onsemi 17 V General Purpose Zener Diode 500 mW Through Hole 2-Pin SOD-27 1N5247BTR

onsemi 1N5247BTR is a 17 V General Purpose Zener Diode optimized for voltage regulation and protection applications. Encased in a compact SOD-27 package with through-hole mounting, it supports power dissipation up to 500 mW, suitable for low power electronic devices.

The diode features a nominal Zener voltage of 17 volts with a ±5% tolerance, ensuring precise voltage stabilization. It is constructed as a single element chip with two pins, promoting ease of installation on printed circuit boards.

This Zener diode exhibits low maximum zener impedance of 19 ohms and minimal reverse leakage current of 100 nanoamperes, which enhances circuit stability and reduces power loss. Its test current is set at 7.4 milliamperes for performance verification.

With an operating temperature range from -65°C to 200°C, the diode is suitable for industrial, electronic, and commercial applications where temperature extremes are a consideration. The device dimensions are compact with a height of 1.91 mm and length of 4.56 mm, enabling high-density PCB designs.

The 1N5247BTR conforms to no specific automotive or other approvals but is engineered to operate reliably in a variety of environments. Typical use cases include voltage reference circuits, surge protectors, and electronic regulation modules.

onsemi's 1N52 series Zener diodes continue to be preferred components for industrial and laboratory electronics requiring precise voltage regulation and power dissipation within this low milliwatt range.

Rated nominal Zener voltage with 5% tolerance. Compact through-hole SOD-27 package with 2 pins. Reliable power dissipation up to 500 mW for protective applications. Low zener impedance and leakage current support stable circuit operation.

Wide operating temperature range for diverse industrial use. Small form factor for PCB integration. Single chip element design. Explore the Electronics & Electricals > Semiconductor > Zener Diodes category at EnvMart for more high-quality voltage regulation components.