R22 MARKING Search Results

marking code x328 SMD ic

Abstract: diode X318 micronetics M3500 DIODE ZENNER C25 marking code c41 SMD ic smd x327 50V X375 x289 X644 X614
Contextual Info: 5 4 3 2 1 CA4-D 100pF 5 7 +3V TP9 +3V 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 1 R13 R22-A R22-B R22-C R22-D R22-E R22-F R22-G R22-H R11-A R11-B R11-C R11-D R11-E R11-F R11-G R11-H R12-A R12-B R12-C R12-D R12-E R12-F R12-G R12-H 220 220 220 220 220

Contextual Info: SCEP104S SMD POWER INDUCTORS XXX MARKING Features 1 Excellent Power Density 2 Engineered to Provide High Efficiency CHARACTERISTICS Inductance Test DC Resistance uH Frequency ( MAX) (2) (1) Saturation Temperature (3) (4) Current Current (A) (A) SCEP104S-R22

Contextual Info: SCEP104S SMD POWER INDUCTORS XXX MARKING ● Features 1 Excellent Power Density 2 Engineered to Provide High Efficiency CHARACTERISTICS Inductance Test DC Resistance uH Frequency (Ω MAX) (2) (1) Saturation Temperature (3) (4) Current Current (A) (A) SCEP104S-R22

Contextual Info: TC 1645 SERIES EPOXY COATED INDUCTOR — LEAD DIA. AWG22 .025+.002 0.65+0.05 .450 max (11.43) Inductance <HH) Tot % ^ Minimum self resonance freq (MHz) Maximum D.C. n f r - m "*i r f Direct current (m A) Color Marking 1st 2nd 3rd TC1645-R22 0.22 ±20 45

N5256AW12

Abstract: N5256AW10 N5260-60003 N5256AW15 N5257AR10 N5260
Contextual Info: Agilent Technologies N5256/7/8A Millimeter-wave Modules User’s Guide Use this manual with the following document: Technical Overview 5989-7620EN Millimeter Modules N5256AW01, W02, W03, W05, W06, W08, W10, W12, W15, W22, X10, X12, N5257AR02, R03, R05, R06, R08, R10, R12, R15, R22

Contextual Info: Ⅰ. SCOPE： This specification applies to the Pb Free high current type SMD inductors for MSI-110710-SERIES-□ PRODUCT INDENTIFICATION MSI-110710- R22 M - E ① ② ③ ④ ⑤ ① Product Code ② Dimensions Code ③ Inductance Code ④ Tolerance Code

WFxxS

Contextual Info: WF25S WF20S WF12S WF06S ±5%, ±10%, ±20% Power Surge Chip Resistors Size 2512 , 2010 , 1206 ,0805 , 0603 Page 1 of 7 WF25S/20S/12S/06S_V06 Jul.2010 00-S-R22-D FEATURE 1. Power rating and compact size 2. High reliability and stability 3. Reduced size of final equipment

Contextual Info: D at a s h e et , V er s io n 2 . 1, M a r c h 6, 20 1 3 C o ol SE T - Q1 I CE2 Q R22 8 0 G -1 O f f - Li ne S M P S C ur re nt Mo de C on t ro ll er w it h in t e gr at e d 8 00 V C oo lM O S ® a nd S t a rt u p c e l l i n D S O - 16 Po wer Ma nagem ent & Suppl y

Contextual Info: D at a s h e et , V er s io n 2 . 1, M a r c h 7, 20 1 3 C o ol SE T - Q1 I CE2 Q R22 8 0 Z- 1 O f f- Li ne S M P S Q u as i -R e so n an t P W M C o nt r o l l e r w i t h i n te g r at ed 80 0V C oo l M O S ® and startup cell in DIP-7 Po wer Ma nagem ent & Suppl y

Contextual Info: SCPS9050 SMD POWER INDUCTORS XXX MARKING Features 1. Surface mount inductors designed for high speed switch mode applications requiring low inductance and high current. 2. 125 operating temperature. 3. Inductance range from 0.010uH to 0.220uH. 3. High Current - up to 50 Amps.

Contextual Info: SCPS9050 SMD POWER INDUCTORS XXX MARKING ● Features 1. Surface mount inductors designed for high speed switch mode applications requiring low inductance and high current. 2. 125℃ operating temperature. 3. Inductance range from 0.010uH to 0.220uH. 3. High Current - up to 50 Amps.

BCIHP0730

Contextual Info: SCIHP0730 SMD POWER INDUCTORS MARKING ● Features 1. Lowest DCR/uH in this small package size. 2. Frequency range up to 5.0MHZ. 3. -55℃ to +125℃ operating temperature. 4. Handles high transient current spikes without saturation. 5. Composite construction providing extremely low buzz noise.

Contextual Info: SCIHP0735 SMD POWER INDUCTORS MARKING Features 1. Lowest DCR/uH in this small package size. 2. Frequency range up to 5.0MHZ. 3. -55 to +125 operating temperature. 4. Handles high transient current spikes without saturation. 5. Composite construction providing extremely low buzz noise.

Contextual Info: SCIHP0735 SMD POWER INDUCTORS MARKING ● Features 1. Lowest DCR/uH in this small package size. 2. Frequency range up to 5.0MHZ. 3. -55℃ to +125℃ operating temperature. 4. Handles high transient current spikes without saturation. 5. Composite construction providing extremely low buzz noise.

MCL 1 821

Abstract: S9010
Contextual Info: INDUCTORS TECHNOLOGY OF TOMORROW MULTILAYER FERRITE INDUCTORS MCL MCI STRUCTURE 1 2 3 4 5 Solder plating Diffusion barrier Silver metallisation Ferrite Electrodes IDENTIFICATION TYPE COATING COLOR MARKING MCL Black None TYPE DESIGNATION (HOW TO ORDER) Old Part No.

0805

Abstract: 0805J
Contextual Info: INDUCTORS TECHNOLOGY OF TOMORROW MULTILAYER STRUCTURE 1 2 3 4 5 FERRITE INDUCTORS MCI Solder plating Diffusion barrier Silver metallisation Ferrite Electrodes IDENTIFICATION TYPE COATING COLOR MARKING MCI Black None TYPE DESIGNATION HOW TO ORDER Old Part No.

smd resistance R39

Abstract: SMD MARKING CODE 1R5 K 3670 marking code R33 SMD Transistor smd Product type marking code 039 smd code marking R15 3670 inductance package smd code r27 marking R33 SMD
Contextual Info: High Frequency Inductors SMD Type 3670 Series Type 3670 Series Characteristics Electrical - 0603 Package Inductance Package Inductance Code Marking µH Tolerance Q Min. LQ Test Freq. (MHz) S.R.F. (MHz) Rdc Max (ohms) Idc Max. (mA) 47N None 0.047 10%, 20%

Contextual Info: High Frequency Inductors SMD Type 3670 Series Type 3670 Series Characteristics Electrical - 0603 Package Inductance Code Package Marking Inductance µH Tolerance Q Min. LQ Test Freq. (MHz) S.R.F. (MHz) Rdc Max (ohms) Idc Max. (mA) 47N None 0.047 5%, 10%, 20%

MCL 105

Abstract: mcl 1 015 MCL 1 821 S9010 MCL 25 MCL.25 MCL PLS-2
Contextual Info: INDUCTORS TECHNOLOGY OF TOMORROW MULTILAYER FERRITE INDUCTORS MCL MCI STRUCTURE 1 2 3 4 5 Solder plating Diffusion barrier Silver metallisation Ferrite Electrodes TYPE COATING COLOR MARKING MCL Black None TYPE DESIGNATION (HOW TO ORDER) Old Part No. New Part No.

Contextual Info: INDUCTORS TECHNOLOGY OF TOMORROW MULTILAYER FERRITE INDUCTORS MCL MCI STRUCTURE 1 2 3 4 5 Solder plating Diffusion barrier Silver metallisation Ferrite Electrodes TYPE BODY COLOR MARKING MCL Black None Products with Pb-free terminations meet RoHS requirements

SMD MARKING CODE 1R2

Abstract: marking R33 SMD R12 smd marking marking 68N
Contextual Info: High Frequency Inductors SMD Type 3670 Series Type 3670 Series Characteristics Electrical - 0603 Package Inductance Code Package Marking Inductance nH Tolerance Q Min. LQ Test Freq. (MHz) S.R.F. (MHz) Rdc Max (ohms) Idc Max. (mA) 47N None 0.047 5%, 10%, 20%

MCL 0 047

Contextual Info: INDUCTORS TECHNOLOGY OF TOMORROW MULTILAYER FERRITE INDUCTORS MCL MCI STRUCTURE 1 2 3 4 5 Solder plating Diffusion barrier Silver metallisation Ferrite Electrodes IDENTIFICATION TYPE BODY COLOR MARKING MCL Black None Products with Pb-free terminations meet RoHS requirements

MCL 0 047

Abstract: MCL 0 105 mcl 0 120 MCL 1 039 mcl 330 MCL 110 mcl 35 body marking MCL marking code mcl marking MCl 0
Contextual Info: Inductors MULTILAYER FERRITE INDUCTORS MCL STRUCTURE 1 2 3 4 5 Solder plating Diffusion barrier Silver metallisation Ferrite Electrodes IDENTIFICATION TYPE BODY COLOR MARKING MCL Black None Products with Pb-free terminations meet RoHS requirements 2A MCL PRODUCT CODE

MCL 0 047

Abstract: MCL 0 012 mcl 330 MCL 0 105 2A J MCL 29
Contextual Info: INDUCTORS TECHNOLOGY OF TOMORROW MULTILAYER FERRITE INDUCTORS MCL MCI STRUCTURE 1 2 3 4 5 Solder plating Diffusion barrier Silver metallisation Ferrite Electrodes IDENTIFICATION TYPE BODY COLOR MARKING MCL Black None Products with Pb-free terminations meet RoHS requirements