Deliver to
United Kingdom
This is Step-Down Switching Regulator 3A Adjustable 0.8 → 24 V 8-Pin SOIC manufactured by Allegro Microsystems. The manufacturer part number is A8498SLJTR-T. While providing positive polarity. The regulator is a type of buck regulator. Furthermore, the product is 3.9 mm wide. It has a switching regulator yes . The product complies with automotive standard - no. Furthermore, it has aadjustable output. The package is a sort of soic. buck converter is a versatile product designed to provide user-defined applications. It has a maximum operating temperature of 85°c. Supplied with 6.35ma of quiescent current. Additionally, the product is supplied with 1 outputs. Its accurate length is 4.9mm. It contains 8 pins. It has a surface mount type mount . It carries 3a output current. The product a8498, is a highly preferred choice for users. In addition, the height is 1.5mm. Features a 24 v output voltage. Whereas, the minimum operating temperature of the product is -20°c. 50v is the maximum voltage of the bespoke product. The product has 8v of minimum input voltage. It performs basic function of step-down. Base Part Number: a8498. It features buck switching regulator ic positive adjustable 0.8v 1 output 3a 8-soic (0.154", 3.90mm width) exposed pad. This also includes no synchronous rectifier. It offers 8v of minimum input voltage. The product is available in surface mount configuration. While the maximum output voltage is 24v. Its maximum input voltage is 50v. 8-soic-ep is the supplier device package value. In addition, cut tape (ct) is the available packaging type of the product. While, the output current includes 3a. The product has -20°c ~ 85°c (ta) operating temperature range. Moreover, the product comes in 8-soic (0.154", 3.90mm width) exposed pad. The minimum or fixed output voltage include 0.8v. It boasts positive output configuration. Topology includes buck. The allegro microsystems's product offers user-desired applications.
For more information please check the datasheets.
Basket Total:
£ 0.000