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The "Analog-CAN Converter" is a compact converter manufactured by TEXYS international (TEXENSE) with 8 channels of analog input and 2 channels of digital input. The range of analog input is 0 to 5V, with a resolution of 0.076mV/bit (16bit). The pulse input rectangular wave level is 0 to 5V or NPN open collector, with a 5V pull-up of 10kΩ, and a maximum frequency of 8kHz, with Tops ranging from 1 to 100 Tops/rev. It is suitable for bench measurements, experiments, and development. 【Features】 ○ Compact ○ 8 channels of analog input, 2 channels of digital input *For more details, please contact us or refer to the catalog.

The "A-CAN-DG-V2" is a compact analog CAN converter manufactured by TEXYS international (TEXENSE) with 8-channel analog and 2-channel digital inputs. 【Features】 - Compact analog-CAN converter with LEMO connector specifications - 8-channel analog and 2-channel digital inputs - Converts sensors with analog voltage output (0-5V) to CAN output - Various parameter settings can be changed (CAN communication tools sold separately) - MIL connector specifications designed for vibration and shock resistance *For more details, please contact us or refer to the catalog.

The A-CAN-DG-V4 is a compact, MIL connector specification, analog-CAN converter. There are four types available! 【Features】 A-CAN-DG-V4-1 ○ 8-channel Wheatstone bridge ○ Supports 8-channel thermistor input (for temperature compensation only) ○ Converts analog voltage output of the bridge to CAN output A-CAN-DG-V4-2 ○ Supports 16-channel analog input (other specifications available) ○ Converts sensors with analog voltage output (0 to 5V) to CAN output A-CAN-DG-V4-3 ○ Supports 16-channel analog input (other specifications available) ○ Converts sensors with analog voltage output (-10 to +10V) to CAN output A-CAN-DG-V4-4 ○ Supports 8-channel analog + 8-channel PT input (other specifications available) ○ Converts sensors with analog voltage output (0-5V) to CAN output * The above parameters can be changed (CAN communication tools sold separately) * For more details, please contact us or refer to the catalog.

In the automotive industry, improving vehicle performance and ensuring safety are always important challenges. Therefore, it is necessary to accurately collect and integrate various information obtained from onboard sensors. In particular, efficiently transmitting analog signals such as temperature, pressure, and strain via CAN communication is essential in the design of vehicle control systems. The A-CAN-DG-V4 was developed to address these challenges. 【Usage Scenarios】 - Temperature and pressure sensors for engine control systems - Stroke and acceleration sensors for suspension - Pressure sensors for brake systems - Strain sensors for various parts of the vehicle body 【Benefits of Implementation】 - Connection of diverse analog sensors to the CAN bus - Improved efficiency of data collection and real-time capabilities - Optimization of the overall vehicle control system - Space-saving design with compact MIL connector specifications

In the construction industry, heavy machinery control requires the accurate digitization of analog signals from hydraulics, engines, and various sensors, and their transmission via CAN communication. To understand the operational status of heavy machinery and conduct efficient operations and maintenance, this data is essential. Conversion errors of analog signals and transmission delays can lead to decreased performance or failures of the machinery. The A-CAN-DG-V4 addresses these challenges and provides a solution for accurately understanding the condition of heavy machinery. 【Usage Scenarios】 * Monitoring the condition of heavy machinery such as hydraulic excavators, cranes, and bulldozers * Remote monitoring systems at construction sites * Collection of maintenance data for heavy machinery 【Benefits of Implementation】 * Efficient operations through visualization of heavy machinery operational status * Reduction of maintenance costs through failure prediction * Accurate operations based on data

In the agricultural sector, it is important to accurately grasp environmental data such as temperature, humidity, and soil moisture to optimize the growth environment of crops. These data directly affect yield and quality, necessitating a reliable monitoring system. A-CAN-DG-V4 addresses these challenges by converting analog signals from various sensors into CAN data. 【Usage Scenarios】 * Temperature and humidity management in greenhouses * Monitoring soil moisture levels * Collecting meteorological observation data 【Benefits of Implementation】 * Optimization of cultivation management through visualization of environmental data * Risk reduction through early detection of anomalies * Efficient irrigation management based on data