SMD type power shunt resistor SBB-5930 (alkrome alloy/nickel chrome alloy)
Bimetal Japan Co., Ltd.
About This Product
The large -current shunt resistor and power shunt resistor "SB Series" is a shunt resistor of SHIVALIK BIMETAL CONTROLS.
It uses an electronic beam welding to join a copper and a resistance alloy, enabling long -term stability of low resistance, high accuracy, low TCR, and characteristics. With this feature, it is used for motor control such as the Battery Management System for EVs, in -vehicle and industrial robots.
Low price (up to 50 % cost reduction track record), short delivery time (factory shipment in minimum 8 weeks), custom correspondence is possible (other companies are not available).
■ Characteristics
・ Rated power, 10 watts (0.2mΩ)
・ Rated current, up to 20 amp (0.2mΩ)
・ Excellent conductivity of copper terminals
・ Excellent long -term stability
・ High use temperature range -55 ° C ~ +170 ℃
・ Haddy temperature, up to 350 ° C / 30sec
·Incombustibility
・ Metal plate resistor
・ ROHS, REACH authentication
・ AEC-Q200 authentication
■ Applications
・ Current detection / feedback
・ In -vehicle
・ Power supply module
・ Frequency converter
・ Inverter
・ For low inductance applications
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Product
SMD type power shunt resistor SBB-5930 (alkrome alloy/nickel chrome alloy)
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Handling Company
Bimetal Japan Co., Ltd.
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Categories
8 Models of SMD type power shunt resistor SBB-5930 (alkrome alloy/nickel chrome alloy)
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Inductance NH | Rated power (100 ° C) w | Rated power (70 ° C) w | Removable value tolerance % | Resistance alloy | Resistance value MΩ | TCR-resistance temperature coefficient (resistance alloy) ppm/k | Used temperature range ℃ | durability % |
|---|---|---|---|---|---|---|---|---|---|---|---|
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SBB-AC-R0005 |
Available upon quote | <3 | 7 | Ten | 1,5 | Aluchrom Alloy | 0.5 | -twenty five | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
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SBB-AC-R001 |
Available upon quote | <3 | 6 | 9 | 1,5 | Aluchrom Alloy | 1 | -twenty five | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
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SBB-AC-R002 |
Available upon quote | <3 | Four | 7 | 1,5 | Aluchrom Alloy | 2 | -twenty five | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
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SBB-NC-R0005 |
Available upon quote | <3 | 7 | Ten | 1,5 | Nicr Alloy | 0.5 | ± 20 | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
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SBB-NC-R001 |
Available upon quote | <3 | 6 | 9 | 1,5 | Nicr Alloy | 1 | ± 20 | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
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SBB-NC-R002 |
Available upon quote | <3 | Four | 7 | 1,5 | Nicr Alloy | 2 | ± 20 | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
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SBB (S) -AC -R003 |
Available upon quote | <3 | 3 | Five | 1,3,5 | Aluchrom Alloy | 3 | - | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
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SBB (S) -AC -R002 |
Available upon quote | <3 | Five | 9 | - | Aluchrom Alloy | 2 | <-25 | -55 ~+170 |
<0.5 (2,000 hours later), terminal temperature = 110ºC <1.0 (2,000 hours later), terminal temperature = 140ºC |
Click on the part number for more information about each product
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About Company Handling This Product
- Japan