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4-USB Adapter Board

Introduction:

The module can realize USB Type-A male, USB Type-A female, USB Type-C female, Micro-USB female, 2.54 4P pin header five interfaces (VCC, GND, D+D-) Connected to each other for easy experimentation and testing.

3-USB Adapter Board

USB 3.0 3.1 Female to DIP

Introduction:

USB3.0 (ie USB3.1 Gen1) and USB3.1 (ie USB3.1 Gen2) have the same pin, USB3.0 is backward compatible, the USB2.0 part is completely reserved, and 5 lines are added for High-speed transmission of full-duplex, although the cost is high, but to some extent, the impact of wire quality problems is avoided. The first four, which is the backward compatible USB2.0 part. Because USB2.0 transmits half-duplex differential signals, it takes at least 3 lines to transmit data—D+/D-/ground lines (two data lines for uplink and downlink sharing), plus a red line for positive power supply. 4 roots. The next five are USB3.0 high-speed data transmission lines. Because USB3.0 transmits full-duplex differential signals, two pairs of data lines and one shielded ground line are required. It should be noted that Type-C is just an interface, and has nothing to do with the USB version, just like the Type-C of most mobile phones is still 2.0. However, the micro interface scheme of 3.1 is generally Type-C. Some places with sufficient space also use Type-C to express their advanced nature, and also give users the illusion of 3.1=Type-C.

Parameter:

Rated current: 1.8A (1~4 pins) 0.25A (other pins)

Withstand voltage: AC 100V (RMS)

Working temperature: -55 degrees to 85 degrees

Pin Interface:

USB-B Female to DIP

Introduction:

The module is a B-type square port USB2.0 Type-B female to DIP pad adapter board, which is convenient for testing the data type line of the B type square port USB Type-B male.

Parameter:

Temperature: -25~85°

Rated Load: DC12V/0.1A

Withstand Voltage: AC 500V (50Hz) / min

Pin interface: