MitchElectronics
4015 Shift Register Board
£9.99
20 items in stock
The 4015 Shift Register kit lets you experiment with the dual 4-bit 4015 shift register, how to use combinational logic and issues with clock skew. Ideal for education and soldering practice.
- Product Code
- 4015-SHIFT-REG
- Manufacturer
- MitchElectronics
- Manufacturer Part Number
- 4015-SHIFT-REG
- Category
- Blue Kits
- Country of Origin
- United Kingdom
RoHS: YesREACH: YesCE: YesUKCA: Yes
Overview
Product Description
The Shift Register Board is a simple kit that lets you get soldering experience while also learning about the 4015 shift register. Instead of having two independent shift registers, the 4015 combines them into a single 8-bit shift register, thus demonstrating how shift registers can be chained together.
The board also integrates buttons for each control input, so that they can be independently tested, and each output of both shift registers has been connected to its own LED in a row, so you can see how data is shifted across. Furthermore, to prevent multiple clock pulses when pushing the clock button, a de-bounce circuit has been included, which ignores sudden multiple presses of the clock button.
Finally, all the input and outputs are passed through to two expander pads on the side of the PCB, allowing for future expansion with other logic boards.
The board also integrates buttons for each control input, so that they can be independently tested, and each output of both shift registers has been connected to its own LED in a row, so you can see how data is shifted across. Furthermore, to prevent multiple clock pulses when pushing the clock button, a de-bounce circuit has been included, which ignores sudden multiple presses of the clock button.
Finally, all the input and outputs are passed through to two expander pads on the side of the PCB, allowing for future expansion with other logic boards.
Resources
Instructions & Documentation
Technical
Product Specifications
- Assembly
- Kit form
- Prebuilt
No
- PCB Dimensions
- 58mm x 53mm
- Mounting Holes
Yes
- Battery Powered
Yes
- Component Count
- 40
- Battery Included
No
- Operating Voltage
- 3V – 9V
- Operating Frequency
- N/A
- Mounting Hole Details
- 4 x M4 (50mm x 45mm)
In the box
Included With This Product
| Name | Quantity | Reference |
|---|---|---|
| 8 DIP Socket | 1 | U2 |
| 16 DIP Socket | 1 | U1 |
| LM358 Op Amp | 1 | U2 |
| 4015 Shift Register | 1 | U1 |
| 1K Resistor | 13 | R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16, R17 |
| 100K Resistor | 4 | R1, R2, R3, R4 |
| 100nF Capacitor | 3 | C1, C2, C3 |
| 3mm Red LED | 11 | D1, D2, D3, D4, D5, D6, D7, D8, D9, D10, D11 |
| Tactile Switch | 3 | SW2, SW3, SW4 |
| Slide Switch | 1 | SW1 |
| PP3 Connector | 1 | BT1 |
| 4015 Shift Register PCB | 1 | — |
More information
Applications
- The 4015 Shift Register kit is an ideal teaching tool for learning how shift registers work, connecting them together, and challenges faced with clock skew. As the kit requires assembly, the 4015 Shift Register kit is also suitable for solder practice, giving students two opportunities for education in a single kit. Pin contacts on the side of the board allow for further expansion with other circuits, thus enabling for more complex projects, and the inbuilt issue with clock skew gives students the possibility of fixing the kit so that it functions correctly.
- Education and training – Useful for teaching shift registers, serial data and clocked logic, while providing practical experience with through-hole soldering, component identification and PCB assembly.
- Project integration – Suitable for projects such as Serial Data Visualiser, LED Pattern Sequencer, Shift-Register Chain Experiment, and other designs where the following function is useful: Eight-bit shift-register demonstrator using the dual 4-bit 4015 with visible LED outputs and manual clocking
More information
Notes
- Electrical specifications are nominal and may vary with component tolerances, supply voltage, load and operating conditions.
- The product is supplied in kit form and requires soldering and assembly before use.
- Check component values and observe the polarity or orientation of ICs, diodes, LEDs, transistors and electrolytic capacitors before applying power.
- Battery or external power source is not included.