E-Switch
Inrush Controlled Smart Switch
GENERAL INFORMATION
The ELSİS Inrush Controlled Smart Switch consists of a power stage and control technology to provide advanced functionality such as preventing damage caused by over voltage, over current, high temperature.
The ELSİS Smart Switch is either controlled by a master controller or operates stand alone. It is used to connect power supply with specified limit ranges to the load or to disconnect the load from the power supply.
TECHNICAL SPECIFICATIONS
Input Features
Input Voltage | 15-60 Vdc |
Output Features
Soft-Start Feature | |
40A Continuous/ 100A Peak Current | |
Efficiency | >%99 |
Operational Features
Ultra High Effiency, more than 99% at full rated load | |
I²C Control & Measurement Facility | |
Soft-Start Feature: Delivers up to 40A of output current and | |
Input Voltage Range | 15-60VDC |
Output Current Range | 40A Continuous |
0.1/1ms Duty Cycle 100A Peak Current | |
Digital Adjustable Current Limit | |
Digital Adjustable Input Overvoltage/Undervoltage Limit | |
Digital Adjustable Output Overvoltage/Undervoltage Limit | |
Reverse Current Blocking Capability | |
Operating Baseplate Temperature Range | -40°C +85°C |
Protection Features
Input under-voltage lockout protects the |
Smart Switch at low input voltage conditions |
Over-current shutdown protects Smart Switch |
Input/Output over-voltage protection |
Thermal shutdown protects Smart Switch from |
Input/Output Reverse Voltage Protection |
Digitally Configurable Auto-Restart or Latch-Off |
Mechanical Features
Industry Standard Eighth-Brick Configuration | |
Sizes | 25,90mm × 61,72mm |
Total Height Without Pin | 12,5mm |
Total Height With Pin | 17,5mm |
Total Weight | 66,2g |
Baseplated Model for Thermal Performance |
Control and Interface Features
Digital IO Control Interface: On/Off, Fault, Alert (3.3V and 5V Compatible Logic Input/Output) |
SMBUS Communication Interface |
Key Applications
DC Power Distribution |
High Side Switching for High Inrush Current Loads |
Compact Power Replacement for; Relays, Fuses, and Discrete Circuits |
