Straight goldpin 2x40 connector with 2,54mm pitch - red - 10pcs. - justPi

Бестселлер
54023027
3 053 AMD
  • Бренд justPi
  • Доставка из Польши
  • Курьер DHL 29 мая
  • Стоимость доставки заказа в Армению от 141 694 AMD

Сроки доставки указаны ориентировочно и зависят от региона доставки. Подробнее на этой странице

Характеристики

Вести
2x40
Conn - Стандартный
мужчина

Прочие свойства

Бренд
justPi

Свойства

Цвет
Красный
Растр
2.54 mm
Тип соединения
Пин-код, pin

Описание

Product description: 2x40 goldpin plug, straight 2.54 mm pitch - red - 10 pcs. - justPi

Male goldpin plug with 80 pins in a 2x40 system. The pin pitch is 2.54 mm and the connector housing is red . The element works well in the implementation of projects that contain goldpin modules. It can be used in conjunction with a universal plate and a contact plate .

Technical specification of the element
  • Type of pins: straight
  • Connector Type: Male Plug
  • Number of pins: 80
  • The arrangement of the pins: 2x40
  • Pitch: 2.54 mm
  • Connector housing color: red
  • Number of pieces in the set: 10

Goldpin plug 2x40 straight raster 2.54 mm - red - 10 pcs.

Our offer also includes other assembly connectors - check it out!

The goldpin connector enables universal and practical connection of components.

Connector features - what is goldpin?

The goldpin connector is available in two versions - as a male plug (male strip) and as a female socket ( female strip ). In both cases, its raster is 2.54 mm . It is the most common connector used in miniature electronic modules. It enables the connection of other modules as well as sensors and peripheral devices with the use of connecting cables terminated with a female socket. The goldpin plug can be plugged directly into the breadboard , which greatly facilitates prototyping.

Are you wondering how to solder goldpins? It's nothing hard. Most modules have holes in the form of solder pads through which the connector should be inserted. The element has a thickening in the form of a housing which helps in proper positioning of the element.