R015 MARKING Search Results

Contextual Info: Metal Strip Current Sense Resistors Metal Element Current Sense Surface ResistorMount MetalResistors Element ULR Series Current Sense Resistor Make Possible Welwyn Components ULR Series • Resistance R0005 0.5m to R015 (15m ) metal strip able to withstand

NE22 IR

Abstract: 2512 footprint ULR32512 r001 0R015 R0005 R003 R015 IR NE22 NE22 IR 7aa
Contextual Info: Metal Strip Current Sense Resistors Surface Mount Welwyn Components ULR Series • Resistance R0005 0.5m to R015 (15m ) · Low TCR, Low inductance · Designed for current sensing in power electronic systems · Solid metal element withstands high current surges

NE22 IR

Abstract: 2512 footprint IR NE22 R0005 NE22 IR 7aa SN 104 ULR32512 r001 0R015 R003
Contextual Info: Metal Strip Current Sense Resistors Surface Mount Welwyn Components ULR Series • Resistance R0005 0.5m to R015 (15m ) · Low TCR, Low inductance · Designed for current sensing in power electronic systems · Solid metal element withstands high current surges

LTO 100

Contextual Info: LTO 100 Vishay Sfernice Power Resistor Thick Film Technology FEATURES • 100 Watt at 25°C Case Temperature Heatsink Mounted • Direct mounting ceramic on heatsink • Broad Resistance Range: R015 to 1M • Non Inductive • TO-247 package: Compact and easy to mount

LTO 100

Contextual Info: LTO 100 Vishay Sfernice Power Resistor Thick Film Technology FEATURE • 100 W at 25 °C case temperature heatsink mounted RoHS COMPLIANT • Direct mounting ceramic on heatsink • Broad resistance range: R015 to 1M • Non inductive • TO-247 package: Compact and easy to mount

LTO100

Abstract: LTO100F10002FTE3 R015 TU30 LTO 100
Contextual Info: LTO 100 Vishay Sfernice Power Resistor Thick Film Technology features • 100 Watt at 25 °C Case Temperature Heatsink Mounted RoHS COMPLIANT • Direct mounting ceramic on heatsink • Broad Resistance Range: R015 to 1M • Non Inductive • TO-247 package: Compact and easy to mount

r010 resistor

Abstract: resistor specification
Contextual Info: Series BWL Low Ohmic Power resistor Specification Type BWL 0614 Style 0614 Power rating P70 W 1,5 Resistance range Ω R005, R010, R015, R022, R033, R047, R062 E-series E 12 Tolerance Temperature coefficient % ± 1, ± 5 10-6 ∗ K-1 < 200 depends on value

TSC4423

Abstract: CDFP2-F10 TSC4425 5962-8850304PA 5962-8850307PA TSC4424 TSC4427 5962-8850308PA 921022 MIC4427 Application Notes
Contextual Info: REVISIONS LTR DESCRIPTION DATE YR-MO-DA APPROVED C Redrawn with changes. Table I changes. Delete vendor CAGE 15818. Add vendor CAGE 1ES66 for device types 01, 02, and 03. Add vendor CAGE 60496 for device types 01 through 09. - sbr 92-10-22 M. A. Frye D Changes in accordance with NOR 5962-R015-93. - sbr

LTO100

Abstract: LTO100F10002FTE3 R015 LTO 100
Contextual Info: LTO 100 Vishay Sfernice Power Resistor Thick Film Technology FEATURES • 100 Watt at 25°C Case Temperature Heatsink Mounted • Direct mounting ceramic on heatsink • Broad Resistance Range: R015 to 1M • Non Inductive • TO-247 package: Compact and easy to mount

vishay resistor

Abstract: R0100 R015 R4700 TU30 LTO 100
Contextual Info: LTO 100 Vishay Sfernice Power Resistor Thick Film Technology FEATURE • 100 W at 25 °C case temperature heatsink mounted RoHS COMPLIANT • Direct mounting ceramic on heatsink • Broad resistance range: R015 to 1M • Non inductive • TO-247 package: Compact and easy to mount

LTO100

Abstract: LTO100F10002FTE3 R015 TU30 LTO 100
Contextual Info: LTO 100 Vishay Sfernice Power Resistor Thick Film Technology features • 100 Watt at 25 °C Case Temperature Heatsink Mounted RoHS COMPLIANT • Direct mounting ceramic on heatsink • Broad Resistance Range: R015 to 1M • Non Inductive • TO-247 package: Compact and easy to mount

LTO100

Abstract: LTO100F10002FTE3 R015 TU30 R015 marking lto-100 LTO 100
Contextual Info: LTO 100 Vishay Sfernice Power Resistor Thick Film Technology FEATURES • 100 Watt at 25 °C Case Temperature Heatsink Mounted RoHS COMPLIANT • Direct mounting ceramic on heatsink • Broad Resistance Range: R015 to 1M • Non Inductive • TO-247 package: Compact and easy to mount

qml-38535

Abstract: GDIP1-T16
Contextual Info: REVISIONS LTR DESCRIPTION DATE YR-MO-DA APPROVED Changes in accordance with NOR 5962-R035-96. 96-01-11 M. A. Frye Changes in accordance with NOR 5962-R013-99. 98-10-28 R. Monnin Changes in accordance with NOR 5962-R015-99 98-11-25 R. Monnin Changes to digital input capacitance and voltage output slew rate tests in table I.

TSC4427MNP

Abstract: tsc4427 MIC4424AJBQ 5962-8850305PA TSC4423MJA AS404F10 5962-8850308PA MIC4424AJBQ CDFP2-F10 mic4426ajb MIC4427AJ
Contextual Info: REVISIONS LTR DESCRIPTION DATE YR-MO-DA APPROVED C Redrawn with changes. Table I changes. Delete vendor CAGE 15818. Add vendor CAGE 1ES66 for device types 01, 02, and 03. Add vendor CAGE 60496 for device types 01 through 09. - sbr 92-10-22 M. A. Frye D Changes in accordance with NOR 5962-R015-93. - sbr

AEC-Q200 Resistor

Contextual Info: Metal Strip Current Sense Metal Strip Current Sense Metal StripSurface Current Sense Resistors Mount Resistors Surface Mount Resistors Surface Mount ULR Series Welwyn Components Welwyn Components ULR Series • · · · · · · · Resistance R0005 R0005 0.5mΩ

0r015

Abstract: R00-1 ULR15S marking r008
Contextual Info: Metal Strip Current Sense Metal Strip Current Sense Metal StripSurface Current Sense Resistors Mount Resistors Surface Mount Resistors Surface Mount ULR Series Welwyn Components Welwyn Components ULR Series • · · · · · · · Resistance R0005 R0005 0.5mΩ

r047

Abstract: R022 resistor r033 R018 R051 R005 r015 sand filled resistor SBL Series R033 resistor
Contextual Info: Low Ohmic - Current Sense Resistors Type SBL Series Type SBL Series Characteristics Electrical Resistance Values 4 Watt : Resistance Values (5 Watt): Resistance Tolerance: Rated Dissipation (4 Watt): Rated Dissipation (5 Watt): Dielectric Strength: Insulation Resistance:

2512 .025 milliohm

Abstract: NE22 IR
Contextual Info: Metal Strip Current Sense Metal Strip Current Sense Metal StripSurface Current Sense Resistors Mount Resistors Surface Mount Resistors Surface Mount ULR Series • · ·· · ·· · · · Welwyn Components Welwyn Components ULR Series Resistance R0005 R0005

ceramic

Abstract: Resistor R0075 r0075 R0075 RESISTOR M208 B1 shunt R010 R022
Contextual Info: PRECISION LOW-OHM METAL PLATE RESISTORS LOR SERIES OPTIONS  Option 4T: 4 Terminal  Option E: Low thermal emf design  Non-std resistance values, custom marking, burn-in, etc. ↓ X ↑d 2Pl ← ← → B LOR ← ↓ ↑d (4Pl) A B X Resis. Measurement Point

MARKING CODE R01

Contextual Info: Metal Strip Current Sense Metal Strip Current Sense Metal StripSurface Current Sense Resistors Mount Resistors Surface Mount Resistors Surface Mount ULR Series Welwyn Components Welwyn Components ULR Series • · · Low TCR, Low inductance · Low TCR, Low inductance

IEC62 code

Abstract: R0065
Contextual Info: Metal Strip Current Sense Metal Strip Current Sense Metal StripSurface Current Sense Resistors Mount Resistors Surface Mount Resistors Surface Mount ULR Series Welwyn Components Welwyn Components ULR Series • · · · · · · · Resistance R0005 R0005 0.5mΩ

R022 resistor

Abstract: R047 am3.5 r022 Meggitt CGS power resistor Meggitt CGS non inductive resistor R033 SBL Series 5 watts ceramic resistor
Contextual Info: MEGGITT CGS HIGH VOLTAGE RESISTORS HIGH VALUE RESISTORS HIGH POWER RESISTORS ALUMINIUM CLAD RESISTORS CURRENT SENSE RESISTORS Low Ohmic - Current Sense Resistors TYPE SBL SERIES The SBL Series is a low ohmic non-inductive resistor with a low temperature coefficient in a fully insulated ceramic

R047

Abstract: R022 resistor Meggitt CGS power resistor
Contextual Info: MEGGITT CGS HIGH VOLTAGE RESISTORS HIGH VALUE RESISTORS HIGH POWER RESISTORS ALUMINIUM CLAD RESISTORS CURRENT SENSE RESISTORS Low Ohmic - Current Sense Resistors TYPE SBL SERIES The SBL Series is a low ohmic non-inductive resistor with a low temperature coefficient in a fully insulated ceramic

R002

Contextual Info: Surface Mount Sense Resistors Surface Mount Sense Resistors OARS, OARS-XP, OARSZ Series Surface Mount OARS, OARS-XP, OARSZSense Series Resistors • · · · · · Flexible leads for thermal expansion Flexible leads for thermal expansion Open-air design reduces