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Celestion
|sku: QC-425-023
Celestion G10 Creamback - 45W 8ohm
C$189.00
Generic
|sku: TE-LED5
5mm LED (Choose Colour)
C$0.39
Generic
|sku: TE-LED3
3mm LED (Choose Colour)
C$0.39
Generic
|sku: TE-L78L05
IC - L78L05 Voltage Regulator 5V
C$0.69
Generic
|sku: TE-LM7805
IC - LM7805 L7805 Voltage Regulator 5V
C$1.19
Generic
|sku: TE-ICS08
IC Socket - Precision Tooled 8-Pin
C$0.89
Generic
|sku: TE-ICS16
IC Socket - Precision Tooled 16 Pin
C$1.39
Generic
|sku: TE-PT2399
IC - PT2399 Echo
C$3.59
Generic
|sku: TE-NE556N
IC - NE556N Timer
C$1.19
Generic
|sku: TE-NE555
IC - NE555 Timer
C$0.59
Generic
|sku: TE-TL022CP
IC - TL022CP
C$1.79
Generic
|sku: TE-TL061
IC - TL061
C$1.39
Generic
|sku: TE-TL072
IC - TL072
C$3.79
Generic
|sku: TE-TL071
IC - TL071
C$1.59
Generic
|sku: TE-BC108
Transistor - BC108
C$1.79
Generic
|sku: TE-BS170
Transistor - BS170
C$0.79
Generic
|sku: TE-BC549
Transistor - BC549
C$0.39
Generic
|sku: TE-2N5088
Transistor - 2N5088
C$0.99
Generic
|sku: TE-2N5458
Transistor - 2N5458
C$2.99
Generic
|sku: TE-BAT41
Diode - BAT41
C$0.49-
Celestion G10 Creamback - 45W 8ohm
The new G10 Creamback packs everything guitar players love about Creamback speakers into a 10-inch format. Hand-built in the UK using the same production methods and materials developed for the 12-inch models, the G10 Creamback uses a ceramic magnet and...5mm LED (Choose Colour)
5mm round LEDs. Forward voltage (V): Blue = 3.0-3.2 Green = 2.3-2.5 Red = 1.9-2.1 Yellow = 2.0-2.33mm LED (Choose Colour)
3mm round LEDs. Forward voltage (V): Blue = 2.0-3.2 Green = 2.3-2.5 Red = 2.0-2.2 Yellow = 2.0-2.3IC - L78L05 Voltage Regulator 5V
The L78L05 fixed 5V regulator in a TO-92 case. Max current 100mA. PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use these with sockets.IC - LM7805 L7805 Voltage Regulator 5V
The LM7805 fixed 5V regulator in a TO-220 case. Max current 1.5A. PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use these with sockets.IC Socket - Precision Tooled 8-Pin
Precision tooled 8-Pin IC socket for integrated circuits. A must have for solder circuits with ICs in them as they avoid the need to solder directly to the IC, which is very susceptible to heat damage. Solder one of these to the board,...IC Socket - Precision Tooled 16 Pin
Precision tooled 16-pin IC socket for integrated circuits. A must have for solder circuits with ICs in them as they avoid the need to solder directly to the IC, which is very susceptible to heat damage. Solder one of these to the board, then...IC - PT2399 Echo
The PT2399 echo/delay IC (integrated circuit) on a 16-pin DIP with a minimum of external components required. Delay time set by external resistance. PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat...IC - NE556N Timer
The NE556N dual bipolar timer IC (integrated circuit). Used in some tremolo and other modulation effects. PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use...IC - NE555 Timer
The NE555 timer IC (integrated circuit). Used in some tremolo and other modulation effects. PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use these with sockets.IC - TL022CP
The TL022CP dual op-amp (operational amplifier) IC (integrated circuit). PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use these with sockets.IC - TL061
The TL061 op-amp (operational amplifier) JFET IC (integrated circuit). PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use these with sockets.IC - TL072
The TL072 dual op-amp (operational amplifier) JFET IC (integrated circuit). PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use these with sockets.IC - TL071
The TL071 op-amp (operational amplifier) JFET IC (integrated circuit). PLEASE NOTE: Easily susceptible to heat damage. If you must solder directly, always use a heat sink. Ideally, you should use these with sockets.Transistor - BC108
The BC108 small signal transistor. PLEASE NOTE: Never bend the leads in such a way as to apply any stress to the casing. Always use a heat sink when soldering.Transistor - BS170
The BS170 MOSFET. PLEASE NOTE: Never bend the leads in such a way as to apply any stress to the casing. Always use a heat sink when soldering.Transistor - BC549
Another versatile NPN transistor called for in many circuits. PLEASE NOTE: Never bend the leads in such a way as to apply any stress to the casing. Always use a heat sink when soldering.Transistor - 2N5088
When in doubt, use a 2N5088 NPN transistor. Widely regarded as the most versatile. PLEASE NOTE: Never bend the leads in such a way as to apply any stress to the casing. Always use a heat sink when soldering.Transistor - 2N5458
This is a classic JFET used in many designs over the years. PLEASE NOTE: Never bend the leads in such a way as to apply any stress to the casing. Always use a heat sink when soldering.Diode - BAT41
The BAT41 is a Schottky Barrier diode in a DO35 type package. Similar to 1N34A, but will sound slightly less compressed. SpecificationsPeak Reverse Voltage: 100 VForward Continuous Current: 0.1 AMax Surge Current: 0.75 AConfiguration:...