EMI0603 Search Results

Contextual Info: MH DC z O RES HM IS S TA Ma NC x E CU R MA RE XI NT MU R M ATI (m NG A) IM P (O EDA HM N S) CE ±2 @ 5% 10 NU MB ER * Series DA SH EMI0603R, EMI0805R, EMI1206R, EMI1210R, EMI1806R, EMI1812R EMI0603, EMI0805, EMI1206, EMI1210, EMI1806, EMI1812 SERIES EMI0603

EMI0805R

Abstract: EMI0603R
Contextual Info: MH DC z O RES HM IS S TA Ma NC x E CU R MA RE XI NT MU R M ATI (m NG A) IM P (O EDA HM N S) CE ±2 @ 5% 10 NU MB ER * Series DA SH EMI0603R, EMI0805R, EMI1206R, EMI1210R, EMI1806R, EMI1812R EMI0603, EMI0805, EMI1206, EMI1210, EMI1806, EMI1812 SERIES EMI0603

spw 080

Abstract: LEM3225 CL-2M2012-900JT TKS 0603 FBM3216HS800-T ACB2012M-150-T LAL04TB 494LYF FBM2125HS420-T m5258
Contextual Info: CT Technologies - Cross Reference Competitor Part CTC Part 0402R CT0402CSF 0402CS-P CT0402CSF 0402CS L CT0402CSF 0402CS CT0402CSF 0402 CT0402CSF 555-0402 CT0402CSF PE-0402CD CT0402CSF 0402AS CT0402CSF ELJNK CT0402CSF GLZG CT0402CSF KQ0402 CT0402CSF KQT0402L

NC 1602 A

Contextual Info: * -31 -50 -70 -90 -120 -150 -200 -300 -600 -800 -1000 -1200 -1500† -2000* Small size utilizing a monolithic ferrite structure which results in excellent magnetic shielding. Operating Temperature Range –55°C to +125°C Terminations Suitable for flow & reflow soldering

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

SN95PB5

Abstract: PB10
Contextual Info: Suggested Land Patterns Surface Mount Inductors Suggested Surface Mount Land Patterns See Figure 1 at left The dimensions listed here are suggested land patterns. The values in this table will usually provide for a positive solder fillet. The user may increase or decrease the

BLM41A01

Abstract: BLM31A02 BLM21A05 LI0805E400R ILB-1206-50 BLM41A04 LI1206B900R BLM11A05 ACB3216M-600-T li1210d600r
Contextual Info: 2/24/00 70 Maxess Road i Melville, New York 11747 631 396-7500 i Fax (631) 396-7575 CROSS REFERENCE GUIDE PRODUCTS: SMT FERRITE CHIP BEADS SERIES: NCB PAGE COMPETITORS P/N CROSSES 2 DALE 3 4 DELEVAN FAIR-RITE 5&6 J.W. MILLER 7&8 9 MURATA STEWARD 10 TDK 11

PT1000 CONVERSION TABLE

Abstract: ER 2510 type bobbin RG-9B/U cable 2j 183j a431 csp 1040 39p SMD MARKING CODE 19l RG-180 connector 685 35K 222M SE SMD marking code BR24
Contextual Info: Table of Contents RF Inductors Surface Mount Radial Leaded Series EMI Series 4221 Series 4222 Series 8454 Series SMB 2.5 107 108 109 110 111 112 113 114 115 Surface Mount Series P1330 Series P1812 Series 2512 Series 3483 Series S3483 Series SDS130 Series SDS680

Contextual Info: API_newlayouts_single:APIcatalog_newlayouts 8/26/10 3:34 PM Page 111 * -31 -50 -70 -90 -120 -150 -200 -300 -600 -800 -1000 -1200 -1500† -2000* Small size utilizing a monolithic ferrite structure which results in excellent magnetic shielding. Operating Temperature Range –55°C to +125°C

Contextual Info: SUGGESTED LAND PATTERNS Surface Mount Inductors Suggested Surface Mount Land Patterns See Figure 1 at left The dimensions listed here are suggested land patterns. The values in this table will usually provide for a positive solder fillet. The user may increase or decrease the

ACB3216M-600-T

Abstract: BLM21A05 ACB2012L-120-T BLM31A02 blm32a06 ACB1608M-120-T LI0805E400R BLM41A01 li1210d600r BLM11P20
Contextual Info: 2/24/00 70 Maxess Road i Melville, New York 11747 516 396-7500 i Fax (516) 396-7575 CROSS REFERENCE GUIDE PRODUCTS: SMT FERRITE CHIP BEADS SERIES: NCB PAGE COMPETITORS P/N CROSSES 2 DALE 3 4 DELEVAN FAIR-RITE 5&6 J.W. MILLER 7&8 9 MURATA STEWARD 10 TDK 11

Contextual Info: SUGGESTED LAND PATTERNS Surface Mount Inductors Suggested Surface Mount Land Patterns See Figure 1 at left The dimensions listed here are suggested land patterns. The values in this table will usually provide for a positive solder fillet. The user may increase or decrease the