LM2679 Adjustable 5A Step-Down Voltage Regulator – Datasheet
The LM2679 regulator is a monolithic integrated circuit that provides all of the active functions for a stepdown … Read more
The LM2679 regulator is a monolithic integrated circuit that provides all of the active functions for a stepdown … Read more
The LM1084 is a low dropout voltage positive regulator with a maximum dropout of 1.5V at 5A of … Read more
The LM2679 regulator is a monolithic integrated circuit that provides all of the active functions for a stepdown … Read more
1N5232 5.6 Volt 500mW Zener diode is a two-way switch means that it can conduct current in forward … Read more
The LM1084 is a low dropout voltage positive regulator with a maximum dropout of 1.5V at 5A of … Read more
MUR480EG 4A & 800V Ultrafast Recovery Diode is a series of switch mode power rectifiers and is designed … Read more
The L4970A is a stepdown monolithic power switching regulator delivering 10A at a voltage variable from 5.1 to … Read more
The LM117 is an adjustable 3-terminal positive voltage regulator that is capable of supplying in excess of 1.5A … Read more
The LM2679 regulator is a monolithic integrated circuit that provides all of the active functions for a stepdown … Read more
MUR460G 4A & 600V Ultrafast Recovery Diode is a series of switch mode power rectifiers and is designed … Read more
1N5231 5.1 Volt 500mW Zener diode is a two-way switch means that it can conduct current in forward … Read more
MUR420G 4A & 200V Ultrafast Recovery Diode is a series of switch mode power rectifiers and is designed … Read more
1N5230 4.7 Volt 500mW Zener diode is a two-way switch means that it can conduct current in forward … Read more
The LM78S40 is a monolithic regulator subsystem consisting of all the active building blocks necessary for switching regulator … Read more
MUR415G 4A & 150V Ultrafast Recovery Diode is a series of switch mode power rectifiers and is designed … Read more
1N5229 4.3 Volt 500mW Zener diode is a two-way switch means that it can conduct current in forward … Read more