RLR32C10R0GMR64

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors such as RLR32C10R0GMR64 are a type of passive components designed for electrical circuits, used to limit the current passing through them or to separate the current. Unlike their surface-mount counterparts, through hole resistors have a well-defined tolerance band and are usually leaded for quick soldering.The RLR32C10R0GMR-64 is a through-hole, flat-resistance resistor composed of 2 (or 4) resistive elements and an insulation layer, following the standard engineering practice of fabricating resistors from laminates or wafers. Its maximum nominal resistance is 10 ohms, making it ideal for applications such as current sensing, voltage divider, and over-voltage protection. Its dissipation factor is 1.6Watts and its tolerance is 10%. The RLR32C10R0GMR-64 employs a linear temperature coefficient (TC) of 300ppm/°C, making it suitable for applications involving low temperature drifting. Its thermal shock rating and its insulation voltage allow it to be used in many industrial applications. The resistor has an operating range from -55 to +155℃, and its long-term stability is 0.5% of its nominal resistance at 40℃ within one year. The RLR32C10R0GMR-64 can be applied in various kinds of electronic structures, such as automobile and ship building, as well as in intelligent motor control applications, power drive systems, and MEMS applications. Compared to wire-wound resistors, it is smaller in size and is more cost effective. The construction and working principle of the RLR32C10R0GMR-64 are not complicated. It contains the main body, two electrodes, and active material. The main body of the resistor is usually made of ceramic material, which is fired at high temperatures to achieve superior electrical properties. The electrodes contained in the resistor form an electrical connection between the resistive material and the external circuit. The active material forms the resistance within the resistor. It is composed of metal oxides which create the desired resistance value, when subjected to the appropriate voltage range and electrical current. In brief, the RLR32C10R0GMR-64 is a through-hole resistor with excellent properties, such as a wide operating temperature range and a tolerance of 10%. It can be employed in various industries, from automotive and marine applications to power supplies and MEMS applications. In addition, its construction and working principle are simple and can be easily understood.

The specific data is subject to PDF, and the above content is for reference