1. What types of data converters are available in this collection?

You’ll find a variety of conversion modules that bridge different communication standards and signal types. Some common types include USB-to-UART (or TTL) converters for serial communication, USB-to-RS-232/RS-485 modules, HDMI-to-VGA converter boxes, and general-purpose signal adapters or media converters. These modules help you connect devices that use different physical interfaces or protocols.

2. Are these converters compatible with Arduino and Raspberry Pi?

Yes, many of the converter modules work nicely with Arduino boards and Raspberry Pi systems. For instance, USB-to-UART/TTL modules allow you to connect a Raspberry Pi’s USB port to a microcontroller’s serial pins, or use the Arduino’s serial interface via USB. Provided you match logic levels (3.3V vs 5V) and wiring, you can integrate them into your microcontroller or SBC projects.

3. Can HDMI to VGA converters support high-resolution displays?

Yes, many HDMI to VGA converter modules are designed to support resolutions up to 1080p or similar full HD. If the converter includes an active chip that properly handles signal conversion, it can deliver stable output on VGA monitors from HDMI sources. So if you are tying a Raspberry Pi or laptop’s HDMI output to an older VGA monitor, a good converter will do the job with decent resolution.

4. What is the difference between USB to UART and TTL modules?

UART is the communication protocol (asynchronous serial transmission), while TTL describes the voltage logic level (3.3V or 5V). A USB-to-UART module converts USB signals into UART serial signals. When labeled ""USB-to-UART/TTL,"" it means the module converts USB to UART signals at TTL voltage levels (typically 3.3V or 5V). Both terms are often used together; they're complementary, not separate.

5. Are these modules plug-and-play or require setup?

Many of these modules are nearly plug-and-play. You connect the module to your USB port or host board, install any required drivers (if needed), and then wire the converted output to your device. For microcontroller projects, you often only need to connect TX, RX, GND (and sometimes VCC), and you’re ready. HDMI-to-VGA converters likewise often just plug in. That said, you may need to select correct logic levels, install drivers, or ensure proper resolution settings. So some setup may be required depending on the module and host platform.

Data Converters - HDMI to VGA, USB to UART & Module Converters

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Categories Breakdown

HDMI to VGA Converters – Convert HDMI output (from Raspberry Pi, mini PCs, set-top boxes) to VGA displays or projectors.

USB to UART / Serial Modules – Connect microcontrollers, modules or sensors via USB to a PC, or control UART-only devices from a computer.

A/D Converters (Analog-to-Digital) Modules – Expand ADC channels or increase resolution (e.g., 12-bit, 16-bit ADC) for Arduino, ESP32 or Raspberry Pi.

TTL Level-Shifter / TTL Converter Modules – Convert logic levels between microcontrollers (3.3 V / 5 V) and modules like GPS, RF, Bluetooth that use TTL signals.

Applications: Arduino, Raspberry Pi, Robotics & IoT Projects

Arduino: Use USB-to-UART to program modules or log serial data; use A/D converters to read multiple analog sensors; use TTL modules to connect GPS, RF, or other 3.3 V / 5 V devices safely.

Raspberry Pi: Use HDMI-to-VGA to connect legacy monitors; USB-UART for serial console access or sensor debugging; A/D converters to add analog inputs where the Pi has only digital GPIO.

Robotics: Level shifters protect and match 3.3 V logic (e.g., ESP32) with 5 V sensors, servos or motor drivers; USB-UART modules help configure and program motor controllers.

IoT Projects: Use A/D converters for environmental sensing; TTL converters to connect external modules; HDMI-VGA to display dashboards and system status from embedded PCs.

Setup Instructions

USB to UART Module Setup

Connect module to PC via USB.

Connect TX of module to RX of target device, and RX of module to TX of target.

Connect GND of module to GND of target device.

Use serial terminal (e.g., PuTTY) at correct baud rate.

A/D Converter Setup with Arduino

Connect VCC to 5V (or 3.3 V if module supports).

Connect GND to ground.

Connect SDA/SCL to Arduino I2C pins (A4/A5 on Uno).

Use library to read analog channels and convert to values.

TTL Level-Shifter Wiring (3.3 V ↔ 5 V)

Connect HV supply (5V) and LV supply (3.3V).

Connect data lines through level-shifter between microcontroller and peripheral.

Ensure direction of data flow properly matched.

HDMI to VGA Converter Setup

Connect HDMI source (e.g., Raspberry Pi) to the converter’s HDMI input.

Connect VGA output to monitor/projector.

Provide power if needed (some converters require external 5 V).

Set resolution on source to match VGA display capability.

Tips for Troubleshooting & Optimal Performance

Ensure grounding is common when interfacing modules with microcontrollers.

For USB to UART, make sure TX/RX are not swapped and baud rate matches.

With A/D modules: use short wiring, avoid noise, and calibrate if necessary.

For TTL level shifters: confirm direction and voltage levels before powering.

With HDMI to VGA: check compatibility of resolutions, try 800×600 or 1024×768 if no display.

Monitor heat — if modules get hot, they may be overloaded.

Use proper power supply capable of sustaining load, especially when many channels/modules used.

Always download and use correct libraries or drivers and update firmware if available.

Module Types & Specification Comparison

Module Type	Key Specs to Compare	Typical Values
USB to UART	Baud rate support, flow control, TTL level	3.3 V/5 V switch, 115200 baud
A/D Converter	Resolution (bits), channel count, I2C/SPI	12-bit/16-bit, 4–16 channels
TTL Level-Shifter	Voltage range (LV and HV), channel count	HV 5 V, LV 3.3 V, 4–8 channels
HDMI to VGA Converter	Supported resolutions, power requirement	1920×1080, requires 5 V power

Module Type

Key Specs to Compare

Typical Values

USB to UART

Baud rate support, flow control, TTL level

3.3 V/5 V switch, 115200 baud

A/D Converter

Resolution (bits), channel count, I2C/SPI

12-bit/16-bit, 4–16 channels

TTL Level-Shifter

Voltage range (LV and HV), channel count

HV 5 V, LV 3.3 V, 4–8 channels

HDMI to VGA Converter

Supported resolutions, power requirement

1920×1080, requires 5 V power

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Data Converters - HDMI to VGA, USB to UART & Module Converters

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All About Analog-to-Digital, HDMI to VGA, USB to UART

Categories Breakdown

Applications: Arduino, Raspberry Pi, Robotics & IoT Projects

Setup Instructions

USB to UART Module Setup

A/D Converter Setup with Arduino

TTL Level-Shifter Wiring (3.3 V ↔ 5 V)

HDMI to VGA Converter Setup

Tips for Troubleshooting & Optimal Performance

Module Types & Specification Comparison

Frequently Asked Questions

1. What types of data converters are available in this collection?

2. Are these converters compatible with Arduino and Raspberry Pi?

3. Can HDMI to VGA converters support high-resolution displays?

4. What is the difference between USB to UART and TTL modules?

5. Are these modules plug-and-play or require setup?

Let customers speak for us

All Categories

Data Converters - HDMI to VGA, USB to UART & Module Converters

Categories

Refined By Clear all

Availability

Price

Featured Products

Sort by:

Recently Viewed Products

All About Analog-to-Digital, HDMI to VGA, USB to UART

Categories Breakdown

Applications: Arduino, Raspberry Pi, Robotics & IoT Projects

Setup Instructions

USB to UART Module Setup

A/D Converter Setup with Arduino

TTL Level-Shifter Wiring (3.3 V ↔ 5 V)

HDMI to VGA Converter Setup

Tips for Troubleshooting & Optimal Performance

Module Types & Specification Comparison

Frequently Asked Questions

1. What types of data converters are available in this collection?

2. Are these converters compatible with Arduino and Raspberry Pi?

3. Can HDMI to VGA converters support high-resolution displays?

4. What is the difference between USB to UART and TTL modules?

5. Are these modules plug-and-play or require setup?

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