DC motor with 60:1 gear 6V 130RPM
DC motor with 60:1 gear 6V 130RPM
Set of M3 spacers - set E - 80pcs. - justPi
Solder Cynel LC99,3 SW26 100g/2mm - lead-free
3D printer - Creality Halot-Mage
WTA fuse kit 5x20mm - 0,5A to 20 A - 100pcs - justPi
Resin for 3D printers FlashForge Standard LCD 0,5kg - Gray
Case for Raspberry Pi and Media Center Hat
MicroHDMI - HDMI v1.4 cable Natec Extreme Media black - 1,8m
Creality CR-10S Pro kit of spare parts
Allo I2S Isolator V1.3 Clean Power - galvanic isolator SBC - DAC
Step-Up Voltage Regulator U1V10F3 - 3,3V 1,2A - Pololu 2563
Stepper Motor JK42HS40-1206 200 steps 3,6V/1,2A/0,27Nm
Testing of electronic devices is an art, especially if we have a whole production line, which has created hundreds of cubic meters per hour. Each individual module should be tested to damaged devices were not included in the target customers. If the validation of electronic systems is an art, is the painter of the Pogo Pin. This clever, spring-loaded pin is designed to connect the DUT with the system instrumentation, which is the heart of the post, check. The use of Pogo Pins provides optimum contact with a field test on the PCB for easy and automated use.
Pogo Pin - pointed - SparkFun PRT-09174Spring, with the pointed tip, pin, is intended for connection and testing the modules with the pins for the goldpin straps without the need of soldering.
Pogo Pin - rounded - SparkFun PRT-09173Spring rounded pin designed for connecting and testing the modules with the pins on the goldpin straps without the need of soldering.
Pogo Pin - sharpened - SparkFun PRT-08870The spring pin with a rigid head, designed for connecting and testing the modules with the pins on the goldpin straps without the need of soldering.
Pogo Pin - concave - SparkFun PRT-10114The spring pin with a concave head, designed for connecting and testing the modules with the pins on the goldpin straps without the need of soldering.
Pogo pins and mounting accessories - for HAT and Raspberry Pi Zero / Zero W - PiMoroni PIM330Pogo-a-go-go Solderless GPIO Pogo Pins set by PiMoroni . Designed for the Raspberry Pi Zero / Zero W , it allows you to attach the HAT overlay to the module, which has...
DIY Magnetic Connector - Right Angle Three Contact Pins - Adafruit 5360A set of two magnetic connectors for easy and quick connection of two modules. The connectors were made by Adafruit in the manner of MagSafe. The set includes a male pogo...
DIY Magnetic Connector - Right Angle Three Contact Pins - Adafruit 5358Magnetic connectors allow for simple and quick connection of two modules. They were made by Adafruit like MagSafe, a similar solution can be found in MacBooks and the littleBits...
DIY Magnetic Connector - Right Angle Five Contact Pins - Adafruit 5359Magnetic connectors facilitate and accelerate the process of joining two modules together. They were made by Adafruit like MagSafe, a similar solution can be found in MacBooks...
DIY Magnetic Connector - simple 8-pin magnetic connectors - Adafruit 5469Magnetic connectors are mounting elements that are very often used during prototyping systems, because they significantly facilitate and accelerate the process of...
DIY Magnetic Connector - simple 7-pin magnetic connectors - Adafruit 5468Magnetic connectors are mounting elements that are very often used during prototyping systems, because they significantly facilitate and accelerate the process of...
DIY Magnetic Connector - Straight 9 Contact Pins - Adafruit 5470Magnetic connectors, thanks to which you can easily and quickly connect two modules. The kit consists of two connectors - male with 9 pins pogo and female with 9 pins...
Pogo pins – spring pins – type mechanism of the electrical connector. It is used in many applications in electronic systems, or in industry, especially in the factories for testing electronics. The name of the pogo pin is derived from the similarity of the connector on the toy, the pogo stick. Built-in spiral spring in the bolt, exerts a constant normal force on the rear portion of the contact plate on the end of a thorn. Due to the fact that the connector prevents any unwanted movement of elements which otherwise could break the connection. Pogo pins are used because of better strength compared to other electrical contacts and resistance of this type of connection to mechanical shock and vibration. The ends of these contacts are typically chiseled not requiring forms and allows to produce small volumes at a lower cost, while providing greater flexibility as to the form of this element pogo-pins.
Depending on the test form field, or other place where the tip of the test studs shall be installed, used various forms of tips. Most often used pogo contacts with a slightly rounded or pointed ends. This kind of studs is suitable for contact with flat brim or what przelotkami. Especially in the case of field test practical to use the hard pogo pins because they can break through the layer of flux, oxides or possible contaminants on the surface of printed circuit BOARDS. Some pins have a test, for example, concave edges that could have easily contacted, such as the legs of the elements through installation.
Of course, the use of pogo pins do not end on the automated testing of electronic systems. This kind of elements can be applied in many other constructions. Uses them to create airtight connections. Enough to put a pin on the hull that it was possible to connect, for example, the charger. Spring pin connectors are used for connection between printed circuit boards in systems wielopłytkowych. Just on the same BOARD to put the solder (in the form of a gilded fields on a printed circuit BOARD or przylutowanych special gold-plated plaques), and on the other to solder the pogo pins. This solution provides a number of advantages, for example, the possibility of rapid Assembly and disassembly of separate printed circuit BOARDS or high resistance to vibration.