Y09261R00000B0L

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The Y09261R00000B0L belongs to the range of Through Hole Resistors. Commonly used in electrical circuits, the resistor is an electrical component that reduces the current flow, adjusts signal levels, and divides voltages. By limiting the amount of current that can flow through the circuit, resistors help protect electronic components, such as transistors, from overload and other damages.

The Y09261R00000B0L has several features that make it ideal for use in a variety of applications. It is rated for a resistance of 19.5K Ω at 25°C. Additionally, it has a rated voltage of 200V and a maximum operating temperature of 70°C. It is also moisture and dust resistant, and its casing is resistant to shock and vibration, making it suitable for harsh environments. Finally, Y09261R00000B0L has a high insulation resistance, which adds to its durability.

The Y09261R00000B0L works on the principle of the Piezo Effect. This effect states that when mechanical stress is applied to the resistor, it creates a voltage that is proportional to the stress. This voltage can then be used to limit the flow of current in the circuit. Thus, when an external force is applied to the resistor, the resistance of the unit can be changed. This makes the Y09261R00000B0L a popular choice for applications such as power control, sensing, and communication.

The Y09261R00000B0L can be used in a variety of applications, such as power supplies, power controllers, motors, and transducers. It is also used in agricultural and healthcare electronics, as well as home automation systems. In these applications, the Y09261R00000B0L can be used to adjust current levels, limit power consumption, sense environment conditions, and limit voltage spikes.

The Y09261R00000B0L is a versatile resistor that is widely used in a variety of industrial and consumer applications. Its ability to resist shock, vibration, and moisture makes it ideal for harsh environments. Additionally, its Piezo Effect working principle enables it to change electrical resistance based on external forces. Thus, it can be used to protect electronic components by reducing current levels, limit power consumption, sense environmental conditions, and limit voltage spikes.

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