2222SQ Search Results

1515SQ-68N

Abstract: 1515sq-82njec 2222SQ-161 1515SQ-47N 2929SQ-501-E 2222s 2222SQ-90N 2222SQ 1515SQ-82N 2222sq90ne
Contextual Info: Document 720 -1 Square Air Core Inductors HS RHAo LOGEN FREE 1515SQ 2222SQ 2929SQ • Excellent Q factors – up to 230 at 400 MHz! • Current handling as high as 5.7 Amps • Inductance values from 47 to 500 nH Terminations RoHS compliant tin-silver over copper

1515SQ-68N

Contextual Info: Document 720 -1 Square Air Core Inductors HS RHAo LOGEN FREE • • • • 1515SQ 2222SQ 2929SQ Excellent Q factors – up to 230 at 400 MHz! Current handling as high as 5.7 Amps Inductance values from 47 to 500 nH Flat top and bottom for reliable pick and place and

2222SQ-271

Contextual Info: Document 720 -1 Square Air Core Inductors 1515SQ 2222SQ 2929SQ • Excellent Q factors – up to 230 at 400 MHz! • Current handling as high as 5.7 Amps • Inductance values from 47 to 500 nH • Flat top and bottom for reliable pick and place and mechanical

Contextual Info: Document 720 -1 Square Air Core Inductors 1515SQ 2222SQ 2929SQ • Excellent Q factors – up to 230 at 400 MHz! • Current handling as high as 5.7 Amps • Inductance values from 47 to 500 nH • Flat top and bottom for reliable pick and place and mechanical

400213

Abstract: CCF1143
Contextual Info: Document 720 -1 Square Air Core Inductors 1515SQ 2222SQ 2929SQ • Excellent Q factors – up to 230 at 400 MHz! • Current handling as high as 5.7 Amps • Inductance values from 47 to 500 nH • Flat top and bottom for reliable pick and place and mechanical

C438

Abstract: CS3216X5R106K500NRI+7REEL
Contextual Info: Document 720 -1 Square Air Core Inductors 1515SQ 2222SQ 2929SQ • Excellent Q factors – up to 230 at 400 MHz! • Current handling as high as 5.7 Amps • Inductance values from 47 to 500 nH • Flat top and bottom for reliable pick and place and mechanical

Contextual Info: Document 720 -1 Square Air Core Inductors 1515SQ 2222SQ 2929SQ •฀ Excellent฀Q฀factors฀–฀up฀to฀230฀at฀400฀MHz! •฀ Current฀handling฀as฀high฀as฀5.7฀Amps •฀ Inductance฀values฀from฀47฀to฀500฀nH •฀ ฀

Contextual Info: Document 720 -1 Square Air Core Inductors 1515SQ 2222SQ 2929SQ • Excellent Q factors – up to 230 at 400 MHz! • Current handling as high as 5.7 Amps • Inductance values from 47 to 500 nH • Flat top and bottom for reliable pick and place and mechanical

Contextual Info: Document 720 -1 Square Air Core Inductors 1515SQ 2222SQ 2929SQ • Excellent Q factors – up to 230 at 400 MHz! • Current handling as high as 5.7 Amps • Inductance values from 47 to 500 nH • Flat top and bottom for reliable pick and place and mechanical

INDUCTANCE

Abstract: coilcraft xal
Contextual Info: Document 125-1 -LfIt.NcoEm N O R E ORD er.coilcra Designer’s Kits rd http://o To help simplify your prototyping, we offer low-cost Designer’s Kits for many of our products. Each contains an assortment of in-stock values along with detailed product specifications. We even

LT6110

Abstract: LTM4600
Contextual Info: LT6110 Cable/Wire Drop Compensator Features Description n n n The LT 6110 is a precision high side current sense with a current mode output, designed for controlling the output voltage of an adjustable power supply or voltage regulator. This can be used to compensate for drops in voltage at

2222s

Abstract: 2222SQ
Contextual Info: Document 836-1 Transmission Line Model These transmission line models accurately simulate the frequency-dependent behavior of Coilcraft surface mount “Spring” air core inductors within the frequency limits shown in the accompanying table for each individual

Contextual Info: 2222 SOS 090, À FILM DIELECTRIC TRIMMERS ® & ® High tem p era! Lire Jyp:§Küuáiñg dim ensions 8 mm x 9 mm x 10 mm For basic grid of 2,54 mm For professional applications., <s.g. fine .adjustment oí h,f, tuned circuits QUICK REFERENCE DATA n ^^irv'¿r*

LT611

Abstract: LTM4600
Contextual Info: LT6110 Cable/Wire Drop Compensator Features Description n n n The LT 6110 is a precision high side current sense with a current mode output, designed for controlling the output voltage of an adjustable power supply or voltage regulator. This can be used to compensate for drops in voltage at