GLL4752A-E3/97

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The GLL4752A-E3/97 Diode is a single, Zener diode that is predominantly used as a voltage regulator. This device is designed to function as a surge suppressor and is designed to protect various application areas. This diode can introduce functionality that can trigger adjustments to the obtained voltage. It is usually fitted between the power supply and the load, also known as the direct supply voltage setup. Additionally, this device can also be paired with a logic gate, allowing it to control the on/off timing of a variety of power drops in high-intensity current or voltage systems.

The GLL4752A-E3/97 requires operating conditions of 7.0V to 11.4V and an operating temperature of -40°C to +125°C. This device is available in a variety of package types which include SOT-23, SC-70, SOT-323 and SOT-416.

The primary benefit of these diodes is that they stabilize and balance voltage conditions during periods of high surge or high-intensity current. This prevents any type of conductivity degradation due to the presence of high-voltage spikes. Moreover, these devices are designed to protect the source of the voltage, thus preventing any further damage.

These diodes utilize a breakdown voltage concept, which ensures stabilization and regulation when voltage exceeds a specific value. Once the value is exceeded, current begins to flow through the diode, thus inducing a voltage drop, preventing any further increase in the source voltage. This is done to ensure that the source voltage remains consistent and does not exceed the threshold due to high-intensity current.

This device is also well-suited for applications involving applications such as power line surge protection, lightning protection, and general circuit protection. Additionally, this device can also be utilized in order to rectify alternating current (AC) to direct current (DC) through the process of full-wave rectification. In this way, GLL4752A-E3/97 serves a dual purpose of utilizing both breakdown voltage concept as well as rectification process for power conversion.

This diode is also resistant to short-term thermal shocks and has a thermal shock resistance of 0.5°C/W. In terms of thermal resistance, this device has a typical maximum junction-to-ambient of 1.10°C/W. In terms of efficacy, these devices have an efficiency of up to 70%.

The GLL4752A-E3/97 Diode can be used for a variety of applications, most of which involve protection from current surge and proper voltage regulation. This device can also be utilized as part of a logical gating system, allowing for proper timed switching of power outputs in various systems. Additionally, these diodes also function as an excellent device for AC-DC rectification. Rounding out its features, these devices have thermal shock resistance and a high efficiency rating.

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