EVB MCR1101-50-3 ACEINNA

Evaluation Note for MCA1101/MCR1101 5A 20A 50A, 5V Isolated Current Sensors EVB EB0013 Rev A ACEINNA, Inc. One Technology Drive, Suite 325, Andover, MA 01810, USA Tel: +1-978-738-0900, Fax: +1-978-738-0196, www.ACEINNA.com Information furnished herein by ACEINNA is believed to be accurate and reliable. However, ACEINNA assumes no responsibility for its use, or for any infringements of patents or other rights of third parties resulting from its use. No license is granted by implication or otherwise under any patent or patent rights of ACEINNA. ACEINNA reserves the right to change this document without notification. MCx1101 Evaluation Note Ver1.5 Dec. 14, 2018 Page 1 of 4 DESCRIPTION The EB0013 evaluation board provides a simple way to evaluate MCx1101 family of current sensor ICs. This double sided PCB with 4-ounce copper produces the low resistance path to the galvanically isolated primary current. An 8-pin connector P1 and test points enable users to easily access the signals of the secondary side bias and outputs. Two BNC outputs (VREF and VOUT) are intended to provide the low noise channels for VREF and VOUT signals to the oscilloscope or other test equipments. FEATURES High Accuracy Current Sensor Superior Frequency Response (1.5 MHz 3dB BW) Fast output response time (300ns typical) Low Primary Resistance (0.9m /50A and 1.3m/5A/ 20A typical) 5V Single Supply Operation Low power consumption (8mA typical) Overcurrent fault detection SOIC-16 package (RoHS/REACH compliant) -40C to +105C Operating Temperature Range UL/IEC/EN60950-1 Certified 4.8 kV Dielectric Strength Voltage 1097 VRMS Basic Isolation Voltage 400 VRMS Reinforced Isolation Voltage ORDER INFORMATION EVB PART NUMBER Current Range Gain Voltage EVB MCA1101-5-5 +/-5 Amp Fixed 5V EVB MCA1101-20-5 +/-20 Amp Fixed 5V Note1 EVB MCA1101-50-5 +/-50 Amp Fixed 5V EVB MCR1101-5-5 +/-5 Amp Ratiometric 5V EVB MCR1101-20-5 +/-20 Amp Ratiometric 5V Note1 EVB MCR1101-50-5 +/-50 Amp Ratiometric 5V Note1: 50A Pluse TEST BOARD PIN DESCRIPTION Name Connection Description Fix the wire of Primary Current I IN Non-Inverting Current Sense Input by screw Fix the wire of Primary Current I OUT Inverting Current Sense Input by screw VOC P1 Connector Pin 1 Input pin. Voltage on this pin defines the OCP threshold level. VCC P1 Connector Pin 2 Sensor power supply. Analog Output Signal linearly proportional to Primary Path VOUT P1 Connector Pin 3 Current VREF P1 Connector Pin 4 Zero Current Analog Reference Output GND P1 Connector Pin 5 Ground. TEST1 P1 Connector Pin 6 For factory calibration only. Do not connect. TEST2 P1 Connector Pin 7 For factory calibration only. Do not connect. Output pin, active low when the primary current exceeds the FAULTB P1 Connector Pin 8 setting threshold MCx1101 Evaluation Note Jan. 10, 2019 Page 2 of 4