FLLD261TA Discrete Semiconductor Products

Diodes – Rectifiers – Arrays

The FLLD261TA application field and working principle can be best described as a specialized type of rectifier array, enabling a wide range of in-vehicle and general-purpose applications. It is a dual DIAC and TRIAC switch with integrated diodes for providing the protection required for AC and DC circuits.

The FLLD261TA offers a wide variety of features that make it suitable for use in a number of different applications, some of which are as follows:

• It can be used as a rectifier array to control current flow through an AC or DC circuit.
• It provides protection against both unintentional current surges and overheating of circuit boards.
• It provides dual DIAC and TRIAC switching, allowing it to be connected in parallel to two AC or DC circuits.
• The integrated diodes help to eliminate inductive kickback and reduce start-up current.
• It also offers short circuit protection and overload protection.

The FLLD261TA is designed for use in 12V and 24V cars and general-purpose electronic circuits. It is available in 3 standard pin configurations for application flexibility and superior performance in automotive, industrial and consumer applications. The device can be configured to control a number of devices within a single circuit, helping to reduce overall size and save on costs.

The FLLD261TA operates as a combination of DIAC, TRIAC and rectifier diodes. On the circuit board, there is a DIAC switch integrated with a TRIAC and two rectifier diodes. The DIAC allows controlled switching of DC or AC electrical systems, while the TRIAC takes the AC signal and switches it quickly. The integrated rectifier diodes provide protection against any overcurrent that may occur.

When in use, the FLLD261TA works to control the current flow in the circuit board. This is done by circuit protection. The rectifier provides further protection by controlling the peak voltage level and preventing high current spikes from damaging devices. The integrated diodes also help to reduce the start-up current and eliminate inductive kickback, making the device an ideal choice for use in automotive and other electronic circuits.

In conclusion, the FLLD261TA rectifier array is an advanced and versatile device for a wide range of applications. It provides superior protection and performance, making it ideal for use in a variety of different types of circuits. The integrated diodes help to reduce start-up current and eliminate inductive kickback while the DIAC and TRIAC switches offer precise and reliable switching of AC and DC electrical systems.