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* SI9913DY-T1-E3 3536 USD
* SI9912DY-T1-E3 7092 USD
* SI9912DY-E3 2368 USD
* SI9910DY-E3 6000 USD
* SI9910DJ-E3 6912 USD
* SI9910DY-T1-E3 6128 USD
* SI9910DY-T1-E3 0 USD
* SI9910DJ-E3 0 USD
* SI9910DY-E3 0 USD
* SI9912DY-E3 0 USD
* SI9912DY-T1-E3 0 USD
* SI9913DY-T1-E3 0 USD
* SI9910DY-T1-E3 6395 USD
* SI9912DY-T1-E3 10654 USD
* SI9910DJ-E3 1 USD 7.774516 7.334449 6.919292
* SI9913DY-T1-E3 6867 USD
* SI9910DY-E3 14898 USD
* SI9912DY-E3 4039 USD
* SI9910DY 1 USD
* SI9913DY-E3 12864 USD
* SI9913DY-T1 1 USD
* SI9913DY 1 USD
* SI9912DY 1 USD
* SI9912DY-T1-E3 10245 USD
* SI9913DY-T1 Please Inquiry USD
* SI9910DY-T1-E3 5813 USD
* SI9912DY Please Inquiry USD
* SI9910DY-E3 6040 USD
* SI9913DY Please Inquiry USD

Vishay Siliconix
Surface Mount Tape & Reel (TR) Obsolete EAR99 Gate Drivers ICs Non-Inverting 2 30V V 8-SOIC (0.154, 3.90mm Width) SI9913 Half-Bridge
A higher level of flexibility is provided by its 8-SOIC (0.154, 3.90mm Width) package.A packaging method of Tape & Reel (TR) is used.2 drivers are incorporated for its configuration.In this case, gate drivers is mounted along the way of Surface Mount.When the supply voltage is 4.5V~5.5V it is able to demonstrate its superiority.A gate type of N-Channel MOSFET has been used in its design.Temperature range -40°C~125°C TJ is allowed for this device.Mosfet driver accepts input of type Non-Inverting.The configuration is based on 8 terminations.Mosfet driver is possible to find various related parts under Mosfet drivers base part number SI9913.The mount method is Surface Mount.When the device is designed, it has 8 pins.Specification is for 5V supply voltage operation.In the maximum case, the output current can be limited to 1A.The board contains 8 pins for component connections.A high-side voltage can be set up to 30V (Bootstrap).Based on the maximum power dissipation of 830mW, it is clear that it is capable of transferring and conducting power losses without becoming overheated.Due to its power supplies of 5V, it solves the power supply problem for a wide range of applications.During operation, a voltage of 9mA is applied to the power supply.A frequency of 1MHz can improve efficiency.