{"content":[{"text":"ORDERING PART NUMBER","bbox":{"left":0.058824,"top":0.057812,"width":0.23444800000000005,"height":0.019195000000000004}},{"text":"Ordering Part Marking Current VCC Dielectric \n Gain Package \n Part Number (See Page 12) Range (Typical) Strength \n MCA1101-5-5 MCA11055 ±5 Amp Fixed 5.0V 4800V 16 Lead SOIC \n MCA1101-20-5 MCA11205 ±20 Amp Fixed 5.0V 4800V 16 Lead SOIC \n MCA1101-50-5 MCA11505 ±50 Amp Fixed 5.0V 4800V 16 Lead SOIC \n Note: Evaluation boards are available for each product version (order EVB-MCx1101-xx-x)","bbox":{"left":0.058824,"top":0.097837,"width":0.7665620000000001,"height":0.10283199999999999}},{"text":"Qty per \n Reel \n 1000 pcs \n 1000 pcs \n 1000 pcs","bbox":{"left":0.843889,"top":0.097837,"width":0.062867,"height":0.08497999999999999}},{"text":"PIN DESCRIPTION \n Pin # \n Name \n 16L SOIC \n 1,2,3,4 IP+ \n 5,6,7,8 IP- \n 9 FAULTB \n 10 VCC \n 11 GND \n 12 Vout \n 13 Vref","bbox":{"left":0.058824,"top":0.228595,"width":0.15787299999999999,"height":0.18910900000000003}},{"text":"Description","bbox":{"left":0.416944,"top":0.260896,"width":0.08105899999999999,"height":0.015647999999999995}},{"text":"Input of Primary Current Path for Sensing, Fused internally","bbox":{"left":0.241993,"top":0.289325,"width":0.38153000000000004,"height":0.015614000000000017}},{"text":"Output of Primary Current Path for Sensing, Fused internally \n Overcurrent FAULTB open drain output. Active low. \n System Power Supply \n Recommended to connect to ground \n Analog Output Signal linearly proportional to Primary Path Current \n Zero Current Analog Reference Output \n Used during initial factory calibration. This pin should be \n connected to ground or left floating during normal operation. \n Connect to ground \n Input pin. Voltage on this pin defines the overcurrent detection \n OCD threshold level. Briefly driving this pin to VCC resets and re- \n arms OCD circuit.","bbox":{"left":0.241993,"top":0.313453,"width":0.42977999999999994,"height":0.191372}},{"text":"Pin 1","bbox":{"left":0.887811,"top":0.413817,"width":0.03708899999999993,"height":0.01727899999999999}},{"text":"14 \n 15","bbox":{"left":0.092549,"top":0.426181,"width":0.016411999999999996,"height":0.037280000000000035}},{"text":"GND \n GND","bbox":{"left":0.172582,"top":0.426181,"width":0.03279899999999997,"height":0.037280000000000035}},{"text":"16-pin SOIC","bbox":{"left":0.792516,"top":0.440787,"width":0.08973399999999998,"height":0.01727899999999999}},{"text":"16","bbox":{"left":0.092549,"top":0.476181,"width":0.016411999999999996,"height":0.015614000000000017}},{"text":"VOC","bbox":{"left":0.172974,"top":0.476181,"width":0.03179400000000002,"height":0.015614000000000017}},{"text":"BLOCK DIAGRAM","bbox":{"left":0.058824,"top":0.546026,"width":0.14014,"height":0.017317000000000027}},{"text":"Figure 2 - Block diagram for fixed gain output products","bbox":{"left":0.322974,"top":0.900633,"width":0.354023,"height":0.015614000000000017}},{"text":"Phone: 978.965.3200 Fax: 978.965.3201 \n Document: 6020-1102-01 Rev F","bbox":{"left":0.070588,"top":0.943117,"width":0.35876,"height":0.03624900000000009}},{"text":"E-mail: info@aceinna.com","bbox":{"left":0.498971,"top":0.943117,"width":0.20420100000000002,"height":0.017279000000000044}},{"text":"www.aceinna.com \n Page 2 of 13","bbox":{"left":0.804085,"top":0.943117,"width":0.13885199999999998,"height":0.03624900000000009}}],"images_bbox":[{"left":0.136275,"top":0.575455,"width":0.727451,"height":0.313636},{"left":0.694902,"top":0.254697,"width":0.212353,"height":0.152424}],"images_bbox_not_text_overlap":[{"left":0.136275,"top":0.575455,"width":0.727451,"height":0.313636},{"left":0.694902,"top":0.254697,"width":0.212353,"height":0.152424}]}