Input: Max. 100 A; Output: Max. 30 A per circuit (total: 6 circuits) ; Red LED indicates when fuse is broken (patent)
Rating input: 0.25"" terminal (30 A max) ; Output: 0.25"" terminal (30A max) ; Side stackable for multiple block configurations
Output: Max. 30 A per circuit (total: 10 circuits) ; Negative bus provides common location for negative collection circuit ; Red LED indicates when fuse is broken (patent)
This is a LOW Level 5V 2-channel relay interface card and each channel requires a 15-20mA driver current. It can be used to control various devices and equipment with high current. It is equipped with a high current relay operating under AC250V 10A or...
This LED module is of high brightness, as it carries 3W lamp beads. We can use this module for Arduino projects. For example, intelligent robots can use this module for lighting purposes. For safety reasons, LED light cannot be directly exposed to the...
This dot-LED matrix module is integrated in the driver chip MAX7219. The individual module has 8×8 LEDs, each of which is controlled very precisely by the MAX7219 driver, in order to generate the desired color pattern. The big advantage of this use is...
L293D is a monolithic integrated 4-channel high-voltage and high-current driver. When using this chip, you can use DC motors and power supplies of up to 10 volts. The chip can also supply a maximum current of 600 mA per channel. The L293D chip, also known...
The chip L9110 driver integrated in the fan module can control reverse operation. It is supplied with mounting holes, compatible rudder control and propellers of high quality and efficiency. It can easily blow out flames from lighters up to 20 cm distance....
It is a small breakout board for the ENC28J60 Ethernet chip. It contains all the hardware required to set up an Ethernet interface, including the isolation transformer and LINK/STATUS and power LEDs. The SPI interface makes this chip one of the most simple...
This 5V 8-channel relay interface card can control various devices and equipment hohem. It can be controlled directly by microcontrollers (Raspberry Pi, Arduino, 8051, AVR, PIC, DSP, ARM, ARM, MSP430 and TTL logic.This text is machine translated.