Isolated DC Input/Output Signal Conditioning SG-4014

详情

Introduction The SG****4 is one of the most cost-effective, field configurable, isolation based signal conditioners available for protecting processed signals from harmful effects of ground loop, motor noise, and other electrical interference.
The SG****4 features a new optical isolation technique to provide ***0 VDC isolation with low power consumption and extreme accuracy and stability within a wide range of operating environments. SG****4 typically has a **0 ppm temperature drift and up to 2.4 kHz input bandwidth using only 0.*5 W (voltage output) of power. The SG****4 offers superior performance at the lowest price of any signal conditioner or in-house design. A wide variety of input and output ranges can be configured to scale and transmit, therefore spare parts inventory can be reduced and the optimal system flexibility can be achieved.
The SG****4 features three-way isolation. The power supply that drives the module’s input circuitry and output circuitry is internally isolated, enabling SG****4 to offer true channel-to-channel isolation.
SG****4’s input bandwidth is typically 2.4 kHz.The SG***1
4 is powered by a single **4 VDC input. Power can be easily connected from the adjacent modules, making the wiring simple to maintain. The SG****4 can be mounted on a DIN rail and operate in environments with high humidity and wide temperature variation.

Applications
u Signal isolation
u Signal conversion for DCS and PLC
u Signal transmitter (0~*0mA)
u Signal amplifier Features u  ***0VDC, fully isolated
u  Wide input / output range
u  Easy input / output range configuration
u  Flexible DIN-rail mounting
u  Low power consumption,0.*5W (Voltage Output)
u  Operates from single **4 VDC
u  Temperature range of **0℃ ~ *0℃
u  Humidity：5 ~ *5%, non-condensin  Specifications Voltage input：
u Bipolar input：±*0mV，±*0mV，±**0mV，
±0.5V，±1V，±5V，±*0V
u Unipolar input：0~*0mV，0~*0mV，0~**0mV， 
0~**0mV，0~1V，0~5V，0~*0V
u Input impedance：2MΩ
u Input bandwidth：2.4KHz（typical）
 
Current input：
u Bipolar：±*0mA
u Unipolar：0~*0mA
u Input impedance：**0Ω（typical）
 
Voltage output：
u  Bipolar：±5V，±*0V
u  Unipolar：0~*0V
u  Impedance：
u  Temperature range : **0℃ ~ *0℃
u  Humidity：5 ~ *5%, non-condensin Power：
u  Consumption：0.*5W（Voltage output）                   1.2W（Current output）
u  Range：*4VDC±*0%