400 points breadboard ROHS
This 400-point breadboard is fully compliant with RoHS environmental standards, making it safe and environmentally friendly for campus use. It is a core experimental tool suitable for teachers and students, used for circuit connection experiments in STEM education. With reasonable hole distribution and easy operation, it supports solder-free assembly and component replacement, providing a convenient and reliable experimental platform for teaching and practice.
$4.99
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Thils is a case that cllent can write it themselves and also can say nothings
Specifications
Code
：
DG025
Brand
：
DAGU
Detail
400 Points Breadboard (RoHS Compliant) - Detailed Product Introduction
The 400-point breadboard, fully compliant with RoHS environmental standards, is a core experimental tool tailored for campus STEM education. It is widely applied in electronic courses of primary and secondary schools, after-school maker activities, and teacher-led teaching demonstrations, serving as an essential auxiliary tool for both teachers and students.
In terms of target users, this breadboard is mainly suitable for campus electronic teachers, primary and secondary school students (especially those in grades 7-12 engaged in STEM learning), and STEM education practitioners. For electronic teachers, it serves as an ideal teaching demonstration tool—they can use it to intuitively present the principles of circuit connection, enrich classroom teaching forms, and improve teaching efficiency. For primary and secondary school students, it is a practical tool to complete electronic experiments, circuit assembly, and programming practice; it allows students to connect components such as resistors, capacitors, sensors, and Arduino control boards without soldering, which greatly reduces operational difficulty. In addition, it is also suitable for after-school maker clubs and student independent practice scenarios, providing a safe and convenient experimental platform for students' innovative practice.
Regarding the application environment, this 400-point breadboard is perfectly adapted to various campus scenarios, including campus electronic classrooms, after-school maker activity rooms, student dormitory practice areas, and school-based STEM experimental centers. It is light in weight and small in size, making it easy to carry and store—whether it is used for classroom group experiments, students' individual practice, or teachers' on-site demonstrations, it can meet the needs without being restricted by the size of the experimental space.
In terms of product performance and details, the breadboard is made of high-quality, non-toxic, and environmentally friendly materials that meet RoHS standards, ensuring no harmful substances and complying with campus teaching safety requirements. The 400 holes are reasonably distributed, including dedicated power supply areas, signal areas, and common connection areas, which can meet the connection needs of most basic electronic circuits and simple robot control circuits. The internal metal clip design has strong clamping force, ensuring stable connection of components, avoiding poor contact and experimental errors caused by loose connections. It also supports hot swapping of components, allowing students to adjust the circuit structure at any time during the experiment, facilitating repeated practice and exploration. Meanwhile, it is fully compatible with common electronic components in campus teaching, such as resistors, capacitors, diodes, triodes, and Arduino control boards, with strong versatility.
This 400-point, RoHS-compliant breadboard integrates safety, practicality, and operability. It not only meets the needs of campus teaching and student practice but also helps students improve their hands-on ability, logical thinking, and understanding of electronic knowledge, while assisting teachers in enriching teaching forms and improving teaching efficiency. It is an indispensable core tool for campus STEM education and electronic experimental teaching.
In terms of target users, this breadboard is mainly suitable for campus electronic teachers, primary and secondary school students (especially those in grades 7-12 engaged in STEM learning), and STEM education practitioners. For electronic teachers, it can be used as a teaching demonstration tool to intuitively present the principles of circuit connection, help students understand the composition and working principles of simple circuits, and enrich classroom teaching forms to improve teaching efficiency and students' participation. For primary and secondary school students, it is a practical tool for completing electronic experiment tasks, circuit assembly practice, and programming matching experiments. It allows students to quickly connect components such as resistors, capacitors, sensors, and Arduino control boards without soldering, which reduces operational difficulty and helps them improve their hands-on ability, logical thinking, and understanding of electronic circuit knowledge. In addition, it is also suitable for after-school maker clubs, student independent practice scenarios, and STEM competition training, providing a safe and convenient experimental platform for students' innovative practice.
Regarding the application environment, this 400-point breadboard is perfectly adapted to various campus scenarios, including campus electronic classrooms, after-school maker activity rooms, student dormitory practice areas, and school-based STEM experimental centers. It is light in weight and small in size, making it easy to carry and store. It can be used in classroom group experiments, students' individual practice, and teachers' on-site demonstrations, and is not affected by the size of the experimental space, which can meet the needs of different teaching and practice scenarios.
In terms of product performance and details, the 400-point breadboard is made of high-quality, non-toxic, and environmentally friendly materials that meet RoHS standards, without any harmful substances, ensuring safe use in campus teaching and student practice. The 400 holes are reasonably distributed, including power supply areas, signal areas, and common connection areas, which can meet the connection needs of most basic electronic circuits and simple robot control circuits. The internal metal clip design has strong clamping force, ensuring stable connection of components, not easy to loose or have poor contact, and effectively avoiding experimental errors caused by poor connection. It supports hot swapping of components, allowing students to adjust the circuit structure at any time during the experiment, which is convenient for repeated practice and exploration. At the same time, it is compatible with various common electronic components in campus teaching, such as resistors, capacitors, diodes, triodes, sensors, and Arduino control boards, with strong versatility and practicality.
This 400-point RoHS-compliant breadboard integrates safety, practicality, and operability. It not only meets the safety requirements of campus teaching but also simplifies the difficulty of electronic experiments, helping teachers better carry out electronic teaching and students better complete hands-on practice. It is an indispensable core tool for campus STEM education and electronic experimental teaching, laying a solid foundation for students' in-depth learning of electronic and programming knowledge.
As for the target users, this breadboard is mainly suitable for campus electronic teachers, primary and secondary school students (especially those in grades 7-12 who are engaged in STEM learning), and STEM education practitioners. For electronic teachers, it can be used as a teaching demonstration tool to intuitively show the principle of circuit connection, help students understand the composition and working principle of simple circuits, and enrich classroom teaching forms, improving teaching efficiency and students' participation. For primary and secondary school students, it is a practical tool for completing electronic experiment tasks, circuit assembly practice, and programming matching experiments. It allows students to quickly connect components such as resistors, capacitors, sensors, and Arduino control boards without soldering, reducing the difficulty of operation and helping them improve their hands-on operation ability, logical thinking ability, and understanding of electronic circuit knowledge. In addition, it is also suitable for after-school maker clubs, student independent practice scenarios, and STEM competition training, providing a safe and convenient experimental platform for students' innovative practice.
In terms of application environment, this 400 points breadboard is perfectly adapted to various campus scenarios, including campus electronic classrooms, after-school maker activity rooms, student dormitory practice areas, and school-based STEM experimental centers. It is light in weight, small in size, easy to carry and store, and can be used in group experiments in classrooms, individual practice of students, and on-site demonstrations of teachers. It is not affected by the size of the experimental space and can meet the needs of different teaching and practice scenarios.
In terms of product performance and details, the 400 points breadboard adopts high-quality, non-toxic, and environmentally friendly materials that meet RoHS standards, without any harmful substances, ensuring safe use in campus teaching and student practice. The 400 holes are reasonably distributed, including power supply areas, signal areas, and common connection areas, which can meet the connection needs of most basic electronic circuits and simple robot control circuits. The internal metal clip design has strong clamping force, ensuring stable connection of components, not easy to loose or poor contact, and effectively avoiding experimental errors caused by poor connection. It supports hot swapping of components, allowing students to adjust the circuit structure at any time during the experiment, which is convenient for repeated practice and exploration. At the same time, it is compatible with various common electronic components in campus teaching, such as resistors, capacitors, diodes, triodes, sensors, and Arduino control boards, with strong versatility and practicality.
This 400 points RoHS-compliant breadboard integrates safety, practicality, and operability. It not only meets the safety requirements of campus teaching but also simplifies the difficulty of electronic experiments, helping teachers better carry out electronic teaching and students better complete hands-on practice. It is an indispensable core tool for campus STEM education and electronic experimental teaching, laying a solid foundation for students' in-depth learning of electronic and programming knowledge.
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