Tape on Full reel 5000 ST; ; This text is machine translated.
Tape on Full reel 5000 ST; ; This text is machine translated.
Industrial goods: Yes; Packaging type (details) (components): Reel; Power rating (electric): 0.25 W; Product size (height): 0.55 mm; Product size (length): 3.1 mm; Product size (width): 1.55 mm; Resistance (num): 27 Ω; Temperature coefficient: 200 ppm/°C;...
This SMD chip resistor folder book has been specially designed to all common values of the SMD resistor, body type 0402. The contents consist of the values of 0.1 Ω to 10 MΩ in the tolerance range of ±1%. The maximum power loss of this design is...
This SMD chip resistor folder book has been specially designed to all common values of the SMD-RESISTANCE Design 0603. The contents consist of the values of 0.10 Ω to 10 MΩ in the tolerance range of ±5%. The maximum power loss of this design is 1/10...
This SMD chip resistor folder book has been specially designed to all common values of the SMD-RESISTANCE Design 0603. The contents consist of the values of 0.10 Ω to 10 MΩ in the tolerance range of ±1%. The maximum power loss of this design is 1/10...
This SMD chip resistor folder book has been specially designed to all common values of the SMD-RESISTANCE Design 1206. The contents consist of the values of 0.1 Ω to 10 MΩ in the tolerance range of ±5%. The maximum power loss of this design is 1/4...
This SMD chip resistor folder book has been specially designed to all common values of the SMD-RESISTANCE Design 1206. The contents consist of the values from 0.10 to 10 MΩ in the tolerance range of ±1%. The maximum power loss of this design is 1/4...
This SMD chip resistor folder book has been specially designed to all common values of the SMD resistor, body type 0402. The contents consist of the values of 0.10 Ω to 10 MΩ in the tolerance range of ±5%. The maximum power loss of this design is...
This SMD chip resistor folder book has been specially designed to all common values of the SMD-RESISTANCE Design 0805. The contents consist of the values of 0.10 Ω to 10 MΩ in the tolerance range of ±5%. The maximum power loss of this design is 1/8...