS
Inductance Range 0.0014 microH
Inductance Tolerance 2 (+/- %)
View Details
2 suppliers
High Frequency & RF Inductors - 1879812-1 - TE Connectivity
Specs
Standards and Certifications RoHS
Mounting Option Surface Mount Technology
Inductance Range 0.0056 microH
View Details
2 suppliers
Power Inductors - 1-1676942-8 - TE Connectivity
Specs
Operating Temperature -25 to 105 C (-13 to 221 F)
Application Power Choke
Inductance Range 470 microH
View Details
2 suppliers