Global Science Education
Electricity & Circuit
Miniature Bulb Holder (Pack of 10pcs)
B10-6413
[Product Description]
Miniature incandescent bulb holder fixed on a base and two terminals (connector posts) (Pack of 10pcs)
[Overall Advantages to Users]
- Easy to be connected with any type of electric circuit securely.
- A miniature bulb can be held stably on the base.
[Keywords]
- Electric circuit
Click the “Download tab” below for the “Teacher’s Resources” documents such as an instruction manual and teachers’ guide(s) for experiments.
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[To all users]
- With the built-in two terminals (connector posts), not only normal (alligator) leads but also a meter (e.g. Narika’s in-line type digital miniature voltmeter; A05-7065-W0) can be easily/simultaneously connected.
[To teachers]
- Budget-friendly because more durable than conventional miniature bulb holder with socket and clips.
- Better storage.
- Easier equipment management.
[To students]
- Better illustrate the similarity in the image of the bulb(s) written in circuit diagrams contained in textbooks.
- Easily connect with electric circuit in accordance with the circuit diagrams thanks to the in-line type shape of the product.
- Easy to compare a diagram (on their textbook) and an actual electric circuit they build based on the diagram.
- Size: approx. 80 x 50 x 28mm
Teacher's Resources
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[Promotional material] Product insight
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[EXPERIMENTS] Oersted’s Experiment: Purpose of this experiment is, by using dry cell battery, Genecon V3 and magnetic compass, to confirm that generation of magnetic field depends on electric current flowing through cable.
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[EXPERIMENTS] Electric Circuit ~ Simple Circuit~: Learners will learn to assemble a simple electric circuit by combining a dry cell battery (power source), a miniature bulb (resistance) and a switch. Also, they will acquire the skill of measuring current and voltage using the digital miniature meters properly.
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[EXPERIMENTS] Electric Circuit ~ Series Circuit~: Learners will learn to assemble a series electric circuit by combining a dry cell battery (power source), a miniature incandescent bulb (resistance), and a switch. They will also acquire the skill of measuring current and voltage using the digital miniature meters properly.
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[EXPERIMENTS] Electric Circuit ~ Parallel Circuits~: Learners will learn to assemble a parallel electric circuit by combining a dry cell battery (power source), a miniature incandescent bulb (resistance), and a switch. They will also acquire the skill of measuring current and voltage using the digital miniature meters properly.
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[EXPERIMENTS] Ohm’s Law Experiments: It is the purpose of this experiment guide to help learners study Ohm’s law through their experiments. As of the learning outcomes, they will induce the Ohm’s law out by themselves through the experiments in which they draw graphs of the relationship between voltage, current, and resistance.
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