BDS2A10010KK

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Chassis-Mount Resistors are some of the most common type of resistors available today. The particular resistor in question is the BDS2A10010KK, which is a 10W wire wound silicon protective resistor with a wide range of applications. This particular device is designed to provide protection against voltage transients, ensuring that an electronic system remains safe and operates correctly during extreme conditions.

The main features of the BDS2A10010KK include a very small size (8mm x 20mm) and a high working temperature range of -55oC to +130oC. The device also has a wide operating temperature range, from -40oC to +150oC, and is capable of handling a maximum power of 10W. The device also features a voltage-doubling circuit, which enables it to provide a very high level of protection against voltage transients.

The BDS2A10010KK is typically used in a variety of applications, such as automotive applications, industrial process control systems, instrumentation, and medical equipment. Its flexibility means it can also be used in a variety of settings, such as in battery back up systems, uninterruptible power supplies, surge protection circuits and pulse-width modulated circuits. The device is also suitable for use in various other sensitive electronic circuits that require reliable protection from voltage transients.

The basic working principle of the BDS2A10010KK is straightforward. When a voltage transient (such as a power surge or spike) occurs, the device is activated and a current is sent through the wire core of the resistor. The current then creates an opposing magnetic field which increases the resistance of the resistor. This increased resistance prevents the voltage transient from reaching the sensitive electronic components.

In order to ensure optimal performance, the BDS2A10010KK must be properly installed. It should be secured to the chassis of the equipment that it will be installed in and correctly connected to its supply voltage. The device must also be connected to a good quality and reliable ground for proper operation and optimal protection.

Over time, however, the device may require servicing. The resistance value of the BDS2A10010KK may drift over time, leading to a decrease in the protective effect. This can result in an increased risk of potential damage to sensitive electronic components. It is therefore advisable to regularly inspect the device and if necessary recalibrate it.

In conclusion, the BDS2A10010KK is a very useful device for protecting sensitive electronic equipment from voltage transients. It has a wide range of applications, and its small size and resistance helps to ensure that it can be used in a variety of settings. The device must be correctly installed and calibrated in order to ensure optimal performance and protection.

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