TLVH432IPKG3

Noise - 0.1Hz to 10Hz:	--
Base Part Number:	TLVH432
Supplier Device Package:	SOT-89-3
Package / Case:	TO-243AA
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 85°C (TA)
Current - Cathode:	100µA
Current - Supply:	--
Voltage - Input:	--
Noise - 10Hz to 10kHz:	--
Series:	--
Temperature Coefficient:	--
Tolerance:	±1.5%
Current - Output:	70mA
Voltage - Output (Max):	18V
Voltage - Output (Min/Fixed):	1.24V
Output Type:	Adjustable
Reference Type:	Shunt
Part Status:	Obsolete
Packaging:	Tape & Reel (TR)

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TLVH432IPKG3 is an Automotive Grade Low Dropout regulators series produced by TI. Consisting of a reference and an error amplifier, these devices are specifically designed to hold up automotive grade standards under varied temperatures and other extreme environments. These devices are ideal for applications that require high safety performance, such as those found in vehicles, and portable products. The TLVH432IPKG3 is a family of precision low dropout, three-terminal regulators that offer improved output voltage accuracy over a wide operating temperature range. The TLVH432IPKG3 is well-suited for regulating low current applications, such as automotive sensors, automotive applications and portable products. The TLVH432IPKG3 resolves the problem of voltage drops due to the large resistance paths found in automotive systems by using a low on resistance, making it suitable for case applications. The TLVH432IPKG3 is a cost-effective solution for automotive applications and other low current applications.The TLVH432IPKG3 voltage reference provides an easy-to-use solution for a variety of automotive applications. This family of devices operates from a 2.85V to 10V input range, and delivers an accurate reference output voltage of 1.20V (±2% accuracy). The device is designed for low power consumption, allowing it to be used in higher temperature applications. The TLVH432IPKG3 can operate efficiently up to 150°C, allowing automotive systems to be operated safely in a wider range of temperatures.The TLVH432IPKG3 is capable of providing a high degree of accuracy regardless of input voltage, output voltage and temperature variations. The TLVH432IPKG3 uses internal compensation to eliminate the need for external compensation components, allowing easy system design. The device also features a low power standby mode that utilizes minimal current. The TLVH432IPKG3 offers a variety of protection features, including over-temperature protection, output current limiter and over-voltage protection.The working principle of the TLVH432IPKG3 voltage reference is simple yet efficient. It consists of two separate stages: the reference stage, and the error amplifier. The reference stage is responsible for providing the desired reference voltage, while the error amplifier ensures that the output follows the reference voltage. The output voltage of the error amplifier is connected to the input of the reference stage, and the output voltage of the reference stage is applied to the feedback pin. A comparison is made between the reference voltage and the feedback voltage and the output voltage is adjusted accordingly. This two-stage architecture helps maintain the accuracy of the output voltage regardless of input voltage, output voltage and temperature variations.The TLVH432IPKG3 is suitable for a wide range of voltage reference applications. It is suitable for automotive sensors, automotive applications, portable products and other low current applications. It is also suitable for applications where low power consumption, high accuracy and low noise levels are required such as clocks and oscillators.In conclusion, the TLVH432IPKG3 is an ideal voltage reference solution for automotive applications. With its low-noise, low power consumption and improved output voltage accuracy over a wide operating temperature range, this device is a cost-effective and reliable solution. The device’s internal compensation eliminates the need for external adjustment, allowing for easy system design and operation. The filter feature reduces noise, eliminating the need for additional filtering, and the protection features provide optimal system reliability and protection.

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