r60m
Abstract: R68M
Contextual Info: DA SH NU M BE R Series IN DU ±2 CT 0% A N @ CE 1 0 µ 0 H kH z DC M RES AX I IM STA UM N C (m E Oh m CU s) R TY RE PI NT CA R L AT (A IN DC G ) IN CR CU EM R TY RE ENT PI NT AL CA ( L AD C) LP5035R LP5050R LP5064R Commercial Low Profile Surface Mount Power Inductors
|
Original
|
lp5035rlp5050rlp5064r-r15m+8-r22m-r33m-r47m-r60m-r68m-r82mr60mr68m
|
PDF
|
r60m
Abstract: LP4040R r56m R33M inductor coil
Contextual Info: API_newlayouts_single:APIcatalog_newlayouts 8/26/10 9:46 AM Page 83 er w Po NU Physical Parameters Inches Millimeters A 0.453 Max. 11.5 Max. LP4040R 0.539 Max. 13.7 Max. B 0.406 Max. 10.3 Max. (LP4040R) 0.508 Max. 12.9 Max. C 0.138 Max. 3.5 Max. (LP5035R)
|
Original
|
lp5035rlp5064rlp4040rlp5050r+3r60mr56mr33m inductor coil
|
PDF
|
tm 48f 038 transformer
Abstract: 2j 103k 51f smd
Contextual Info: Custom Solutions & Manufacturing Excellence From the day our company opened for business in 1947, our continuous growth as a U.S. manufacturer has been a great source of pride. We have accomplished this, in part, by providing custom solutions for your challenging circuit designs. Our products are
|
Original
|
mil-prf-39010tm 48f 038 transformer2j 103k51f smd |
PDF
|
LP5064R
Abstract: R60M R22M R68M B 0406
Contextual Info: Current Rating at 25°C Ambient 40°C Rise Inductance Measured at 0.25 VAC with no DC Current Incremental Current The current at which the inductance will be decreased by a maximum of 20% from its initial 0 DC value. 0.36 0.45 0.56 0.88 1.0 1.5 -R15M -R22M
|
Original
|
lp4040rlp5035rlp5050rlp5064r+4r60mr22mr68mb 0406
|
PDF
|