RD100S 数据手册 - NEC（日本电气）

RD100S 稳压二极管 100V 200mW/0.2W SOD323/0805-100V marking/标记 B1 101 恒定电压/恒定电流/浪涌吸收器

RD100FM 稳压二极管 100V 1W DO-214AC/SMA-100V marking/标记 1A 恒定电压/恒定电流/浪涌吸收器

二极管 - 通用，功率，开关 SCHOTTKY BARRIER DIODE

Block Resistance WireBlock resistance wire is made from a high quality Constantan alloy which ensures that resistance levels remain practically unchanged regardless of temperature. Block resistance wire also features a firmly adhering surface oxide coating that withstands any temperature change and protects against further oxidation under continuous load, whilst maintaining malleability for easy machining. Block resistance wire can be used for soft soldering, hard soldering or welding and applications include the production of technical resistances, shunts and other general laboratory needs.Resistor allow as specified in DIN 46 461 (CuNi44) Specific electrical resistance 0.49 ((Ω x mm)/m) Average temperature constant of the electrical resistor at 20°C = 0.00004 - 0.00008 Average linear thermal expansion coefficient between 20°C - 100°C = 13.5 x 10 - 6 Melting temperature 1220°C - 1270°C Maximum permissible wire temperature up to 600°C ### Constantan 合金电阻线

Block Resistance WireBlock resistance wire is made from a high quality Constantan alloy which ensures that resistance levels remain practically unchanged regardless of temperature. Block resistance wire also features a firmly adhering surface oxide coating that withstands any temperature change and protects against further oxidation under continuous load, whilst maintaining malleability for easy machining. Block resistance wire can be used for soft soldering, hard soldering or welding and applications include the production of technical resistances, shunts and other general laboratory needs.Resistor allow as specified in DIN 46 461 (CuNi44) Specific electrical resistance 0.49 ((Ω x mm)/m) Average temperature constant of the electrical resistor at 20°C = 0.00004 - 0.00008 Average linear thermal expansion coefficient between 20°C - 100°C = 13.5 x 10 - 6 Melting temperature 1220°C - 1270°C Maximum permissible wire temperature up to 600°C ### Constantan 合金电阻线

Block Resistance WireBlock resistance wire is made from a high quality Constantan alloy which ensures that resistance levels remain practically unchanged regardless of temperature. Block resistance wire also features a firmly adhering surface oxide coating that withstands any temperature change and protects against further oxidation under continuous load, whilst maintaining malleability for easy machining. Block resistance wire can be used for soft soldering, hard soldering or welding and applications include the production of technical resistances, shunts and other general laboratory needs.Resistor allow as specified in DIN 46 461 (CuNi44) Specific electrical resistance 0.49 ((Ω x mm)/m) Average temperature constant of the electrical resistor at 20°C = 0.00004 - 0.00008 Average linear thermal expansion coefficient between 20°C - 100°C = 13.5 x 10 - 6 Melting temperature 1220°C - 1270°C Maximum permissible wire temperature up to 600°C ### Constantan 合金电阻线

Block Resistance WireBlock resistance wire is made from a high quality Constantan alloy which ensures that resistance levels remain practically unchanged regardless of temperature. Block resistance wire also features a firmly adhering surface oxide coating that withstands any temperature change and protects against further oxidation under continuous load, whilst maintaining malleability for easy machining. Block resistance wire can be used for soft soldering, hard soldering or welding and applications include the production of technical resistances, shunts and other general laboratory needs.Resistor allow as specified in DIN 46 461 (CuNi44) Specific electrical resistance 0.49 ((Ω x mm)/m) Average temperature constant of the electrical resistor at 20°C = 0.00004 - 0.00008 Average linear thermal expansion coefficient between 20°C - 100°C = 13.5 x 10 - 6 Melting temperature 1220°C - 1270°C Maximum permissible wire temperature up to 600°C ### Constantan 合金电阻线

Block Resistance WireBlock resistance wire is made from a high quality Constantan alloy which ensures that resistance levels remain practically unchanged regardless of temperature. Block resistance wire also features a firmly adhering surface oxide coating that withstands any temperature change and protects against further oxidation under continuous load, whilst maintaining malleability for easy machining. Block resistance wire can be used for soft soldering, hard soldering or welding and applications include the production of technical resistances, shunts and other general laboratory needs.Resistor allow as specified in DIN 46 461 (CuNi44) Specific electrical resistance 0.49 ((Ω x mm)/m) Average temperature constant of the electrical resistor at 20°C = 0.00004 - 0.00008 Average linear thermal expansion coefficient between 20°C - 100°C = 13.5 x 10 - 6 Melting temperature 1220°C - 1270°C Maximum permissible wire temperature up to 600°C ### Constantan 合金电阻线

Block Resistance WireBlock resistance wire is made from a high quality Constantan alloy which ensures that resistance levels remain practically unchanged regardless of temperature. Block resistance wire also features a firmly adhering surface oxide coating that withstands any temperature change and protects against further oxidation under continuous load, whilst maintaining malleability for easy machining. Block resistance wire can be used for soft soldering, hard soldering or welding and applications include the production of technical resistances, shunts and other general laboratory needs.Resistor allow as specified in DIN 46 461 (CuNi44) Specific electrical resistance 0.49 ((Ω x mm)/m) Average temperature constant of the electrical resistor at 20°C = 0.00004 - 0.00008 Average linear thermal expansion coefficient between 20°C - 100°C = 13.5 x 10 - 6 Melting temperature 1220°C - 1270°C Maximum permissible wire temperature up to 600°C ### Constantan 合金电阻线