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

H87K15DZA is a through-hole resistor which uses two precision resistive elements embedded inside a ceramic dielectric. It has a cylindrical, black body and features a non-magnetic metal construction. It is capable of handling high power and maintaining excellent overload capability, as well as low drift and long-term stability.

H87K15DZA Application Field

The H87K15DZA through-hole resistor is a precision device that is especially suitable for high-reliability applications. It is ideal for power management systems in military, aerospace, or automotive electronics. It is often used as a voltage divider or as a voltage regulator feedback element.

The device also finds application in high-speed switching circuits, where the tight tolerances of H87K15DZA provide high levels of accuracy. Additionally, its low profile and excellent heat dissipation make it an ideal choice for devices that are often mounted in tight spaces.

H87K15DZA Working Principle

The H87K15DZA through-hole resistors are composed of two pieces of precision resistance elements embedded in a ceramic dielectric. The device returns to a stable resistance level after any overload or power interruptions, and because the device is non-inductive, it can be used in circuits with high currents, high frequencies, and wide temperature ranges.

The H87K15DZA also features excellent overload protection and low drift for a longer lifetime and better performance. The device is temperature compensated for reliable operation in a wide temperature range. The two precision resistive elements are trimmed for resistances that are accurate within a tight tolerance.

Finally, the H87K15DZA is also equipped with an ESD-protection diode to prevent damage to external components, which makes the device a better choice in applications that require more protection.

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