RATING VALUE OF RESISTOR Search Results

Contextual Info: High Value Surface Mounted Resistors HR SERIES ● Custom designs / sizes available ● Resistance range to 50G ohms ● Terminations available for wire bonding or soldering ● Low voltage coefficient of resistance Electrical Data POWER RATING The high resistance value of these devices is such that power dissipation is always small. The rating is therefore

Contextual Info: High Value _ Surface Mounted Resistors HR SERIES • C u stom designs / sizes available • Resistance range to 50G ohms • Terminations available for wire bonding or soldering • Low voltage coefficient of resistance Electrical Data POWER RATING The high resistance value of these devices is such that power dissipation is always small. The rating is therefore

Contextual Info: SURFACE MOUNT _Q m c THE RESISTOR PEOPLE HIGH VALUE SURFACE MOUNT RESISTORS HR SERIES* • Resistance range 100M to 50G ohms • Low voltage coefficient of resistance * Manufactured in the U.K. ELECTRICAL DATA: POWER RATING The high resistance value of these devices is such that power dissipation is always small. The rating is therefore determined by

MIL-STD-275E

Abstract: resistor cross reference TI Cross Reference Search DN-71 MIL-STD275E MILSTD-275E
Contextual Info: DN-71 Design Note Using Copper PCB Etch for Low Value Resistance by Larry Spaziani INTRODUCTION Current sensing in power supplies and motor controls demand the use of a very low value resistor. Each application varies in need for resistance value, power rating, size, form factor, inductance,

MIL-STD-275E

Abstract: MIL-STD275E DN-71 resistor cross reference Etch Resistor resistor 240 MILSTD-275E
Contextual Info: DN-71 Design Note Using Copper PCB Etch for Low Value Resistance by Larry Spaziani INTRODUCTION Current sensing in power supplies and motor controls demand the use of a very low value resistor. Each application varies in need for resistance value, power rating, size, form factor, inductance,

Contextual Info: HIGHPOWER-ISOLATED RESISTOR NETWORK RGSD SERIES ! RATING RGSD3Y Power Rating Each Resistor *1 RGSD4Y RGSD5Y RGSD6Y RGSD7Y 1/4W Total Rated Power *1 1/4WZNumber of elements n Rated voltage (V) = Power rating(W) Z Norminal resistance value(Ω) Rated Voltage *2

W125D

Abstract: T312
Contextual Info: !RATING !RATING RGSD8L Power Rating Each Resistor Total Rated Power RGSD10L *1 RGSD14L RGSD16L 1/32W 1/32W Z Number of elements *1 Rated Voltage Rated voltage V = Power rating(W)ZNominal resistance value(Ω) 10, 20, 25, 50 Series (R)Standard Resistance 100Ω to 100KΩ

W125D

Abstract: power RESISTOR 10W
Contextual Info: !RATING !RATING RGLE n X Type RGLE n Y Type RGLE n M Type 1/10W 1/10W 1/10W Power Rating Each Resistor *1 Total Rated Power Rated Voltage *1 1/10W Z Number of elements n *3 Rated voltage(V)= Power rating(W)ZNominal resistance value(Ω) Standard Resistance

ET-7403

Contextual Info: Specifications and Test Methods • PRG21BC Series No. Rating Value Item Method of Examination 1 Operating Temp. -10 to 60°C Temperature range with maximum voltage applied to PTC. 2 Resistance Value at 25°C The resistance value should be within the specified

Contextual Info: 4. Reliability and Handling Precautions for Device 1. Maximum Rating To guarantee IC ’s Life time and reliability, maximum rating the rating mentioned in this document means the 'absolute maximum rating' should never be exceeded. The maximum rating value of an IC is determined by structural material and

ET-7403

Abstract: 21BB JIS C 6484 JIS C 5102
Contextual Info: Specifications and Test Methods • PRG18/21BB Series No. Rating Value Item Method of Examination 1 Operating Temp. -10 to 60°C Temperature range with maximum voltage applied to PTC. 2 Resistance Value at 25°C The resistance value should be within the specified

ET-7403

Abstract: JIS 5102 JIS C 6484 JIS C 5102
Contextual Info: Specifications and Test Methods • 24/20V Series No. Rating Value Item Method of Examination 1 Operating Temp. -10 to 60°C Temperature range with maximum voltage applied to PTC. 2 Resistance Value at 25°C The resistance value should be within the specified

chips ne22

Abstract: R005 IEC62 P2T-1 LRF3W
Contextual Info: Low Value 3W Chip Resistors Welwyn Components LRF3W Series • • • 3 Watts @ 70°C Resistance range from 0.003 to 0.1Ω Tolerances to ±1% Electrical Data Value Power dissipation @70°C Resistance Range 100 % Of Power Rating Characteristic Power Derating Curve

chips ne22

Abstract: ne22 IEC62 R005
Contextual Info: Low Value 3W Chip Resistors Welwyn Components LRF3W Series • • • 3 Watts @ 70°C Resistance range from 0.003 to 0.1Ω Tolerances to ±1% Electrical Data Value Power dissipation @70°C Resistance Range 100 % Of Power Rating Characteristic Power Derating Curve

Contextual Info: Low Value 3W Chip Resistors Welwyn Components LRF3W Series • • • • 3 Watts @ 70°C Resistance range from 0.003 to 1Ω Tolerances to ±1% AEC-Q200 Qualified Electrical Data Value Power dissipation @70°C Resistance Range 100 3 Watts % Of Power Rating

1208 marking

Contextual Info: Low Value 3W Chip Resistors Welwyn Components LRF3W Series • • • 3 Watts @ 70°C Resistance range from 0.003 to 1Ω Tolerances to ±1% Electrical Data Value Power dissipation @70°C Resistance Range 100 3 Watts % Of Power Rating Characteristic Power Derating Curve

MARKING 1PK

Contextual Info: PAINT INSULATED COMPOSITION FILM RESISTORS 1. “HVF” series are the fusible type of "HVN"’ series. Dimensions and Rating Derating Curve They must be derated according to the following curve.* Body Color: HVN-Brown, HVF -Gray Value Marking Type Power Rating

posistor

Abstract: H60A
Contextual Info: Specifications and Test Methods Item Rating value Method of examination Continuous Operating Temperature -10°C to +60°C The temperature range with maximum voltage applied to thePosistor. Resistance R25 Satisfies ratings Resistance value is measured by applying voltage under

chips ne22

Contextual Info: LRF3W_C.qxd 2/16/05 3:50 PM Page 1 Low Value 3W Chip Resistors Welwyn Components LRF3W Series • • • 3 Watts @ 70°C Resistance range from 0.003 to 0.1Ω Tolerances to ±1% Electrical Data Value Power dissipation @70°C Resistance Range 100 % Of Power Rating

Contextual Info: Philips Semiconductors General Rating systems RATING SYSTEMS The equipment manufacturer should design so that, initially and throughout the life of the device, no absolute maximum value for the intended service is exceeded with any device, under the worst probable operating

Contextual Info: • PRG21BC Series No. Item Rating Value Method of Examination 1 Operating Temp. -10 to 60°C Temperature range with maximum voltage applied to PTC. 2 Resistance Value at 25°C The resistance value should be within the specified tolerance. After leaving for 24 hrs. or more in 25°C, it measures by 4 wire

SJ 2036

Abstract: ic sj 2036
Contextual Info: 3-1 Maximum Ratings In general, the maximum rating value should not be exceeded in order to guarantee the life and reliability of integrated circuit products. Absolute Maximum Ratings should not be exceed even for a moment. When the device is used in excess of any maximum rating,

Contextual Info: c PRG18/21BB Series No. Item Rating Value Metheod of Examination 1 Operating Temp. -10 to 60°C Temperature range with maximum voltage applied to PTC. 2 Resistance Value at 25°C Within the specified range After applying maximum operating voltage for 3 mins. and

ET-7403

Abstract: JIS 5102
Contextual Info: Specifications and Test Methods No. Rating Value Item Method of Examination 1 Operating Temp. -10 to 60°C Temperature range with maximum voltage applied to PTC. 2 Resistance Value at 25°C The resistance value should be within the specified tolerance. After leaving for 24 hrs. or more in 25°C, it measures by 4 wire