Manufacturer
Please Input
- Shenzhen lanson Elec
- SANTE
- Bourns, Inc.
- Better
- Walter Elec
Package
Please Input
- axial leaded
- -
- plugin
Packaging
Please Input
- bag
- box
- tape
- reel
Images | Mfr.Part # | Category/Manufacturer/Package/Packaging | RoHS | Price | Quantity | Operate |
|---|
 | 10A184℃250V250V 10A STS - Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：SANTE Package：- Packaging：Box |  | |||
| 10A172℃250V250V 10A STS - Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：SANTE Package：- Packaging：Box | | |||
| TG-10315A250T001BG103℃ 250V 15A 200℃ 68℃ 97℃ TG Axial Leaded Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：Walter Elec Package：Axial Leaded Packaging：Bag | | |||
| AC77ABDTHERMOSTAT 77DEG C SPST-NC 2SMD | Category：Thermal Cutoffs (TCO) Manufacturer：Bourns, Inc. Package：- Packaging：Tape | | |||
| BTT010184184℃ 250V 10A 210℃ 160℃ 180℃ BTT Axial Leaded Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：Better Package：Axial Leaded Packaging：Bag | | |||
| TE-10310A250T001BM9G103℃ 250V 10A 200℃ 68℃ 97℃ TE Axial Leaded Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：Walter Elec Package：Axial Leaded Packaging：Bag | | |||
| TE-09910A250T001BG99℃ 250V 10A 200℃ 68℃ 96℃ TE Axial Leaded Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：Walter Elec Package：Axial Leaded Packaging：Bag | | |||
| TE-09410A250T001BG94℃ 250V 10A 160℃ 62℃ 91℃ TE Axial Leaded Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：Walter Elec Package：Axial Leaded Packaging：Bag | | |||
| 10A99℃250V250V 10A STS - Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：SANTE Package：- Packaging：Box | | |||
| BTT01009999℃ 250V 10A 150℃ 91℃ 95℃ BTT Axial Leaded Thermal Cutoffs (TCO) ROHS | Category：Thermal Cutoffs (TCO) Manufacturer：Better Package：Axial Leaded Packaging：Box | |
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Thermal Cutoffs (TCO)Thermal cutoffs (TCOs) are a type of circuit protection device that is used to protect electronic circuits from overheating. A TCO is a temperature-sensitive switch that is typically mounted on a circuit board or other heat-generating component. When the temperature of the component exceeds a certain threshold, the TCO will open, breaking the circuit and preventing further heating. Once the temperature has cooled down, the TCO will automatically reset and allow the circuit to resume operation. TCOs are often used in conjunction with other types of circuit protection devices, such as fuses and thermal fuses, to provide a robust and effective protection against overheating.
