IRGC4061B

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The IRGC4061B is an Insulated Gate Bipolar Transistors (IGBTs) with single channel, ultra-fast reverse blocking feature. In contrast to a normal Bipolar Junction Transistor (BJT) the current therefore flows between collector and emitter when this type of transistor is "on" and is blocked when it is "off". The IRGC4061B IGBT combines the design and processing advantages of CMOS with the low ON-state voltage of existing low-voltage BJTs.

The IRGC4061B is a one-of-a-kind bi-directional power switch with ultra-fast reverse blocking capability. The bi-directional power switch design allows for simple and easily configurable circuits, as well as enabling the device to operate with an extremely low voltage drop. This makes it suitable for a variety of applications, including switching power supplies, DC motor control, and power converters.

The maximum operating frequency of the IRGC4061B is 625 kHz, with a typical slow-switch time of 10 μs. This IGBT can handle up to 600V and can be used in both high-voltage and low-voltage applications. As a result, the IRGC4061B is suitable for various applications such as power supplies, battery chargers, DC motor control and switching power supply converters.

The IRGC4061B is composed of N-channel MOSFET and P-channel MOSFET, both working together as a single switch to control the voltage and current flow. The device is housed in a plastic surface mount package, allowing for a small form factor and the ability to integrate with other components in a single package. The IRGC4061B also has protection features, such as gate-emitter diode protection and gate-emitter over-voltage protection, which prevents damage due to surge or over-voltage conditions.

The device is capable of operating in both high and low temperature environments and has an excellent thermal performance. The IGBT has a high switching speed and low on-state losses, thereby mitigating power losses and reducing EMI. The package is also UL 94V-0 approved, which ensures the safety of users.

The working principle of the IRGC4061B is based on the principle of conduction and switching. When the base voltage is lower than the threshold voltage, the device is open circuited and current cannot flow even if sufficient gate voltage is applied. When the base voltage rises above the threshold voltage, the gate-emitter junction starts to conduct and current flows through the device. The gate voltage is then used to control the current flow in the device, which in turn controls the voltage drop across the device.

By using the IRGC4061B, systems can benefit from high-speed control with a fast reverse blocking feature, low on-state voltage, and a low-voltage drop, making it ideal for use in power supply, DC motor control, and power converter applications. This device’s low-voltage reverse blocking capabilities make it a cost-efficient solution for many applications. It is also capable of operating in high and low temperature environments and has a high switching speed and low on-state losses, making it a highly reliable solution for multiple applications.

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