VDRS07B014BSE

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TVS Varistors, MOVs, and other voltage dependent devices are the backbone of modern electronic systems. VDRS07B014BSE is an example of such technology that can help protect systems from high voltage, transient spikes and lightning strikes. This article outlines the application fields and working principles for VDRS07B014BSE.

Application Fields for VDRS07B014BSE

VDRS07B014BSE is a silicon-based device designed to provide a high level of protection against high voltage transient spikes from sources like lighting, as well as to aid in reducing the effect of EMI (electromagnetic interference) on other circuitry. This device is primarily used in the automotive, industrial, and consumer electronics markets.

In the automotive industry, VDRS07B014BSE is used to protect sensitive microcontrollers and other vulnerable circuits from high transient voltages. Many automotive applications, such as engine start/stop systems and anti-lock brake systems, require reliable sensing and control components that must operate without fail. As such, having sufficient surge protection for these circuits is paramount. VDRS07B014BSE uses its combination of fast-acting switchable silicon devices and TVS diodes to provide robust protection for these kinds of automotive applications.

In the industrial market, VDRS07B014BSE can be used in countless applications from factory automation to medical equipment. Its fast response and low leakage current make it an excellent choice for protecting circuits from high-frequency noise, spikes, and discharges. As a space-saving surface mount device, VDRS07B014BSE can be placed directly onto PCBs, saving space and reducing costs in many industrial settings.

In consumer electronics, VDRS07B014BSE is used to protect sensitive circuitry from voltage transients. This device is commonly found in smart phones, tablets, and other consumer-grade electronics where protection from electrostatic discharge (ESD) is paramount. VDRS07B014BSE’s combination of fast-response and low leakage makes it well-suited for use in these types of electronics.

Working Principles of VDRS07B014BSE

VDRS07B014BSE works in a similar way to other voltage dependent devices by sensing potential incoming transient spikes before they can damage the protected circuitry. This device works by connecting to the circuit\'s power line and monitoring the voltage level in relation to a predetermined threshold. When the voltage exceeds this predetermined level, the device will switch on its array of fast-acting switchable silicon devices and TVS diodes, shunting the excess voltage to ground, thereby providing protection from voltage spikes.

The VDRS07B014BSE device is designed to provide protection from a wide range of overvoltage types and can handle current up to 20A. It also has a low clamping voltage of 11V, which helps to reduce the effect of EMI/RFI on sensitive components. The device’s fast response time helps to ensure that any pulses of ESD or other high voltage transients are quickly dissipated and will not cause any damage to the protected components.

In addition to its fast response time, VDRS07B014BSE also has excellent surge protection capabilities, with an absolute maximum working voltage of up to 6kV. This makes it well-suited for use in areas prone to lightning strikes, as well as industrial sites with high electrical potential. The low leakage current of this device also helps to reduce interference caused by EMI/RFI, further ensuring the safety of the protected circuits.

Conclusion

VDRS07B014BSE is an excellent example of modern voltage dependent device technology. Its combination of fast-acting switchable silicon devices and TVS diodes allows it to provide robust surge protection for many automotive, industrial, and consumer electronic applications. This device is also designed to have a low clamping voltage of 11V, as well as an absolute maximum working voltage of up to 6kV, making it suitable for a wide range of applications. In addition, its low leakage current helps to reduce EMI/RFI interference, further ensuring the safety of the protected components.

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