Solderless Breadboard 2390 PTS

Solderless Breadboard 2390 PTS
Item# GRA-206
$24.99, 10/$224.91, 25/$499.80

Product Description:

Solderless Breadboard 2390 PTS
GRA-206 is the highest quality 2,390 tie point prototyping solderless breadboard. This solderless Breadboard is an invaluable tool for the most demanding prototyping and design applications, whether in the R&D or University lab. They are the reusable solderless device used to build a (generally temporary) prototype of an electronic circuit and for experimenting with circuit designs. Because no soldering is required, modifying or revising the circuits can be done quite easily, without the need for any tools and without the risk of overheating or damaging the board. The breadboard consists of a set of formed metal sockets inserted into a durable plastic housing, holding them firmly in place. The breadboard pattern is a useful combination of isolated tie points, which serve as discrete points in the circuit, as well as a continuous bus structure, which serves to distribute power and provide common ground points.

This breadboard allows the design and change circuits quickly and cleanly. It accommodates all sizes of DIPs and discrete components with lead diameters up to 0.032. Interconnect with solid hook-up wires (#22 AWG recommended). Wires and components can be used and re-used many times without damage to board or components.

Specifications: 2,390 tie points, 3 terminal strips (dual 5x63 holes), 5 bus strips (100 holes), ABS plastic body, Nickel plated phosphor bronze contacts, 4 blinding posts mounted on an aluminum black plate 6 7/8W x 9L x 3/8H.


Features:

2,390 tie points breadboard
3 terminal strips (dual 5x63 holes)
5 bus strips (100 holes)
4 blinding posts
6 7/8W x 9L x 3/8H
Standard 0.1 (2.54mm) hole spacing
Suitable for 19-28 AWG wire
Free 100 pcs jumper breadboard cable wires


Items included:

2,390 tie points breadboard
Wires pack (100 cable)
      50 pcs 80mm length
      26 pcs 100mm length
      12 pcs 120mm length
      12 pcs 250mm length