Passives

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Passives
  • FP1007R6 Flat-Pac Series High Power Inductors

    The Eaton Coiltronics FP1007R6 (Flat-Pac) series of high frequency inductors comes in a wide current range and DCR (DC Resistance) tolerance options.

    By Eaton-Electronics Division 100

  • HCM1104 Series High Current Power Inductors

    Eaton's HCM1104 series are rated for 125°C maximum operating temperature and offer power inductors ideal for high current applications.

    By Eaton-Electronics Division 73

  • T100 Series TCXO and VCTCXO Oscillators

    Connor-Winfield's T100 series TCXOs have very high frequency stability with excellent phase noise performance.

    By Connor-Winfield 89

  • CSM-7 Series Crystals

    Using SMD HC-49US packaged crystals, from ECS, can be without question, the most cost effective method for frequency control solution for some time.

    By ECS Inc 119

  • SMT 32.768 KHz Tuning Fork Crystals

    All series of SMD tuning fork crystals from ECS Inc. are excellent choices for small mobile devices, or any portable equipment requiring low power consumption.

    By ECS Inc 93

  • HC-46X and CSM-3X Quartz Crystals

    ECS' HC-46X and CSM-3X products offer extended temperature ranges and tighter tolerances to meet specific needs.

    By ECS Inc 98

  • LPSC Series Low Profile Silicon Capacitors

    Low profile silicon capacitors (LPSC) from IPDiA are ideal solution in applications with height constraints.\r\n\r\n\r\n IPDiA\r\n","\r\n\r\n

    By EPCOS 71

  • T513 Multiple Anode Low ESR COTS MnO₂ Series

    Offers very low ESR and surge robustness designed for applications that require high surge current and high ripple current capability.

    By KEMET 69

  • T541 Polymer Commercial Off-the-Shelf (COTS) Multi

    Conductive organic polymer that replaces common MnO2 as the cathode plate of the capacitor resulting in very low ESR and improved capacitance retention.

    By KEMET 70

  • T545 Series Polymer Tantalum Capacitors

    Delivers the highest energy per cc of any tantalum SMD. These low-profile devices are designed for the most demanding solid state drive applications.

    By KEMET 100

  • T428 Series Capacitors

    T428 COTS offers increased power dissipation and enhanced ripple current capability. Highest capacitance-per-volume of any molded leadframe capacitor.

    By KEMET 60

  • 6000A and 6000B Surface-Mount Inductors

    Murata Power Solutions 6000A and 6000B Series are a range of high-current, surface-mount power inductors.

    By Murata Power Solutions Inc 71

  • EEF-GX and EEF-LX Series SP-Caps

    Specialty polymer capacitors with low ESR and the ability to provide stable capacitance during high frequencies and temperatures.

    By Panasonic 103

  • ELJ-QE Series Inductors

    Panasonic's ELJ-QE series laser-cut devices now bring an enhanced level of high frequency performance and high self-resonant frequency to circuits.

    By Panasonic 100

  • EEH-ZA and EEH-ZC Series Aluminum Capacitors

    Hybrid capacitors that combine the benefits of electrolytic and polymer capacitors to create a capacitor that enhances overall board performance.

    By Panasonic 101

  • ETQ-P5 Series Inductors

    Panasonic's ETQ-P5 series for strenuous environments has a metal composite core (MC) allowing high reliability and high heat resistance.

    By Panasonic 442

  • HiFlex™ Crystal Oscillators

    Pericom's HiFlex™ XO series incorporates a miniature AT-cut crystal resonator and highly flexible oscillator IC into standard ceramic packages.

    By Diodes Incorporated 121

  • PF0560 Series Shielded Power Drum Core Inductors

    In Pulse's shielded drum core inductor, an additional ferrite cylinder is located around the outside of the two discs which guides the flux between the discs through the cylinder. The discrete

    By Pulse Electronics 90

  • Low Profile, High Power Chip

    Riedon's SMTs save space and are PCB pad compatible and cost-effective solutions for battery powered applications.

    By Riedon 74

  • Ultra Low Ohm Current Sense Chip Resistor

    CSR resistors have a tight tolerance of 1% to ensure that all current sense readings are accurate even as the component heats up.

    By Riedon 73

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