FVTS10R1E50K00JE

Chassis Mount Resistors

Chassis mount resistors are designed to act as a resistor or a voltage divider in a given electrical system or component. The resistor chemistry and size can vary depending on the expected electrical load and the precise demands of the specific application. When using a chassis mount resistor, two mounting options are available. The resistor can either be bolted or soldered directly to the voltage/ground source. The benefit of bolting instead of soldering is the ease of installation.

FVTS10R1E50K00JE application field and working principle

FVTS10R1E50K00JE is a chassis mount resistor designed for precision temperature compensation applications. It is constructed with thin film technology and designed for low TC tracking accuracy. It is specifically designed to compensate temperatures from -50℃ to 200℃. It features excellent stability and load life characteristics and is suitable for a wide variety of applications in telecommunications, medical, industrial, and commercial industries.

The FVTS10R1E50K00JE works by measuring temperature variations and acting as a temperature compensator to adjust the system output accordingly. The resistor is designed to track an internal temperature coefficient (TCR) curve, providing a stable output even when it is exposed to temperature changes. In order to achieve its performance, the resistor is constructed from thin film technology with up to five layers. The resistor layers and temperature coefficient layers are built one on top of the other and then encapsulated with a protective cover.

The FVTS10R1E50K00JE can withstand load life up to 1000 hrs, vibration up to 20GRM, and thermal shock up to 254℃. Its typical equivalent series resistance (ESR) is 0.09 Ω, voltage rating is 1/4 Watts, operating temperature range is -55 - +125℃ and extended temperature range is -55 - +150℃.

The FVTS10R1E50K00JE is used mainly in high accuracy applications that are sensitive to temperature variations and require very tight tolerances. It is often used in the medical industry, wherever temperature has a great impact on the accuracy of the device. It can be found in medical instrumentation, telecommunication systems, automotive systems, and other industrial applications. It is an excellent choice for any application requiring precise accuracy in the face of temperature variations.