H847K5BCA

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    Through Hole Resistors are passive devices used to limit current, voltage, or power. The H847K5BCA is a through-hole, surface mount resistor used in many applications. This part number is specifically designed for use in high-reliability applications such as medical, business, gaming and public safety. The H847K5BCA has a wide range of features and can be used in many configurations and situations.

    The H847K5BCA is a high-precision through hole, surface mount resistor designed for extreme reliability applications. It is a low-resistance, non-inductively wound component which provides accurate, low-noise operation. It is rated for a voltage of 2000 volts and a current of 250 milliamps. It is also extremely accurate, with excellent temperature stability and low noise operation.

    The H847K5BCA has a wide range of practical applications. Its small size and high quality make it an ideal choice for use in high-reliability applications such as medical, business, gaming and public safety. It can also be used for automotive applications, appliances, industrial control systems, analog circuits and more. The H847K5BCA is extremely reliable and has no known defects. Additionally, the H847K5BCA is capable of operating in high vibration or shock environments.

    The working principle of the H847K5BCA is based on a simple electric field. When current passes through it, an electric field is generated in the resistor material. This electric field generates a voltage drop across the resistor, creating a, resistive load on the circuit. The amount of resistance will depend on the design of the resistor, its type, size and wattage rating.

    The H847K5BCA is a high-precision through hole, surface mount resistor which has been designed for extreme reliability applications. It is rated for a voltage of 2000 volts and a current of 250 milliamps, and provides accurate, low-noise operation. Its small size and high quality make it an ideal choice for use in high-reliability applications such as medical, business, gaming and public safety. Its working principle is based on a simple electric field, generating a voltage drop across the resistor. The amount of resistance will depend on the design of the resistor, its type, size and wattage rating.

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