303JG1J-R0

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Temperature Sensors - NTC Thermistors play a major role in monitoring and controlling temperature. One type of NTC thermistor used for temperature controlling is the 303JG1J-R0. This device has various applications and a unique working principle.

The 303JG1J-R0 is a standard size NTC thermistor. It has a wide operating temperature range of -40 degrees Celsius to 125 degrees Celsius and is small and lightweight. Some of its common applications include industrial temperature sensing and control, automotive systems, communication devices, consumer electronics, and medical equipment. This thermistor can also be used for temperature compensation, such as precision voltage reference, crystal oscillator, and frequency oscillator.

The 303JG1J-R0 has an exceptionally low self-heating, low resistance, high reliability, and accuracy. It works based on a very simple principle that states that the resistance of a material changes based on the amount of temperature it is exposed to. When the thermistor is exposed to higher temperatures, its resistance decreases while its resistance increases when it is exposed to lower temperatures.

The 303JG1J-R0 is designed to be used in both air and liquid applications. Its standard temperature curves which can be provided will assist in guaranteeing stable performance. It is initially supplied in its dry form which helps reduce costs and its superior packing design and manufacturing technology will help prevent damage during transit.

This thermistor is constructed with a Nickel barrier layer and a very thin copper layer for good grounding connections. The use of thermoset plastics insulation makes this device highly durable and the thermistor element is sealed in a stainless steel package. The 304JG1J-R0 has a high degree of accuracy due to the use of highly precise manufacturing techniques.

The 303JG1J-R0 is an excellent temperature sensing device. With its wide operating temperature range, superior packaging design and reliable performance, it is suitable for a variety of applications. Its simple working principle allows for efficient temperature monitoring and its accuracy is suitable for precision voltage referencing and crystal oscillator applications.

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