TT305N16KOFHPSA1

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Thyristors - SCRs - Modules

A Silicon Controled Rectifier (SCR) is a solid-state electronic component that is used to control current and voltage in circuits. SCRs are classified as thyristors - a hybrid of a thyristor and a field-effect transistor (FET). The SCR module, TT305N16KOFHPSA1 is a compact, miniature module that is primarily used in the motor control, home appliance, and industrial automation industries due to its small size and ability to easily control currents.

TT305N16KOFHPSA1 Application Field

The TT305N16KOFHPSA1 module is best utilized in applications that require a device with a small footprint and the ability to easily control low to medium currents. The module is a perfect fit for motor control, home appliances, and industrial automation purposes, as it is able to rapidly switch and precisely control currents depending on the power needs of the appliance or motor. Its small size and ability to regulate motor speed also makes it a great choice for both domestic and industrial use. It can also be used in AC/DC circuits and resistive/inductive circuits with its multitude of functions.

TT305N16KOFHPSA1 Working Principle

The TT305N16KOFHPSA1’s solid-state design allows the module to control current by using an SCR bridge rectifier structure. This structure allows the module to control the direction in which current passes through the device. This is accomplished through an alternating current source providing alternating voltage to the module, in which the module senses the positive and negative voltages, allowing for precise control of current flow direction. The SCR bridge rectifier also controls the flow of current in the circuit. When the SCR is triggered, current is allowed to flow, and when not triggered, current flows in the reverse direction when the alternating current reverses. This allows for precise control of current and voltage.

Aside from controlling current, the TT305N16KOFHPSA1 also contains both an over-voltage and over-current protection feature, which monitor the voltage and current inside the device itself, and in the circuit. This feature allows the device to avoid any unnecessary power fluctuations or surges. The module also monitors the temperature of the device, so that the SCR will not be damage from overheating, and the over-voltage and over-current feature will be disabled if the temperature exceeds the specified limits.

Conclusion

The TT305N16KOFHPSA1 is a great choice for individuals looking for small, efficient, and precise current and voltage control for their motor control and industrial automation needs. The module is best utilized in applications where AC/DC circuits and resistive/inductive circuits are necessary. Not only that, but the module also provides an over-voltage and over-current protection feature to prevent any surges or power fluctuations, as well as a temperature monitor to help avoid overheating and damaging the SCR.

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