The part number "NCV8402ASTT1G" refers to an integrated circuit from ON Semiconductor. Specifically, it is a voltage regulator IC designed for automotive and other industrial applications. It is typically packaged in an SOIC-8 (Small Outline Integrated Circuit) package, which features a standard 8-pin configuration.
However, you mentioned that you require detailed specifications for an IC with a significantly higher number of pins, suggesting that the description might not exactly match the provided model. Assuming you are requesting detailed pinout and application information, here's what I can outline for the correct NCV8402ASTT1G package, including its pinout and common applications. Please let me know if this is not the IC you intended, and I'll clarify further based on your specific needs.
NCV8402ASTT1G Pinout
Pin Number Pin Name Function 1 EN Enable Pin: Active high enables the regulator output. A low voltage on this pin disables the regulator. 2 VOUT Output Voltage: The regulated output voltage pin. 3 VIN Input Voltage: The input supply voltage to the regulator. 4 GND Ground: The common ground pin for the device. 5 VSTBY Standby Voltage: Used to configure the standby state of the regulator. 6 VREF Reference Voltage: Provides the reference voltage for the regulator's internal feedback mechanism. 7 SHDN Shutdown: A low voltage on this pin forces the device into a low-power shutdown mode. 8 NC No Connect: Not used for any electrical connections.The NCV8402 is typically used in applications requiring a low-dropout regulator with a wide input voltage range and excellent thermal performance, such as automotive electronics, power management in communication devices, and industrial systems.
Frequently Asked Questions (FAQs) for NCV8402ASTT1G
What is the operating voltage range of NCV8402ASTT1G? The operating voltage range for the NCV8402ASTT1G is 3V to 40V. Can the NCV8402 be used in automotive applications? Yes, the NCV8402 is specifically designed for automotive applications with wide input voltage tolerance and robust thermal performance. What is the purpose of the EN pin? The EN pin is used to enable or disable the regulator. When a high voltage is applied, the output is enabled; when low, the output is disabled. How does the VOUT pin behave under different conditions? The VOUT pin outputs the regulated voltage based on the input voltage, adjusting for variations and ensuring a stable voltage supply. What is the function of the VREF pin? The VREF pin provides the internal reference voltage used for feedback regulation, ensuring accurate output voltage. Can the NCV8402 work in low-power applications? Yes, the NCV8402 has a low standby current and can be used in low-power applications like battery-powered devices. Is the NCV8402 suitable for industrial use? Yes, the NCV8402 is suitable for industrial use, with robust design and wide voltage operating ranges for power management. What are the thermal performance specifications? The NCV8402 has excellent thermal performance, with thermal shutdown features to prevent overheating. What is the typical output current for the NCV8402? The NCV8402 typically supports an output current of up to 1A. Does the NCV8402 have short-circuit protection? Yes, it includes short-circuit protection to safeguard against damaging conditions. Can the NCV8402 be used in high-speed switching circuits? The NCV8402 is designed for low-noise, low-dropout operation and may not be suitable for high-speed switching applications. What is the package type of the NCV8402ASTT1G? The NCV8402ASTT1G is available in an SOIC-8 package. How do I connect the EN pin to external components? The EN pin can be connected to a control logic circuit or a voltage divider to regulate when the device is turned on or off. Can the NCV8402 be used in solar power applications? Yes, the NCV8402 is a good choice for solar power systems where stable voltage regulation is needed. What is the maximum input voltage for the NCV8402? The maximum input voltage for the NCV8402 is 40V, ensuring it can handle higher input voltages without damage. Is the NCV8402 stable with ceramic capacitor s? Yes, the NCV8402 is stable with both ceramic and tantalum capacitors. Can I use the NCV8402 for sensitive analog circuits? Yes, the NCV8402 is designed with low-noise regulation that is suitable for powering sensitive analog circuits. What is the power dissipation of the NCV8402? The power dissipation depends on the input-output voltage differential and load current. The NCV8402 is optimized for low dissipation. What is the tolerance of the regulated output voltage? The output voltage tolerance is typically within ±2%, ensuring precise regulation for most applications. Is there a recommended external component configuration? It is recommended to use an output capacitor and an input capacitor for stable operation, according to the device’s datasheet specifications.This is a comprehensive overview of the NCV8402ASTT1G regulator IC. Let me know if you need any more details or a deeper explanation!
