400/750/830Tie DIY PCB Breadboard Kit Jumpers 65/140pcs Wires Mini Test Protoboard for DIY Test Circuit Board Electronic Kits

400/750/830Tie DIY PCB Breadboard Kit Jumpers 65/140pcs Wires Mini Test Protoboard for DIY Test Circuit Board Electronic Kits

$18.36

$18.36 $0.00

Color transparents-65PCS 750Tie -65PCS White-65PCS MB102-140PCS-65PCS 400Tie-140PCS-65PCS 400Tie-65PCS

Description

SPECIFICATIONS

Brand Name: NONE

Choice: yes

Condition: New

Dissipation Power: standard

Features 1: 400/750/830 Tie

Features 2: Points Solderless Breadboard Kit

Features 3: 65 Jumper Wires U-Shaped Prototype Board

Features 4: 140PCS Cable Dupont Line

High-concerned chemical: none

Operating Temperature: standard

Origin: Mainland China

Supply Voltage: standard

Type: Module

Product introduction:

140pcs Wire: 14Lengths , 10 pcs each
Size(mm): 2 mm, 5 mm, 7 mm, 10 mm, 12 mm, 15 mm, 17 mm, 20 mm, 22 mm, 25 mm, 50 mm, 75 mm, 100 mm, 125 mm.

The breadboard is specially designed and manufactured for the solderless test of electronic circuits because there are many small jacks on the board. Since various electronic components can be inserted or removed at will according to needs, welding is eliminated, the assembly time of the circuit is saved, and the components can be reused, so it is very suitable for the assembly, debugging and training of electronic circuits.

Product features:

1. Easy power supply

2. Large area, clear structure color

3. Conduct large-scale trials

4. Recyclable, environmentally friendly recycling

5. Wide use and high activity

Usage method :

Without welding and manual wiring, the components can be inserted into the hole to test the circuit and components, easy to use.

The conductive metal strip on the back of the breadboard is connected with a number of metal jacks, which correspond to the small holes on the front, so it is necessary to pay attention to the use of the breadboard, when inserting the component foot into the small hole, be sure to insert the component foot to the end (with tweezers if necessary),

Especially when inserting the integrated block into the breadboard, it is often easy to cause loosening. The two rows of pins of the block can then be pressed closer together to firmly insert the hole. In addition, the test point in the circuit and the ground end are best to specially lead the wire for measurement, otherwise the probe of the instrument is directly connected to the component foot, which is easy to cause the component to be pulled loose.