RLR07C1201GMBSL

Through-hole resistors are one of the most commonly used components found in electronics. They are designed with a metal body that contains a ceramic core, and two conductive pins. Any resistor used to prevent an electrical connection from building up between two components or circuits, is a through hole resistor. The RLR07C1201GMBSL is an example of a through-hole resistor designed for low voltage, low current applications.

The RLR07C1201GMBSL is a precision thin film resistor with a case size of 7.5mm x 12.5mm and a length of 12mm. The device includes a 12-pin through-hole design and an integrated lightweight heat sink that is capable of dissipating heat to ensure efficient thermal performance. The body of the RLR07C1201GMBSL is made of metal and includes a ceramic core and two metal pins which are plated with gold. The pins ensure reliable contact between the device and the circuit board, and the ceramic core helps to reduce parasitic losses.

The RLR07C1201GMBSL has a rated power of 250mW and can operate at temperatures between -55 C to +125 C. The device also has a tolerance of ± 5% and is available in 0.1% increments from E24 to E192 resistance values. Additionally, the RLR07C1201GMBSL offers a wide range of environmental and electrical performance characteristics to meet a variety of challenging applications.

The RLR07C1201GMBSL is suitable for use in a variety of low voltage, low current applications such as power suppression, analog signal control and filtering, and power supply control. The device can also be used in DC-DC converters, polarity protection circuits, audio frequency circuits and power supplies. Additionally, the RLR07C1201GMBSL can be used in combination with other through-hole resistors for high sensor accuracy applications.

The RLR07C1201GMBSL is designed to perform well in dynamic environments where other resistors may fail. The device’s unique design is built with a controlled gain heat sink that helps to dissipate heat more efficiently and prevent excessive thermal dissipation, while the ceramic core prevents parasitic oscillations that can lead to signal distortion or inaccurate data transmission.

The working principle of the RLR07C1201GMBSL is simple; when a current passes through the resistor, a voltage is generated which is proportional to the current. This voltage is then dissipated as heat as part of the standard resistance function.

The RLR07C1201GMBSL is a highly reliable and cost effective through hole resistor that can be used in countless low voltage, low current applications. Due to its reliable performance characteristics, the RLR07C1201GMBSL is the device of choice for many engineers and designers due to its excellent value for money and long term product reliability.