Our Products
Silicon Craft Technology provides an innovative solution for sensor measurement by integrating wireless communication technologies such as NFC and Bluetooth with various sensor interfaces.
This technology reduces the size of large laboratory devices, transforming them into small, portable tools that users can carry anywhere and use without requiring professional skills. It also supports digital data storage, facilitating seamless data management and analysis.
- Wireless communication channel with smartphone
- Built-in DACs 8-bit
- Built-in ADC
- 1.9V on chip regulator
- 1.28V internal voltage reference
- 236 bytes addressable EEPROM
- 144 bytes user memory
- Power harvesting
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Environmental sensor : pH, Heavy metal in water
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Healthcare sensor : Disease biomarker, Hormones & Metabolites
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Industrial sensor : Temperature sensor, Humidity sensor
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Agriculture sensor : Pesticides, Crop viruses
SENSOR INTERFACE PRODUCTS
These sensor interfaces include a Galvanostat for resistive/capacitive sensors, a Potentiostat for electrochemical sensors, and voltage measurement for voltage-based sensors.
Electrical Conductivity Sensor Interface Chip
SIC4340
Electrical Conductivity Sensor Interface Chip
NFC Type 2 Tag IC with a built-in ADC and Galvanostat sensor interface, capable of applying bias current and measuring voltage in response to changes in resistance or capacitance across the sensor.
Sensor Interface Products
SIC4341
Biosensor Sensor Interface Chip
NFC Type 2 Tag IC with built-in ADC and Potentiostat sensor interface for electrochemical measurement. Chip bias voltage to WE-RE and measure current across electrochemical sensor.
Sensor Interface Products
SIC824B
Biosensor Sensor Module
Potentiostat sensor module with Bluetooth® 5.2 for electrochemical measurements. The Bluetooth® 5.2 interface supports use cases that require long-range communication.
Sensor Interface Products
SIC4343
Electrolytes Sensor Interface Chip
NFC Type 2 Tag IC with built-in DACs and ADC for voltage measurement, configurable to single-ended or differential mode. The chip applies bias voltage and measures voltage in response to changes in resistance across the sensor (open circuit potential).