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MAX14836：24V Dual-Output Sensor Transceiver

Most Feature Rich Dual Sensor Transceiver with Integrated LDOs and < 1.8V Output Voltage Drop

The MAX14836 transceiver is suitable for 24V binary sensors. Additional 24V digital inputs and outputs are provided. Two internal linear regulators generate common sensor power requirements: 5V and 3.3V. On-board DIO and DO drivers are independently configurable for push-pull, high-side (pnp), or low-side (npn) operation. The device detects a wake-up condition and generates a wake-up signal on the active-low WU output. An SPI interface allows configuration and monitoring of the devices. Extensive alarm conditions are detected and communicated through the active-low IRQ output and the SPI interface. The device features reverse-polarity, short-circuit, and thermal protection. All power lines are monitored for undervoltage conditions. Both DIO and DO drivers are specified for sinking/sourcing 200mA. The MAX14836 is available in a 4mm x 4mm, 24-pin TQFN package, and is specified over the -40°C to +105°C temperature range.

Key Features High Configurability and Integration Enable Faster Time-to-Market and Reduce SKUs Push-Pull, High-Side, or Low-Side Outputs DIO and DO Drivers Can Be Connected in Parallel to Increase Current and Reduce Output Resistance 200mA Specified DIO and DO Output Drive 2.5V to 5V Logic Interface Levels 5V and 3.3V Linear Regulators 400μs Wake-Up Detection on DIO Line 3μF DIO Load-Drive Capability 2μF DO Load-Drive Capability EMI Emission Control Through Slew-Controlled Driver Integrated Protection Enables Robust Solutions Reverse-Polarity-Protected 24V Supply Output SPI Interface for Configuration and Monitoring Reverse-Polarity and Short-Circuit Protection on All 24V Inputs/Outputs High-Temperature Warning and Thermal Shutdown Extensive Fault Monitoring and Reporting -40°C to +105°C Operating Temperature Range Space-Saving 4mm x 4mm TQFN Package Saves Circuit Footprint

MAX14836: Typical Application Circuit Applications/Uses Industrial Sensors

DataSheet

Parametrics

Quality and Environmental Data

• MAX14836.pdf

Ordering Information