Through Hole Resistors (249 items)

Precision Resistor (plastic coating), FLA/FLC Series

Precision Resistor (plastic coating), FLA/FLC Series

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Power Precision Resistor, PD Series. Small-size precision resistor for electric power 0±2.5 ppm/°C low-temperature coefficient (R ≥ 10 Ω) Highly accurate, tolerance ±0.05% (R ≥ 10 Ω) TO-220 package...

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Precision Resistor (plastic coating), FLA/FLC Series

Precision Resistor (plastic coating), FLA/FLC Series

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Power Precision Resistor, PD Series. Small-size precision resistor for electric power 0±2.5 ppm/°C low-temperature coefficient (R ≥ 10 Ω) Highly accurate, tolerance ±0.05% (R ≥ 10 Ω) TO-220 package...

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Precision Resistor (plastic coating), FLA/FLC Series

Precision Resistor (plastic coating), FLA/FLC Series

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Precision Resistor (plastic coating), FLA/FLC Series

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Power Precision Resistor, PD Series. Small-size precision resistor for electric power 0±2.5 ppm/°C low-temperature coefficient (R ≥ 10 Ω) Highly accurate, tolerance ±0.05% (R ≥ 10 Ω) TO-220 package...

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Precision Resistor (plastic coating), FLA/FLC Series

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Power Precision Resistor, PD Series. Small-size precision resistor for electric power 0±2.5 ppm/°C low-temperature coefficient (R ≥ 10 Ω) Highly accurate, tolerance ±0.05% (R ≥ 10 Ω) TO-220 package...

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Precision Resistor (plastic coating), FLA/FLC Series

Precision Resistor (plastic coating), FLA/FLC Series

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Precision Resistor (plastic coating), FLA/FLC Series

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Precision Resistor (plastic coating), FLA/FLC Series

Precision Resistor (plastic coating), FLA/FLC Series

High-Precision Resistor, MCY Series. Temperature coefficient: ±2.5 ppm/°C High precision with tolerance of ±0.01%

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Precision Resistor (plastic coating), FLA/FLC Series

Precision Resistor (plastic coating), FLA/FLC Series

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Metal foil resistors and current sensors are used in applications requiring a high degree of precision and stability, such as in medical testing equipment, high performance audio equipment, precisi...

Note 1: Resistance figures for type PB are guaranteed at a point 12.7 ±3.2 mm away from the resistor However, where the resistance value is less than 10 Ω, it is guaranteed at a point 5.08 ±0.6 mm ...

Resistance = 1.2kΩ Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 1.2kΩ Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

Resistance = 1.5kΩ Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 1.5kΩ Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

Resistance = 1.5Ω Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 1.5Ω Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 1.8kΩ Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

Resistance = 1.8kΩ Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 1.8Ω Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 100kΩ Power Rating = 14W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 100mΩ Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

CECC approved Suitable for harsh environments Impervious lead free vitreous enamel coating Overload characteristics ideal for protection circuits High stability and reliability High power dissipati...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 100Ω Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

CECC approved Suitable for harsh environments Impervious lead free vitreous enamel coating Overload characteristics ideal for protection circuits High stability and reliability High power dissipati...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 10kΩ Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 10kΩ Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

CECC approved Suitable for harsh environments Impervious lead free vitreous enamel coating Overload characteristics ideal for protection circuits High stability and reliability High power dissipati...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 10Ω Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 120mΩ Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 120Ω Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 120Ω Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

Resistance = 12kΩ Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Maximum Operating Temperature = +200°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 12Ω Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 12Ω Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 150mΩ Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 150Ω Power Rating = 3W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...

Resistance = 150Ω Power Rating = 7W Tolerance = ±5% Technology = Wire Wound Series = W20 Temperature Coefficient = ±200ppm/°C Minimum Operating Temperature = -55°C

As there is a maximum temperature to which the wire can rise during an overload, if the resistor is already dissipating heat, then the pulse energy applied should be less than that allowed by the g...