T4161N80TOHPRXPSA1 Discrete Semiconductor Products

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Thyristors, SCRs, and Modules all play important roles in electronic device engineering. The T4161N80TOHPRXPSA1 module is a chip-level device that is used mainly in industrial and Opto-electronic applications. The device is a compact unit, with two leads on a single mounting block, providing secure electrical connection. The two leads are connected by a Pb-free, RoHS-compliant, MCC/200 compliant, and flame-retardant, thermoplastic housing material. The housing material also provides complete inherent protection to the device.

The T4161N80TOHPRXPSA1 module is a heatsink-equipped device, which is used to extend the current carrying capacity and the life of the module. This makes it suitable for applications that require the power rating and current handling capabilities of state-of-the-art, higher power devices. The T4161N80TOHPRXPSA1 is also highly dependable and offers high peak current capabilities in a wide variety of applications.

The T4161N80TOHPRXPSA1 module is a network of switches and rectifiers, which controls the current flow in and out of a circuit. This makes it ideal for power control, voltage control, and circuit protection applications. The module is designed to function as a turn-on SW (switch) and a turn-off SW (switch) simultaneously, providing an efficient and accurate control over the circuit.

When the module is connected to a device, it will detect the slow or rapid changes in the electrical current of the device, and will automatically switch on or off the current accordingly. This type of control is convenient in power control applications, as it allows the operator to control the power without changing any other external settings. It can also be used as a circuit breaker when an excessive current surge occurs.

The T4161N80TOHPRXPSA1 module operates on two principles: the Internal Heatsink Principle and the Pulse Width Modulation (PWM) Principle. The Internal Heatsink Principle is based on the idea that the current passing through the module is determined by the heat generated by the internal transistors due to current flow. It is an efficient way to regulate the current and prevent damage to the power switch as a result of overheating.

The PWM Principle is based on the Pulse Width Modulation technique, which produces a structure with varying pulse widths that control the current flow. This is useful in applications that require accurate current control and low power dissipation. The PWM Principle also provides cost savings, since it reduces the power consumption for the same level of function.

The T4161N80TOHPRXPSA1 module can be used in a variety of applications such as computers, industrial equipment, telecommunications, medical instrumentation, commercial lighting and automotive. It provides high resistance to temperature, vibration, spikes and shocks, making it suitable for industrial or military use. It is also suitable for high-power circuits that involve energies such as ozone, radiation and laser light.

The T4161N80TOHPRXPSA1 module is a versatile device, providing all the needed features for reliable power control, voltage control, circuit protection and low power dissipation. It is a robust and dependable module that can be used in a wide variety of applications, making it a must-have in any arsenal of power control devices.

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