S1KFSHMXG

Series:	Automotive, AEC-Q101
Packaging:	Tape & Reel (TR)
Part Status:	Active
Diode Type:	Standard
Voltage - DC Reverse (Vr) (Max):	800V
Current - Average Rectified (Io):	1A
Voltage - Forward (Vf) (Max) @ If:	1.1V @ 1A
Speed:	Standard Recovery >500ns, > 200mA (Io)
Current - Reverse Leakage @ Vr:	1µA @ 800V
Capacitance @ Vr, F:	9pF @ 4V, 1MHz
Mounting Type:	Surface Mount
Package / Case:	SOD-128
Supplier Device Package:	SOD-128
Operating Temperature - Junction:	-55°C ~ 150°C

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The S1KFSHMXG diode is a single rectifier diode. It is a general-purpose diode, designed for high current rectification and switching applications. The S1KFSHMXG diode range includes the S1KFSHMXG(SADS) diode, the S1KFSHMXG(SQD) diode, and the S1KFSHMXG(SFEX) diode. This article will provide an introduction to S1KFSHMXG rectifiers, their application fields and working principle, addressing advantages and disadvantages of the device.S1KFSHMXG diodes can be used in various applications. These include the power supply field, rectifying AC power to DC power, the high voltage circuits field, rectifying high-voltage AC signals, the high-current switching field, and high-power switching circuits. In the power supply field, S1KFSHMXG diodes can be used to rectify AC signals to DC signals, allowing the power supply to utilize DC power directly. This is especially useful in high voltage power supplies, that need to operate under high working voltages.In the high voltage circuits field, S1KFSHMXG diodes can be used to rectify high voltage AC signals, allowing them to be converted to DC signals that can be safely utilized. This is especially useful in the field of motor control and control logic, as AC signals typically have higher voltage than DC signals.In the high-current switching field, S1KFSHMXG diodes can be used to switch high-current DC signals, allowing them to be controlled and isolated from each other. This is particularly useful in the field of power systems, where DC signals are used to control and manage the overall grid or power system.Finally, in the high-power switching circuits field, S1KFSHMXG diodes can be used to switch high-power DC signals. This is useful in the field of motor control, where the high power DC signals can be switched and isolated, allowing for the control of high-power motors and applications.S1KFSHMXG diodes operate on a basic rectification principle. This involves the use of a diode to rectify AC signals to DC signals. In the case of the S1KFSHMXG diode, the diode is used to rectify high-voltage AC signals to DC signals, allowing them to be used safely in circuits and applications that require a low voltage DC signal. The S1KFSHMXG diode works by utilizing a two-layer rectification structure. This structure consists of two layers of doping, the first layer being an n-type doping layer and the second layer a p-type doping layer. When a high voltage AC signal is applied across the diode, the n-type doping layer will allow the negative charge of the AC signal to pass through, while the p-type doping layer will block the positive charge. This results in a rectified DC signal, that can be safely used in circuits and applications.The S1KFSHMXG diode has several advantages over other rectifying diodes. It can be used to rectify higher voltage AC signals, meaning it is suitable for use in higher voltage circuits and applications. It also has a lower forward voltage drop, meaning it is more efficient and power efficient. However, the S1KFSHMXG diode also has some disadvantages. It is not suitable for high-frequency AC signals, meaning it cannot be used in applications where high frequency AC signals are utilized. It also has a high reverse recovery charge, which means the diode needs a longer duration to recover after reverse biasing.The S1KFSHMXG diode is a single rectifier diode, designed for a range of applications, including the power supply field, high voltage circuits field, high-current switching field, and high-power switching circuits. It operates on a basic rectification principle, utilizing a two-layer rectification structure to rectify AC signals to DC signals. The device has several advantages, including its ability to handle higher voltage AC signals, as well as its low forward voltage drop. However, it also has some disadvantages such as its lack of suitability for high-frequency AC signals and its high reverse recovery charge.

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