RK Education 555 Monostable Project - with Buzzer
Standard range
Order Code:
Brand:
RK Education
MPN: 70-6013 70-6013
- RoHS Compliant
- Country of Origin: China
- Free UK shipping available
- View Full Product Range (3)
| Qty | Unit Price (Ex VAT) |
|---|---|
| 1+ | £3.25 |
Price per unit Ex VAT
This kit provides an ideal introduction to electronic circuits for KS4 students. This version of the 555 monostable project includes a buzzer element. It has been designed to have more than one possible outcome and therefore more than one application. It allows for good differentiation and includes a transistor drive circuit.
- Time can be varied with the variable resistor
- Can be used with various trigger inputs
- Battery-powered
- Clear silkscreen text has been used to make construction simpler
- Professional double-sided PCB pre-drilled with silkscreen and solder-resist
Empty PCBs are available separately, order code 70-9034
Suitable for Key Stages 2, 3 & 4 (ages 7 to 16)
Comprehensive teacher notes are available here.
| Type | Monostable project |
|---|---|
| Power | 9V |
| Frequency | N/A |
| Range | N/A |
| Soldering | Yes |
Order Code: 18-1458
MPN: 6LR61X
Standard range
Price per unit Ex VAT
| 4+ | 20+ | 100+ |
|---|---|---|
| £2.24 | £1.94 | £1.58 |
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Really great value
Reviewed by: - Wednesday, March 20, 2019Bought this to do projects for the air museum I volunteer at - making the cockpits 'come allive'
The value of these project kits and the great documentation is second to none. Have used several kits built around the 555 chip all worked great and have modified some to get different funtionality. The difficulty for any museum is to keep the exhibits working - no one wants to see 'out of order' placards. These kits mean I can build several kits in advance with very low capital costs and if one does go u/s anyone can get a spare from the cupboard and using a screwdriver only - can replace a non working unit. I always leave 1 LED on each board to allow anyone to diagnose which board is faulty (I use some in tandem (output of one board is the input to another board - to get the multiple functionality required) and replace it. At this cost - just throw away the faulty board. Incidentally - I have had no failures to date.
