Electronic Daniell Cell
Product Code : SCL-PLE-11713
Quick Answer: The Electronic Daniell Cell is a solid-state substitute for a copper-zinc Daniell cell, giving a regulated 1.1 V DC output from 4 mm red and black binding posts without porous pots or electrolyte.
Last updated: 18 October 2026
Key Features
- Regulated nominal 1.1 V DC output, the EMF of a Daniell cell.
- No porous pot, electrolyte or electrode maintenance.
- Low-noise solid-state regulator with over-current protection.
- Short-circuit protected and thermally stabilised.
- Colour-coded 4 mm shrouded binding posts in an ABS case.
Technical Specifications
| Specification | Value |
|---|---|
| Output | 1.1 V DC nominal, regulated |
| Circuit | Low-noise solid-state regulator, over-current protection |
| Protection | Short-circuit protected, thermally stabilised |
| Terminals | 4 mm shrouded binding posts, red and black |
| Housing | Impact-resistant ABS, clearly labelled |
How It Is Used
The cell is used wherever a steady 1.1 V reference is needed, such as standardising a potentiometer wire or comparing EMFs in bridge circuits. Because the output is electronic, it stays constant from lesson to lesson without the chemical upkeep of a wet copper-zinc cell.
Frequently Asked Questions
What voltage does the Electronic Daniell Cell give?
It provides a regulated nominal output of 1.1 V DC, matching the EMF of a chemical Daniell cell.
Does the Electronic Daniell Cell need any electrolyte?
No. It is a solid-state device, so there are no porous pots, solutions or electrodes to maintain.
Related Physics Lab Equipment
See the full physics lab equipment range, or these related cells and potentiometer items:
- Electronic Leclanche Cell
- Daniel Cell
- Daniel Cell Substitute 1.08V
- Potentiometer Apparatus
- Potentiometer, 1metre, Single Wire
For a quotation on the Electronic Daniell Cell, contact JLab India on +91-8569909696.
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