IDT ZMOD4410 Metal Oxide Gas Sensors are designed to detect Total Volatile Organic Compounds (TVOC) and monitor Indoor Air Quality (IAQ). The ZMOD4410 gas sensors consist of a signal conditioner that measures the Metal Oxide (MOx) conductivity, a function of gas concentration, and controls the sensor temperature. The sense element of the gas sensor consists of a heater element on a Si-based MEMS structure and a MOx chemiresistor. These ZMOD4410 gas sensors feature an adjustable ADC resolution for optimal speed versus resolution (16-bit max), I2C interface, and built-in Non-Volatile Memory (NVM) to provide space for arbitrary user data and stores the configuration.
L' ZMOD4410 gas sensors read the measurement results via the I2C interface with a microprocessor. The microprocessor processes the data to determine IAQ rating, estimated carbon dioxide level, and TVOC concentration. The ZMOD4410 gas sensors are excellent for low-voltage and low-power battery applications including indoor air monitoring, smart thermostats, smart speakers, bathroom fans, and detection of hazardous materials.
The IDT ZMOD4410 gas sensor platform requires the IC to be programmed with a firmware that makes the sensors capable of providing various measurements.
The ZMOD4410 gas sensors have three different versions of firmware available for use:
- Air Quality & eCO2
- Odors, for Fan Control
- Low power
Features
- Measures TVOC and IAQ
- Module algorithm estimates carbon dioxide (eCO2) level
- Multiplexed input channel for heater, temperature, and resistance measurements
- Heater driver and regulation loop
- Internal auto-compensated temperature sensor
- Configurable alarm/interrupt output with static and adaptive levels
- Adjustable ADC resolution
- I2C interface
- Built-in NVM for user data
- Extremely low average power consumption
- No external trimming components required
- Customization for mobile and consumer applications
- Siloxane resistant
- -40°C to 65°C wide operating temperature range
Read more: IDT launches ZMOD4410 Metal Oxide Gas Sensors
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