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This is manufactured by ON Semiconductor. The manufacturer part number is NCP431AISNT1G. Its initial accuracy is approximately ±1.0 % . The given dimensions of the product include 3.04 x 1.04 x 1.01mm. The product is available in surface mount configuration. It has a maximum operating temperature of +85 °c. In addition, the height is 1.01mm. Furthermore, the product is 1.4mm wide. Its accurate length is 3.04mm. The package is a sort of sot-23. Its output voltage (maximum) includes 36 v. Whereas, the minimum operating temperature of the product is -40 °c. The nominal voltage of the product is 2.5 - 36v. The product has a reference of programmable type. Featuring 100ma of maximum output current. It contains 3 pins. Topology includes shunt. It has typical 11 weeks of manufacturer standard lead time. Base Part Number: ncp431. It features shunt voltage reference ic 36v ±1% sot-23-3 (to-236). While the maximum output voltage is 36v. sot-23-3 (to-236) is the supplier device package value. Furthermore, it has aadjustable output. In addition, cut tape (ct) is the available packaging type of the product. While, the output current includes 100ma. The product has -40°c ~ 85°c (ta) operating temperature range. Cathode current of 60µa. Moreover, the product comes in to-236-3, sc-59, sot-23-3. The minimum or fixed output voltage include 2.5v. It exhibits an excellent temperature coefficient of 50ppm/°c typical. The product has a reference of shunt type. It features ±1% of tolerance value. The on semiconductor's product offers user-desired applications.
For more information please check the datasheets.
PMIC- Voltage Reference:
PMIC- Voltage References are electronic circuits or devices that are particularly created to deliver a steady direct current (DC) output voltage. In other words, they are liable for a fixed voltage supply, regardless of the contradiction in the voltage. These integrated circuits could consist of various elements, including the device's overall load, alterations in temperature, humidity, elapsed time, a variety of other elements, and variations in the power supply,
PMIC-Voltage References are generally classified as a subclass of PMICs- (Power Management Integrated Circuits). The main function of PMIC-Voltage Reference is to avail a constant standard against other parts in the system that can estimate their input power. Reference Voltage's capability allows the system to deliver an immediate similar electronic transformation for significant analog measurements like temperature, pressure, and speed.
How Does PMIC-Reference Voltage Work?
Regarding the main function of PMIC-Voltage Reference, these IC chips have some features that cannot be ignored. These chips work as regulators of electric current, providing a consistent voltage required for a particular electronic device. Products within this group are used to deliver a stable and uninterruptible electrical potential from a power source to the device in a consistent manner. The best invaluable feature of a good quality Voltage Reference PMIC will always be nothing but accuracy and stability.
What Are the Different Types of PMIC-Voltage References?
Types of PMIC-Voltage References depend upon the specific needs of the application; you may be allowed to take benefits of several specialized versions of Voltage references models, each one that has its advantages and limits, that could contain PVFs (Programmable Voltage References) as an instance, similarly several other types such as high or low Voltage References. Furthermore, the major types of PMIC-Voltage References are as follows:
Applications of PMIC-Voltage References:
A wide range of electronic devices uses PMIC-Voltage References according to their required type. They can be used in various devices that require accurate measurements and control systems, like the power supply of a personal computer and analog to digital signal conversions (AtoDCs). PMIC- Voltage References can also be used in a large scale of precision scientific applications, they are utilized in battery powered devices, and healthcare equipment where voltage alteration requires to be tested and to be adjusted before deployment. Voltage
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