B12J13K5E Datasheet/PDFThrough Hole Resistors
B12J13K5E application field and working principle is a thermal resistance based on the characteristics of a thermistor that changes with temperature. It is composed of resistive semi-conducting ceramic disks (often referred to as "thermistor elements") connected in series/parallel between two thermosettable materials. At temperature above 0°C, the resistivity of the thermistor elements changes with the temperature, changing the total resistance and producing a temperature-dependent voltage or current. At lower temperatures, the total resistance remains relatively stable.
The term "thermal resistors" is used to describe a class of devices that provide temperature-dependent resistance for use in temperature control systems. These devices are used in a variety of applications, including temperature control, temperature measurement, compensation, and a wide range of other applications. The most common types of thermal resistors are thermistors, RTDs, thermocouples, and thermopiles.
B12J13K5E is a high-precision surface mount resist type. It is composed of two resistive layers of negative temperature coefficient (NTC) resistance connected to a single chip. This type of thermal resistor has a relatively high temperature coefficient of resistance (TCR), and can be used in extremely precise temperature control circuits. The surface mount design allows it to be used in small, tightly packed assemblies, such as in industrial and automotive control systems. The B12J13K5E can be used to measure the temperature of a process or an object. It also can be used in a closed loop control system, such as for heating and ventilation. In this case, the B12J13K5E provides accurate temperature measurement, control, and feedback.
B12J13K5E can also be used in a voltage divider or voltage regulator circuit, in which case, it is often combined with a transistor, diode, or other types of switches to adjust the resistance of the circuit. The B12J13K5E can be used in applications such as motor control, pressure sensing, and temperature sensing. In these applications, the response of the B12J13K5E is much faster than traditional thermal resistors, and its high precision temperature measurement accuracy and operation makes it well-suited to industrial applications.
B12J13K5E thermal resistors can be used to measure temperature elements quickly and accurately. Their small size and simple construction make them well-suited for use in small, industrial products, such as in temperature measuring and control systems. Their high precision performance makes them ideal for applications requiring high accuracy and stability. In addition, their temperature response time is fast, making them suitable for quickly measuring temperature in harsh or variable environments. By providing fast, accurate temperature measurement and control, B12J13K5E thermal resistors contribute to greater safety and reliability in various industries.