Y00606K19000A0L

Through Hole Resistors

Through hole resistors, or “fixed” resistors, are rectangular components with long metallic leads. The lead spacing, or pitch, is measured in millimeters and usually corresponds to standard chip sizes. This component has a wide range of application, and the Y00606K19000A0L is no exception.

The Y00606K19000A0L is a 6-pin through hole resistor, designed for commercial applications. The resistor is built with a low-noise ceramic body and a tight wattage tolerance, making it ideal for high frequency, high power circuits. The resistor’s leads are 10-mil spaced and the package height is 4.2 mm.

The omni-directional design of the Y00606K19000A0L resistors allows them to be mounted to both surface mount and through hole boards. The resistor\'s tolerance range is 1 to 2%, making it ideal for high accuracy circuits. The highest temperature range of the Y00606K19000A0L is 200°C, making it suitable for extreme conditions such as environmental test chambers and automotive applications.

The Y00606K19000A0L resistor is typically used in automotive, consumer, industrial, and telecommunications applications. The resistor can be used to control current in circuits such as voltage converters, power supplies, and signal circuits. It can also be used in medical and military applications where stability and durability are key.

The working principle of the Y00606K19000A0L resistor lies in the applied voltage across its terminals. When a voltage is applied to the two leads of the resistor, current will flow and the resistor will dissipate heat according to Ohm\'s law. The resistor\'s temperature coefficient ensures a consistent voltage/current relationship regardless of temperature.

The Y00606K19000A0L is an excellent choice for those looking to balance cost and performance. Its low-noise ceramic body ensures accurate readings and long-term reliability. It\'s also a great choice for those looking to save space, as its 10-mil lead pitch and 4.2 mm height make it ideal for tight mounting applications.