Acs758Lcb 050B Hall Effect Based Linear Current Sensor Ic
Rs. 425.00 Rs. 510.00
- Brand: https://www.allegromicro.com/en/products/sense/current-sensor-ic
- Product Code: SEN-CURRENT
- SKU - SE-1564
- Availability: In Stock
- Price in reward points: 6
- For Bulk Order
9962060070
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| SPECIFICATIONS: | |
| Maximum Supply Voltage | 5.5 V |
| Minimum Supply Voltage | 3 V |
| Operating Current | 10 mA |
| Operating Temperature Range | –40°C to 150°C |
OVERVIEW:
-Integrated shield greatly reduces capacitive coupling from the current conductor to die due to high dV/dt signals, and prevents offset drift in high-side, high-voltage applications.
-Total output error improvement through gain and offset trim over temperature.
-Small package size, with easy mounting capability.
-Monolithic Hall IC for high reliability.
-Output voltage proportional to AC or DC currents.
-Factory-trimmed for accuracy.
-Extremely stable output offset voltage.
-Nearly zero magnetic hystereses.
PACKAGE INCLUDES:
1 PCS x Acs758Lcb 050B Hall Effect Based Linear Current Sensor Ic
https://www.allegromicro.com/en/products/sense/current-sensor-ics/fifty-to-two-hundred-amp-integrated-conductor-sensor-ics/acs758
/* SOURCE CODE TAKEN FROM BELOW LINK
https://robojax.com/learn/arduino/?vid=robojax-allegro_ACS758
*
* Arduino Sketch for Allegro ACS758 Current Sensor (Advanced)
* this sensor can measure current at range of up to 200A
* It operates with 3.3 or 5V
* Please watch video instruction and explanation for this code.
*
* Written by Ahmad Shamshiri on Saturday May 27,2018 at 13:19 at Ajax, Ontario, Canada
* for Robojax.com
* View the video instruction at
* This code has been downloaded from Robojax.com
*/
#define VIN A0 // define the Arduino pin A0 as voltage input (V in)
const float VCC = 5.0;// supply voltage 5V or 3.3V. If using PCB, set to 5V only.
const int model = 2; // enter the model (see below)
float cutOffLimit = 1.00;// reading cutt off current. 1.00 is 1 Amper
/*
"ACS758LCB-050B",// for model use 0
"ACS758LCB-050U",// for model use 1
"ACS758LCB-100B",// for model use 2
"ACS758LCB-100U",// for model use 3
"ACS758KCB-150B",// for model use 4
"ACS758KCB-150U",// for model use 5
"ACS758ECB-200B",// for model use 6
"ACS758ECB-200U"// for model use 7
sensitivity array is holding the sensitivy of the ACS758
current sensors. Do not change.
*/
float sensitivity[] ={
40.0,// for ACS758LCB-050B
60.0,// for ACS758LCB-050U
20.0,// for ACS758LCB-100B
40.0,// for ACS758LCB-100U
13.3,// for ACS758KCB-150B
16.7,// for ACS758KCB-150U
10.0,// for ACS758ECB-200B
20.0,// for ACS758ECB-200U
};
/*
* quiescent Output voltage is factor for VCC that appears at output
* when the current is zero.
* for Bidirectional sensor it is 0.5 x VCC
* for Unidirectional sensor it is 0.12 x VCC
* for model ACS758LCB-050B, the B at the end represents Bidirectional (polarity doesn't matter)
* for model ACS758LCB-100U, the U at the end represents Unidirectional (polarity must match)
* Do not change.
*/
float quiescent_Output_voltage [] ={
0.5,// for ACS758LCB-050B
0.12,// for ACS758LCB-050U
0.5,// for ACS758LCB-100B
0.12,// for ACS758LCB-100U
0.5,// for ACS758KCB-150B
0.12,// for ACS758KCB-150U
0.5,// for ACS758ECB-200B
0.12,// for ACS758ECB-200U
};
const float FACTOR = sensitivity[model]/1000;// set sensitivity for selected model
const float QOV = quiescent_Output_voltage [model] * VCC;// set quiescent Output voltage for selected model
float voltage;// internal variable for voltage
float cutOff = FACTOR/cutOffLimit;// convert current cut off to mV
void setup() {
//Robojax.com ACS758 Current Sensor
Serial.begin(9600);// initialize serial monitor
Serial.println("Robojax Tutorial");
Serial.println("ACS758 Current Sensor");
}
void loop() {
//Robojax.com ACS758 Current Sensor
float voltage_raw = (5.0 / 1023.0)* analogRead(VIN);// Read the voltage from sensor
voltage = voltage_raw - QOV + 0.007 ;// 0.007 is a value to make voltage zero when there is no current
float current = voltage / FACTOR;
if(abs(voltage) > cutOff ){
Serial.print("V: ");
Serial.print(voltage,3);// print voltage with 3 decimal places
Serial.print("V, I: ");
Serial.print(current,2); // print the current with 2 decimal places
Serial.println("A");
}else{
Serial.println("No Current");
}
delay(500);
}
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