Common Cathode Silicon Dual Switching Diodes

Category: Diodes, Electronics, ON Semiconductor LLC

Overview

The datasheet provides detailed information on the Common Cathode Silicon Epitaxial Planar Dual Diodes housed in the SC-59 package, designed primarily for ultra high-speed switching applications in low power surface mount technology.

Features

These diodes are characterized by their fast reverse recovery time (Lrr; 3.0 ns) and low capacitance (CD; 2.0 pF). They are suitable for automotive applications as they are compliant with AEC-Q1OL standards and capable of PPAP. Moreover, they are Pb-Free and RoHS Compliant, making them environmentally friendly.

Electrical Characteristics and Ratings

Two part numbers are listed: MIMAISIWK and MIMA1S2WK, differentiated by their Reverse Voltage ratings of 40 V and 80 V, respectively. Both versions support a Forward Current of up to 100 mA for Single and 150 mA for Dual configurations, while their Peak Forward Current is 225 mA for Single and 340 mA for Dual. Additionally, they can withstand a Peak Forward Surge Current of 500 mA for Single and 750 mA for Dual configurations. The devices feature a Maximum Power Dissipation of 200 mW, a Junction Temperature of up to 150°C, and a Storage Temperature range of -55°C to +150°C.

Marking and Packaging

The marking diagram on the diodes includes the device code (‘T’ for 151, ‘U’ for 152), and the date code. Orientation of the date code may vary based on the manufacturing location. The devices are offered in SC-59 packages and are shipped in quantities of 3,000 on Tape & Reel. Additionally, information on tape and reel specifications can be found in the company’s Tape and Reel Packaging Specifications Brochure.

Ordering Information

The datasheet provides specific ordering codes for the products in Pb-Free SC-59 packages, including MIMAISIWKTIG, SMIMAISIWKTIG, MIMA1SZWKTIG, and NSVMIMAISZWKTIG. The ‘TIG’ suffix indicates tape and reel packaging.

Finally, the datasheet is published by Semiconductor Components Industries, LLC, with a revision date of May 2015 and is referenced by the publication order number: MIMA15IWKTI/D.