The TLV7042 is a Dual nanopower comparator with open-drain output by Texas Instruments. It is part of the TLV703x and TLV704x Small-Size, Nanopower, Low-Voltage Comparators series
Texas Instruments TLV7042 series Linear Comparators
Comprehensive Guide to TLV7042 Integrated Circuits (ICs) Linear Comparators
In this post, you will find the Key Component Features, Diverse Applications, Associated Series Parts, Technical Documents(PDF Datasheets, User Guides), Frequently asked questions, and Related Series of Texas Instruments TLV7042 series Linear Comparators products.
FEATURES
- Dual nanopower comparator with open-drain output
- Wide supply voltage range of 1.6 V to 6.5 V
Applications
- Industrial transport (non-car & non-light truck)
- Advanced driver assistance systems (ADAS)
Associated Products
| Part Number | Description | Stock | RFQ |
|---|---|---|---|
| TLV7042DGKR | IC POWER MANAGEMENT SUPERVISORY | 20000 | BUY |
Technical Documents
Sorry, No Data.
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Frequently Asked Questions
What are the similar products or Substitute Components of Texas Instruments TLV7042 series Linear Comparators
Texas Instruments: TLV700xx: Low-dropout voltage regulators with various output voltage options and low quiescent current. LP298x: Ultra-low quiescent current, low-dropout voltage regulators. TPS7Axx: Low-noise, low-dropout voltage regulators. Analog Devices: ADP333x: Low-dropout voltage regulators with various output voltage options. ADP710x: Ultra-low dropout voltage regulators with low quiescent current. ADP176x: High-current linear voltage regulators with low dropout voltage. ON Semiconductor: NCP550x: Low-dropout voltage regulators with various output voltage options. NCP718: Ultra-low dropout voltage regulators with low quiescent current. NCV550x: High-accuracy linear voltage regulators with low dropout voltage.
How do I choose the right comparator for my project?
Input offset voltage: This is the voltage difference between the two input terminals of the comparator when the output is in an undefined state. It is important to choose a comparator with low input offset voltage to ensure accurate comparisons. Input bias current: This is the current that flows into the input terminals of the comparator. It is important to choose a comparator with low input bias current to minimize errors. Response time: This is the time it takes for the output of the comparator to change state after a change in input voltage. It is important to choose a comparator with fast response time if you need to detect fast changes in input voltage.