This section lists our latest items that are surplus to our requirements.
Some items are new and unused, some have been custom made and are unused. Others may be items we have used and do not need anymore. All items are tested and working unless described otherwise.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz. The larger the capacitance, the lower the frequency.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz.
These small capacitors use a COG dielectric for compactness and stability which makes them great in timing applications. They also make ideal decoupling capacitors.
The range of capacitor values here when used with the circuits mentioned above can be used for creating signals from 0.5 Hz to 2 MHz.
DIP14 IC Socket
Item Price: £0.15
1
0.05
Quantity Available: 16
DIP/DIL IC socket - 14 Pn SALE: was £0.20 Save £0.05
DIP16 IC Socket
Item Price: £0.15
1
0.05
Quantity Available: 33
DIP/DIL IC socket - 16 Pin SALE: was £0.20 Save £0.05
Flexinol SMA wire 375 µm
Item Price: £4.99
0
Quantity Available: 0
1 metre length of Flexinol® Muscle wire®. 375 µm
This amazing material can be set into all sorts of shapes that can be 'remembered' by the atomic structure of the metal. By mildly heating the wire with an electric current it will return to any shape that you have allready set.
You can make robotic insect legs, self contracting or expanding springs, and much more.
Activation Temp: 70 Celcius
Resistance: 8 ohm/m
Rccomended current 2750mA
Flexinol SMA wire 250 µm
Item Price: £4.99
0
Quantity Available: 0
1 metre length of Flexinol® Muscle wire®. 250 µm
This amazing material can be set into all sorts of shapes that can be 'remembered' by the atomic structure of the metal. By mildly heating the wire with an electric current it will return to any shape that you have allready set.
You can make robotic insect legs, self contracting or expanding springs, and much more.
Activation Temp: 70 Celcius
Resistance: 20 ohm/m
Rccomended current 1000mA
Flexinol SMA wire 150 µm
Item Price: £4.99
0
Quantity Available: 0
1 metre length of Flexinol® Muscle wire®. 150 µm
This amazing material can be set into all sorts of shapes that can be 'remembered' by the atomic structure of the metal. By mildly heating the wire with an electric current it will return to any shape that you have allready set.
You can make robotic insect legs, self contracting or expanding springs, and much more.
Activation Temp: 70 Celcius
Resistance: 50 ohm/m
Rccomended current 400mA
Flexinol SMA wire 100 µm
Item Price: £4.99
0
Quantity Available: 0
1 metre length of Flexinol® Muscle wire®. 100 µm
This amazing material can be set into all sorts of shapes that can be 'remembered' by the atomic structure of the metal. By mildly heating the wire with an electric current it will return to any shape that you have allready set.
You can make robotic insect legs, self contracting or expanding springs, and much more.
Activation Temp: 70 Celcius
Resistance: 150 ohm/m
Rccomended current 180mA
1 metre length of Flexinol® Muscle wire®. 50 µm
This amazing material can be set into all sorts of shapes that can be 'remembered' by the atomic structure of the metal. By mildly heating the wire with an electric current it will return to any shape that you have allready set.
You can make robotic insect legs, self contracting or expanding springs, and much more.
Activation Temp: 70 Celcius
Resistance: 510 ohm/m
Rccomended current 50mA