E4491A Search Results

CHC03

Abstract: 10nk 250 22nk 250 3n6k
Contextual Info: RoHS CHC03 Ceramic Core High Current Chip Inductor Dimensions: Inches mm Terminal wrap around: 0.15 mm min. Both Ends Features • 0603 size suitable for pick and place automation. • Ceramic core provide high self resonant frequency. • High Q values at high frequencies

CT05

Abstract: HP42841A CT-058
Contextual Info: RoHS CT05 Ceramic Core Low Profile Chip Inductors Dimensions: Features • 0805 size suitable for pick and place automation • Low Profile at 1.1mm • Ceramic core provide high self resonant frequency • High Q values at high frequencies • Ceramic core also provides excellent

CHQ10

Contextual Info: RoHS CHQ10 Ceramic Core High Q Chip Inductors Dimensions: Features • 1008 size suitable for pick and place automation • Exceptional High Q values at high frequencies • Ceramic core provides high self resonant frequencies • Low DC resistance ideal for mobile applications

permittivity

Abstract: IEC60825-1 16195B E4491A 16453A E4991A-002 EC1002
Contextual Info: Agilent E4991A RF Impedance/Material Analyzer Data Sheet Definitions Measurement Parameters and Range All specifications apply over a 5 °C to 40 °C range unless otherwise stated and 30 minutes after the instrument has been turned on. Measurement parameters

CHQ05

Contextual Info: RoHS CHQ05 Ceramic Core High Q Chip Inductors Dimensions: Features • 0805 size suitable for pick and place automation • Exceptional High Q values at high frequencies • Ceramic core provides high self resonant frequencies • Low DC resistance ideal for mobile applications

Contextual Info: RoHS CHQ10 Ceramic Core High Q Chip Inductors Dimensions: Features • 1008 size suitable for pick and place automation • Exceptional High Q values at high frequencies • Ceramic core provides high self resonant frequencies • Low DC resistance ideal for mobile applications

HP42841A

Abstract: E4491A
Contextual Info: RoHS CHQ05 Ceramic Core High Q Chip Inductors Dimensions: Features • 0805 size suitable for pick and place automation • Exceptional High Q values at high frequencies • Ceramic core provides high self resonant frequencies • Low DC resistance ideal for mobile applications