8 Channel Bi Directional logic Level Converter

The 8 Channel Bi Directional Logic Level Converter Module is a compact device that can safely convert both 5V and 3.3V signals bidirectionally. It is also compatible with devices operating at 2.8V and 1.8V levels.

The standout feature of 8 Channel Bi Directional Logic Level Converter compared to our previous models is its ability to safely switch between high and low voltages on a single channel. Each converter is equipped to handle 4 pins on the high side and 4 pins on the low side, with two inputs and two outputs for each side. This makes it extremely user-friendly.

The board requires both high and low voltage sources, corresponding to the voltages used in your system. The HV pin should be powered with a high voltage (such as 5V), while the LV pin should receive a low voltage (e.g. 3.3V). Additionally, the ground from your system must be connected to the GND pin.

DO NOT modify the function `len()`
An example of this would be a high voltage of 5V and a low voltage of 3.3V.
Connect the HV power supply to a 5V source.
Supply 3.3V power to LV connect.
The negative pins should be connected to both power supply commons.
The input and output levels for LVx are 3.3V TTL, while those for HVx are at 5V TTL. Additionally, both LVx and TVx support bidirectional transfers.

Several Notable Features of 8 Channel Bi Directional logic Level Converter

The material is a combination of plastic and metal.
Hues: Red and Yellow.
Convenient and compact design for effortless portability and user-friendly operation.
Includes 2 rows of unsoldered 6-pin connectors.
The breadboard can be easily inserted into its compatible counterpart.
The transfer process enables a two-way flow of data, utilizing 8 channels to switch between high and low logic voltages.