IPL60R185P7AUMA1

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In the world of semiconductor technology, the IPL60R185P7AUMA1 is a transistor device belonging to the family of Enhancement Mode Field Effect Transistors (FETs). This single transistor type used for the application of load switches and amplifiers is the result of a next-generation CMOS process used to reduce the on-state resistance. It is an easy to use switch with an integrated level voltage controller. It is also well-suited to act as low side switches due to its wide drain current dynamic range.

Characteristics

The IPL60R185P7AUMA1 has a number of characteristics that make it a great choice for electronics applications. It has the following electrical characteristics:

• Drain-source voltage (Vdss): -60V
• Gate-source voltage (Vgss): -10V
• Max Drain Current (Id): -185A
• Max drain-source On Resistance (Rdson): 8.50mΩ
• Rise Time: 15.5ns
• Fall Time: 16.4ns

The IPL60R185P7AUMA1 has a drain-source breakdown voltage of 60 volts, the ability to withstand a gate-source voltage of up to -10 volts and a drain-source on resistance of 8.50 milli-ohms. This device has a fast rise time of 15.5 nanoseconds and a fall time of 16.4 nanoseconds, making it perfect for use in high-frequency switching applications. The compact size and low-cost of the device make it attractive to design engineers.

Applications

The IPL60R185P7AUMA1 has many practical applications due to its low-cost, high-frequency switching characteristics. It is primarily used as a load switch in a range of applications, such as telecom, industrial, computer and consumer electronics. Specifically, the switch is often used in DC-DC switching converters and motor drive circuits. The switch enables the power conversion of DC power sources. Its small size and low-cost also make it an attractive solution for a range of automobile applications, including lighting systems, starter systems and audio systems.

The IPL60R185P7AUMA1 can also be used in amplifiers. When used as an amplifier, this device can drive an Impedance Amplifier with a differential impedance value of up to 20kΩ. As a load switch, it can handle a maximum load current of up to 185A. This makes it suitable for a wide range of loads, including automotive lighting, home appliances and power supplies.

Working Principle

The IPL60R185P7AUMA1 follows the principle of Enhancement Mode FETs, in which a positive voltage is applied to the gate in order to increase the conductivity of the drain-source region. When the gate voltage is reduced, the current flow is cut off. This makes the device useful for both static and dynamic switching applications. When the part is used as a static load switch, a voltage between 3-5 volts is applied to the gate in order to maintain switching in a high state.

When used as a dynamic switch, the device is operated in the same way. However, the gate voltage is adjustable in order to respond to changing conditions. For example, if the device is used as a variable current amplifier, the gate voltage can be used to adjust the amplifier gain. Alternatively, if the device is used as a variable voltage switch, the gate voltage can be used to adjust the switching voltage.

The IPL60R185P7AUMA1 is also capable of providing protection from over-voltage and over-current situations by shutting off the switch if either limit is exceeded. Additionally, the device can be used for signal switching applications due to its low on-state resistance and fast switching speeds.

Conclusion

The IPL60R185P7AUMA1 is popular amongst electronics engineers due to its low-cost, fast switching speeds and small size. Its main application is as a load switch in a range of electronic circuits, including DC-DC switching converters and motor drive circuits. Additionally, it is suitable for use as a low-side switch due to its wide drain current dynamic range. This device also exhibits a maximum drain current of -185A, making it suitable for use in amplifiers and signal switching applications.

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