SMD Resistors
103 items in 1,020 variations
*incl. VAT plus shipping costs
Item description
Total
ohmic resistance
Tolerance
Power
Design
Enclosure
Technology
min. operating temperature
max. operating temperature
Length
Width
Height
diameter
Order No.:
71P5433
Manufacturer:
TE Connectivity
Manufacturer SKU:
2-1879527-3
4000 pcs.
0.2273 €
226 kΩ
±1 %
2 W
SMD 6330
thick film
-55 °C
155 °C
6.35 mm
0.55 mm
Order No.:
71P7698
Manufacturer:
TE Connectivity
Manufacturer SKU:
3-1879234-4
500 pcs.
0.8687 €
12 kΩ
±5 %
5 W
SMD
metal film
-55 °C
200 °C
13.5 mm
6.8 mm
Order No.:
71P7817
Manufacturer:
TE Connectivity
Manufacturer SKU:
3-2176314-5
3000 pcs.
0.0952 €
100 Ω
±1 %
0.3 W
SMD 0102
Micro-MELF
thin film
-55 °C
155 °C
2.2 mm
1.1 mm
Order No.:
71P7842
Manufacturer:
TE Connectivity
Manufacturer SKU:
3-2176341-7
15000 pcs.
0.0074 €
20000 pcs.
0.0054 €
10 kΩ
±1 %
0.125 W
SMD 2012
thick film
-55 °C
155 °C
2 mm
0.55 mm
Order No.:
71P8894
Manufacturer:
TE Connectivity
Manufacturer SKU:
4-2176329-8
5000 pcs.
0.0631 €
82 kΩ
±1 %
0.75 W
SMD 3225
thick film
-55 °C
155 °C
3.1 mm
0.55 mm
Order No.:
71P8897
Manufacturer:
TE Connectivity
Manufacturer SKU:
4-2176398-2
2000 pcs.
0.357 €
680 kΩ
±1 %
2 W
SMD 5025
thick film
-55 °C
155 °C
5 mm
1.1 mm
Order No.:
71P9610
Manufacturer:
TE Connectivity
Manufacturer SKU:
5-1879255-0
1000 pcs.
0.3332 €
75 Ω
±0.1 %
0.25 W
SMD 3216
thin film
-55 °C
155 °C
3.05 mm
0.55 mm
Order No.:
71P9694
Manufacturer:
TE Connectivity
Manufacturer SKU:
5-2176326-3
5000 pcs.
0.0214 €
220 kΩ
±1 %
0.25 W
SMD 1608
thick film
-55 °C
155 °C
1.6 mm
0.45 mm
Buy SMD resistors
SMD (surface-mounted device) resistors are compact, surface-mounted resistors used in electronic circuits to limit electrical current. Their small size allows high packing density on printed circuit boards and contributes to miniaturization of electronic devices.SMD resistors can be found in almost all modern electronic devices, including automotive electronics, for example. They are indispensable in modern electronics manufacturing, where they help to realize complex yet compact circuits.