FT232RL USB To TTL USB to TTL Program

Description:

The power for this FT232RL USB To TTL USB to TTL Program comes from the USB port.

Features:

• Support 3.3V, 5V
• Chipset FT232RL
• Machine PLC data reading and writing
• Monitoring data read and write, and PTZ control
• LED display of communication data
• USB power has over current protection, using 500MA self-restore fuse
• RXD / TXD transceiver communication indicator
• Pin definition: DTR, RXD, TX, VCC, CTS, GND
• Pitch: 2.54mm

Package included: 1x FT232RL USB To TTL USB to TTL Program

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Development  Resources: demo codes, schematics, datasheets, etc

Power

That USB power is also made available on the header VCC pin to power up the board that the module is plugged into if needed.

If operating at 3.3V, this power comes from a regulator built into the FT232RL chip and the output is limited to only 50mA.

Module Connections

The module uses a Mini-B style USB connector for connection to the PC.

The Serial TTL interface is brought out to a right-angle header.

In addition to the header, the I/O from those pins, along with additional I/O from the pins of the FT232RL chip, are brought out to breakout points along the edge of the board. These normally aren’t needed but do provide easy access points to support atypical applications.  The breakout points also allow straight headers to be soldered in so that the module can be mounted flat on a breadboard if desired.

Hookup is straightforward. The USB end plugs into your computer USB port using a standard USB to mini-B USB cable.

Most applications will just use the RX and TX pins cross-connected between the FT232RL module and your device that you are trying to control on the TTL side.  RX on module goes to TX on the device, and TX on module goes to RX on the device.  There are transmit and receive LEDs on the module that shows activity on these lines.  You will also need to connect the GND pin to the ground on the device.

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Notes:

1. There may be slight size deviations due to manual measurement, different measuring methods and tools.
2. The picture may not reflect the actual colour of the item because of different photographing light, angles and display monitors.