H8953RBYA

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Through Hole Resistors are often used in many applications. One of the most common is the H8953RBYA. This is a precision thin film resistor with high stability and reliability over temperature and humidity. It is also very low noise and low inductance. The H8953RBYA is a fixed resistance temperature coefficient (RTC) thin film resistor with a wide operating temperature range from -55°C to +125°C. The resistance range is 0.1Ω to 100KΩ.

The H8953RBYA is designed specifically for applications with high accuracy requirements or with stringent temperature constraints. It is widely used in communications, power management, medical devices, aerospace, and defense applications. It also has excellent pulse performance and EMC compatibility.

The working principle of the H8953RBYA is based on a thin film resistor. This type of resistor is created by depositing resistor material on a ceramic substrate in a vacuum chamber. The resistive material is typically silicon-dioxide or some other high purity oxide. The deposited material is then patterned and laser trimmed to create the resistive element.

The H8953RBYA is made of high purity aluminum oxide with a resistance tolerance of 5%. The resistor is formed by depositing the resistive material on a ceramic substrate. The ceramic substrate provides low temperature coefficient of resistance, low inductance, excellent thermal shock and a wide temperature range. Additionally, this resistor is designed with laser trimming technology which ensures precise and reliable resistive values.

The H8953RBYA provides high-stability and reliability over temperature and humidity, low noise, low inductance, high accuracy, excellent pulse performance, and EMC compatibility. This makes it ideal for many applications such as communications, power management, medical devices, aerospace, and defense.

The H8953RBYA is a precision thin film resistor with high stability and reliability over temperature and humidity. It has a resistance range of 0.1Ω to 100KΩ with a tolerance of 5%. It has excellent pulse performance and EMC compatibility, and is well suited for many different applications. This makes it an ideal choice for a variety of applications that require precise resistive values.

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