temperature coefficient - tag

21 - 30 of about 47 for temperature coefficient.

Resistor Resistors

most cost-effective designs with low stand-alone temperature coefficient and resistance tolerance. , Resistor - Fusible, Cement, Wirewound, Anti-Surge, Precision, CDS, Melf, Composition, Chip , Fusible, Cement, Wirewound ...

Vitreous Enamel Coated Wirewound Resistors Components

Temperature Coefficient(PPM/°C) , Dimensions (mm) (Max) , L , ΦD , Φd , KNP-VE-2.5 , 2.5 , 1 ~ 1K , 100 , ±5%±10% , ±250±400 , 12.7 ...

Voltage Resistors Components Taiwan

Temperature Coefficient , ±500PPM/°C (-55 ~ +125°C) , Damp Heat , ΔR ≤ ± (5%R+0.1Ω) , Working Voltage , 1000V , Product Identification , ...

Power Resistors Components

most cost-effective designs with low stand-alone temperature coefficient and resistance tolerance. , Available in wirewound power resistor, power chamber resistor, and aluminum housed wirewound resistors. , Power Resistors ...

Power Resistors Components

Temperature coefficient , JIS-C-5202 5-2 , ±400PPM/°C MAX , Power rating load , JIS-C-5202 5-4 , ΔR/R≤ ±(0.5%+0.1Ω) Surface temperature up 350 ...

Voltage Resistors Components

dissipation, and a low temperature coefficient that is directly proportional, , but also accommodates a flexible range of assembly options for convenient , utilization and installation (Refer to ...

Power Resistors Components

has a low temperature coefficient that varies in direct proportion, , and is suitable for application loads involving brief current surges. , Due to the set number of windings on ...

Power Resistors Components

Temperature coefficient , JIS-C-5202 5-2 , ±300ppm/°C max. , Power rating load , JIS-C-5202 5-4 , R/R ≤ ±(1%+0.1Ω)Surface temperature up 350°C ...

Power Resistors Components

Temperature coefficient , JIS-C-5202 5-2 , ±400PPM/°C MAX , Load rating , JIS-C-5202 5-4 , ΔR/R≤ ±(0.5%+0.1Ω) Surface temperature up 350°C ...

Wirewound Power Resistors Components

Temperature coefficient , JIS-C-5202 5-2 , ±200PPM/°C MAX , Load rating , JIS-C-5202 5-4 , ΔR/R≤±(0.5%+0.1Ω) Surface temperature up 350°C ...


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