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Logic Converters

Many electronic devices use a logic voltage of 3.3V. Some boards, such as the Arduino UNO, are not suitable for these voltages, so it is necessary to use a converter that will make it possible to switch from one voltage to another. There are two types of logic converters: uni-directional and bidirectional. Uni-directional converters have all inputs associated with one voltage, and outputs with the other. Bi-directional converters have both inputs and outputs at each voltage value. Bi-directional converters can also be automatic and interchange output ports with input ports depending on the signal. Check our offer to find the most appropriate converters for your project and consult our forum or technical information to find out more about how they work.

Logic Converters

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Showing 1-8 of 8 item(s)
RS232 USB to Serial TTL...

RS232 USB to Serial TTL Adapter Module - USB to Serial PL2303HX PL2303

Ideal to connect TTL RS232 devices to your PC through the USB port. RS232 USB to Serial TTL Adapter Module - USB to Serial PL2303HX PL2303 features:
> - Compatible PL2303 controller
- 5 pins: 3.3V, 5.0V, TxR, RxD, GND
- Heat shrinkable insulating cover
- Led data transmission indicators
- 2.5A self-recovery protector fuse
- Supported OS: Win ME, Win2003, Win XP, Vista, Win 7
- Weight: 40 gr. (approx.)

C0005

Available

Price €1.49
USBASP Atmega8 AVR...

USBASP Atmega8 AVR Programmer Atmega128 Arduino compatible Adapter Cable

Characteristic: - AVR 5V / 3.3V microcontrollers - change the programming voltage through jumper JP1
- LED status indicators - Transmission speed: 5kB / s
- Fuse protector against possible damage to the USB port
- Supported OS: Win ME, Win XP, Vista, Win 7, Win8, Linux
- Works with Bascom, Eclipse, WINAVR, avrDUDE, ARDUINO IDE, ATMEL STUDIO The programmer is compatible with most AVR Atmel processors: - MEGA series 8,16,32,64,218 € ¦
- Tiny series: ATtiny10, ATtiny11, ATtiny12, ATtiny13, ATtiny13A, ATtiny15 € ¦
- CAN series: AT90CAN32, AT90CAN64, AT90CAN128 € ¦
- AT90S2313 series, AT90S2323, AT90S2343, AT90S4414, AT90S4433 € ¦

B0029

Available

Price €6.59
USBASP AVR ATmega8...

USBASP AVR ATmega8 ATmega128 Programmer Kanda Adapter Cable

With KANDA adapter it is ideal for projects with ARDUINO. Characteristic: - AVR 5V / 3.3V microcontrollers - programming voltage change through jumper JP1
- Status LED indicators
- Transmission speed: 5kB / s
- Protective fuse of possible damage to the USB port
- Supported OS: Win ME, Win XP, Vista, Win 7, Win8, Linux
- Works with Bascom, Eclipse, WINAVR, avrDUDE, ARDUINO IDE, ATMEL STUDIO The programmer is compatible with most AVR Atmel processors: - MEGA series 8,16,32,64,218 € ¦
- Tiny series: ATtiny10, ATtiny11, ATtiny12, ATtiny13, ATtiny13A, ATtiny € 15 ¦
- CAN series: AT90CAN32, AT90CAN64, AT90CAN128 € ¦
- AT90S2313 series, AT90S2323, AT90S144, AT90S1434 ¦

B0021

Available

Price €5.19
Logic Level Converter 3.3 /...

Logic Level Converter 3.3 / 5V I2C IIC

3.3V/5V I2C logic level converter module with soldering pins.
Ideal to connect a device that works at 3.3V to one that works with 5V.
It works with digital signals (high and low levels).
Logic Level Converter 3.3 / 5V I2C IIC features:
- Voltage: 3.3V/5V
- Measures: 1.5x 1 cm

C0004

Available

Price €1.69
Multiplexer 16 Channels...

Multiplexer 16 Channels CD74HC4067 MUX/DEMUX

A multiplexer of this type actually only acts as a switch 16 to a 1.
The 4 digital pins are used to set high or low, (binary Y0-Y15) to determine which input pin is connected to pin "Z".
The control input S0-S3 is set to low "logic level 0", the signal C0 is connected to the output Z. Multiplexer 16 Channels CD74HC4067 MUX/DEMUX features:
- Based on chip CD74HC4067
- Analog signal input: Y0-Y15, 16 channels
- Analog signal output: Z pin
- Digital input, channel control: S0-S3
- Module size: approx. 4 x 1.8cm
- Package includes:
* 1 x CD74HC4067 MUX connection module
* 2 x row of soldering pins

C0006

Available

Price €3.49
Analogue to Digital...

Analogue to Digital Converter PCF8591T

The PCF8591 is a low-power 8-bit single-chip, single-chip, 8-bit data acquisition device with four analog inputs, an analog output, and an I2C serial bus interface.
Three address legs A0, A1 and A2 are used to program the hardware address, allowing the use of up to eight devices connected to the I2C bus without additional hardware.
Address, control and data to and from the device are transferred in series through the two-way bidirectional I2C bus. Analogue to Digital Converter PCF8591T features:
- Main chip: PCF85911
- Operating voltage supply: 2.5 - 6 V
- Low standby current
- Serial input / output through the I2C bus
- 3 hardware address pins A0, A1, A2
- Sampling speed given by the I2C bus speed

C0018

Available

Price €2.35
Converter Module AD-DA...

Converter Module AD-DA PCF8591 - Analog Voltage 2.5V-6V

This module equipped with a PCF8591 converter has a low current power supply and includes 8 bit CMOS data acquisition devices.
Your converter has four analog inputs, one analog output and one I2C serial bus interface.
It is supplied in the voltage range 2.5V-6V, analog voltage between the negative potential VSS and positive VDD. The control and data signals are transmitted on the two-wire I2C bi-directional bus to the transformed series.
The intensity of the ambient light can be converted into a digital signal thanks to its integrated photoresistor.
It allows access to eight PCF8591 converters on the same I2C bus without additional equipment. Converter Module AD-DA PCF8591 - Analog Voltage 2.5V-6V features:
- Supply voltage (between VSS and VDD): 2.5-6VDC

M0133

Available

Price €2.89
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Level converters

Microcontrollers and peripherals often work on different logic levels - that is a 1 signal is indicated by a 3.3V in some circuits and by 5.0V in other. To make them "talk" to each other you need to bump up the signal or lower it down. And that is where level converters come into play. The easiest way to go about it is to get a bi-directional making it universal and easy to connect the circuit both ways - from higher to lower voltage and the other way around.

USB converters

Another "difficulty" in connecting and in general getting around with your new Arduino or any other controller might be connecting it to your PC or laptop. We are all well used to the USB ports and it is not surprising by all means. They are fast, they convenient. However, back in the day there plenty of standards used for communication and interestingly most of them are still used, even though maybe not in such popular uses. The two most used standards of transmission are RS232 and RS485 - often served by a popular 9 pin DB connector. However, for the development boards, what is the most probable is that you will be playing with straight 4 pin TTL connection. There is a range of controllers allowing for this conversion - starting with the class, quality and reliability of FT232 by FTDI through PL2303 through CH340. You name it we have it, in all price levels and from range of renowned and a bit less renowned producers!

ATmega programmers

Last but not least, you might not only need to connect your board to a laptop, but as well to program the ATmega on it. Well, you will need yet another equipment for that. ATmega programmers come in all kinds and with range of different functionalities. Revise our offering, and find an easy to use and effective microcontroller programer