ISO1410BDWR

•24-Bit, High-Precision ADC

–120,000 Noise-Free Counts (10-mV Input, 10 SPS)

–Offset Drift: 1 nV/°C

–Gain Drift: 0.5 ppm/°C

•Three Differential or Five Single-Ended Inputs

•Two Reference Inputs

•Wide Input Voltage Range: ±7 mV to ±5 V

•Low-Noise PGA, Gain: 1, 64, and 128

•Data Rate: 2.5 SPS to 7200 SPS

•AC- or DC-Bridge Excitation Option

•Chop Mode for Zero Drift Operation

•Simultaneous 50-Hz and 60-Hz Rejection Mode

•Single-Cycle Settling Mode

•Missing Reference Input Monitor

•Signal Overrange Monitor

•Temperature Sensor

•Cyclic Redundancy Check (CRC)

•5-V or ±2.5-V Power Supply

•Weigh Scales and Strain-Gauge Digitizers

•Dynamic Weigh Systems

•Pressure Measurement

•Process Analytics

Electronic components are the basic building blocks of electronic circuits and are used to construct

various circuits that enable electronic products to perform various functions. The following are common

electronic components and their main functions:

1. Capacitor: used for storing charge, smoothing voltage, filtering, delaying, etc.
2. Resistor: used for limiting current, changing voltage, dividing voltage, regulating current, etc.
3. Diode: used for rectification, voltage stabilization, switching, etc.
4. Transistors such as thyristors and triodes: used for signal amplification, current control, switching, etc.
5. Integrated circuits (ICs): integrate multiple electronic components to achieve complex circuit functions.
6. Sensors: convert various physical quantities into electrical signals, such as temperature, humidity, light intensity, pressure, etc.

Electronic components are widely used in various electronic products such as computers, mobile phones,

televisions, audio, automotive electronics and more. Their function is to transmit, process and convert signals in

the circuit to provide the foundation for electronic products to perform various functions.