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BC Components Profile

BC Components, also known as Beyschlag Centralab Components, is a foremost manufacturer of passive electronic components; the company was developed from Philip Electronic Components in January 1999. In December 2002, BC Components was purchased by Vishay. The Vishay Beyschlag and Vishay BC Components product lines now represent the old BC Components product portfolio. Leaded metal film and carbon film resistors, thin film and cermet film chip resistors, and thin film and carbon film MELF resistors are among the goods sold under the Vishay Beyschlag brand. Thin film chip arrays and thin and thick film chip fuses are some of the most recent innovations. Quality metal film and metal glazing resistors, non-linear and variable components, and ceramic, aluminium, and film capacitors are among the products sold under the Vishay BC Components brand.

Vishay, on the other hand, was founded by Dr Felix Zandman, and from there, the company is strengthening and growing over time, arriving where the corporation is today as they are considered one of the best manufacturers of electronic components manufacturing from the smallest diodes to the most powerful capacitors.

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MCT06030D4999BP500, BC Components

MCT06030D4999BP500, BC Components

CMS film resistors 0.032 W to 0.1% CMS precision film resistors in 0603 enclosure (RR 1608M). Low temperature coefficient: +/- 25 ppm/K. Applications: automobile sector, testing & measurement, medical and industrial equipment. Power dissipated at 70 °C: 0.032 W Tolerance: 0.1% Temperature coefficient: ±25 ppm/K Operating voltage: 25 V Operating temperature: -10 °C → +85 °C Enclosure: 0603 Standards   EN 140401-801
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PTCCL07H111HBE, BC Components

PTCCL07H111HBE, BC Components

Thermistors PTC series 660, 661 and 662 PTCs are semiconductor resistors whose resistance, at zero dissipation, increases with the temperature within a determined range. The temperature variation is obtained either by joule effect, by variation in ambient temperature, or a combination of the two. Fields of application: stabilisation of current, protection, sensor. Tolerance: ±20% ref. BC Components R (Ω) at 25 °C I (mA) at 25 °C difference Max. voltage (V) 661-55411 1.9 810 30 661-53211 5 480 30 660-52711 6 405 30 662-52813 11 420 265 662-52513 12 375 265 660-51811 13 270 30 660-51311 25 195 60 661-51113 48 165 265 660-53993 260 59 265 660-51593 1900 23 265 Thermistors
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VDRS07H250BSE, BC Components

VDRS07H250BSE, BC Components

VDR Varistors VDR resistors, or varistors, are semiconductor resistors whose conductivity at a given temperature increases with voltage. Has a wide variety of applications, the most common including: clipping, relay coil contact protection, voltage stabilisation. Type: 593 594 Max. diameter (mm): 9 12.5 Max. height (mm): 13 14 Max. length (mm): 35 35 Power dissipation (mW): 250 400 Thermal resistance (kW): 70 60 Max. Stock Max. voltage operating voltage Energy Capacity no. (rms V) (Vdc) (8//20 μs) typ. 538-0783 230 300 30 J 170 pF 538-0648 250 320 58 J 300 pF 538-0777 250 320 33 J 160 pF 538-0761 275 350 63 J 270 pF Approvals   UL; CECC; VDE; CSA.
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NTCLE100E3223JB0, BC Components

NTCLE100E3223JB0, BC Components

Vishay NTC Thermistors 0.5W 640 series Negative Temperature Coefficient Thermistors (NTC) are semiconductor resistors whose resistance, at zero dissipation, decreases when the temperature varies either by the joule effect, with the ambient temperature or through a combination of the two. Measurement and checking of the temperature (thermometer, thermostat, sensor), current draw limiters and temperature compensation circuits for transistor circuits are some of the main applications for thermistors. Rated dissipation: 0.5 W Operating temperature: –40 °C → +150 °C
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NTCLE100E3103HB0, BC Components

NTCLE100E3103HB0, BC Components

Vishay NTC Thermistors 0.5W 640 series Negative Temperature Coefficient Thermistors (NTC) are semiconductor resistors whose resistance, at zero dissipation, decreases when the temperature varies either by the joule effect, with the ambient temperature or through a combination of the two. Measurement and checking of the temperature (thermometer, thermostat, sensor), current draw limiters and temperature compensation circuits for transistor circuits are some of the main applications for thermistors. Rated dissipation: 0.5 W Operating temperature: –40 °C → +150 °C
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NTCLE100E3104JB0, BC Components

NTCLE100E3104JB0, BC Components

NTC Thermistors 0.5W 640 series Negative Temperature Coefficient Thermistors (NTC) are semiconductor resistors whose resistance, at zero dissipation, decreases when the temperature varies either by the joule effect, with the ambient temperature or through a combination of the two. Measurement and checking of the temperature (thermometer, thermostat, sensor), current draw limiters and temperature compensation circuits for transistor circuits are some of the main applications for thermistors. Rated dissipation: 0.5 W Operating temperature: –40 °C → +150 °C Thermistors - NTC (Negative Temperature Coefficient)
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NTCLE100E3103JB0, BC Components

NTCLE100E3103JB0, BC Components

Vishay NTC Thermistors 0.5W 640 series Negative Temperature Coefficient Thermistors (NTC) are semiconductor resistors whose resistance, at zero dissipation, decreases when the temperature varies either by the joule effect, with the ambient temperature or through a combination of the two. Measurement and checking of the temperature (thermometer, thermostat, sensor), current draw limiters and temperature compensation circuits for transistor circuits are some of the main applications for thermistors. Rated dissipation: 0.5 W Operating temperature: –40 °C → +150 °C
New items
VDRS07H230BSE, BC Components

VDRS07H230BSE, BC Components

VDR Varistors VDR resistors, or varistors, are semiconductor resistors whose conductivity at a given temperature increases with voltage. Has a wide variety of applications, the most common including: clipping, relay coil contact protection, voltage stabilisation. Type: 593 594 Max. diameter (mm): 9 12.5 Max. height (mm): 13 14 Max. length (mm): 35 35 Power dissipation (mW): 250 400 Thermal resistance (kW): 70 60 Max. Stock Max. voltage operating voltage Energy Capacity no. (rms V) (Vdc) (8//20 μs) typ. 538-0783 230 300 30 J 170 pF 538-0648 250 320 58 J 300 pF 538-0777 250 320 33 J 160 pF 538-0761 275 350 63 J 270 pF Approvals   UL; CECC; VDE; CSA.
New items
VDRS10P250BSE, BC Components

VDRS10P250BSE, BC Components

VDR Varistors VDR resistors, or varistors, are semiconductor resistors whose conductivity at a given temperature increases with voltage. Has a wide variety of applications, the most common including: clipping, relay coil contact protection, voltage stabilisation. Type: 593 594 Max. diameter (mm): 9 12.5 Max. height (mm): 13 14 Max. length (mm): 35 35 Power dissipation (mW): 250 400 Thermal resistance (kW): 70 60 Max. Stock Max. voltage operating voltage Energy Capacity no. (rms V) (Vdc) (8//20 μs) typ. 538-0783 230 300 30 J 170 pF 538-0648 250 320 58 J 300 pF 538-0777 250 320 33 J 160 pF 538-0761 275 350 63 J 270 pF Approvals   UL; CECC; VDE; CSA.
New items
NTCLE100E3102JB0, BC Components

NTCLE100E3102JB0, BC Components

Vishay NTC Thermistors 0.5W 640 series Negative Temperature Coefficient Thermistors (NTC) are semiconductor resistors whose resistance, at zero dissipation, decreases when the temperature varies either by the joule effect, with the ambient temperature or through a combination of the two. Measurement and checking of the temperature (thermometer, thermostat, sensor), current draw limiters and temperature compensation circuits for transistor circuits are some of the main applications for thermistors. Rated dissipation: 0.5 W Operating temperature: –40 °C → +150 °C
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NTCLG100E2103JB0, BC Components

NTCLG100E2103JB0, BC Components

High temperature NTC thermistors 633 series Thermistors with glass envelope For use in corrosive atmospheres and severe environments Domestic applications Tolerance: ±5% Operating temperature: –40 °C → +200 °C Rated dissipation: 100 mW ref. Stock R (kΩ) β BC Components no. at 25 °C (K) version 633-83103 538-0799 10 3977 Axial 633-53203 378-388 20 3977 Melf
New items
NTCLG100E2103JB, BC Components

NTCLG100E2103JB, BC Components

Vishay High temperature NTC thermistors 633 series Thermistors with glass envelope For use in corrosive atmospheres and severe environments Domestic applications Tolerance: ±5% Operating temperature: –40 °C → +200 °C Rated dissipation: 100 mW ref. Stock R (kΩ) β BC Components no. at 25 °C (K) version 633-83103 538-0799 10 3977 Axial 633-53203 378-388 20 3977 Melf