Is this your business? Claim it to manage your IP and profile
Vivid Engineering's LDO designed for a 3.3 V input delivers a 1.2 V output, supporting load currents up to 100 mA without the need for an external capacitor. Key to this design is its efficiency in light load conditions, where only 2 µA of internal consumption occurs. This makes it highly suitable for low-power applications that require stability and compactness, contributing effectively to the optimization of power usage in modern electronic devices.
Vivid Engineering provides a bandgap reference block designed to deliver a stable reference voltage across a range of environmental conditions. This essential component is engineered for high precision, featuring trimmable reference voltage and bias currents. It also includes over- and under-temperature alerts and a power-on reset function. Ideally suited for use in systems that demand consistent voltage references regardless of temperature variations, this block is a vital asset in complex electronic systems requiring reliable voltage stability.
The LDO offered by Vivid Engineering for a 5V input is a robust solution for voltage regulation, providing a 1.8 V output and capable of sustaining a 20 mA load without requiring an external capacitor. This design includes features for safe operation down to 1.6 V input in saturation, making it particularly impactful in power management systems where reliability is a priority. It is suitable for applications requiring minimal external components, thus optimizing space and cost in electronic designs.
Vivid Engineering's Thermal Noise-based Random Bit Generator is a specialized component generating random bits at frequencies between 0.2 to 2 MHz. It operates with a typical quiescent current of just 50 µA, ensuring minimal power consumption. This component is designed to leverage inherent thermal noise to produce reliable random sequences, serving crucial roles in security applications and systems requiring stochastic bit streams.
The VE1210 is part of Vivid Engineering's family of sonar sensor ICs, designed specifically for air sonar systems used in proximity sensing and short-range distance measurement. This IC drives an ultrasonic piezoelectric transmitter to emit sound waves and detect reflections from nearby surfaces. The piezoelectric receiver, often the same component as the transmitter, captures the echoed sound and converts it back to an electrical signal. This IC is notable for its programmable EEPROM gain setting, enhancing its adaptability for different signal requirements. Its design integrates a three-wire interface for analog data output, making it suitable for precise distance measurement tasks.
The 15 MHz Clock Oscillator from Vivid Engineering provides precise timing with an operating range from 8 to 24 MHz. Known for its instant start capability, this oscillator includes a 4-bit digital control for tailoring its frequency to specific application needs. The design is focused on ensuring minimal signal interference and high stability, making it ideal for timing-sensitive applications in electronic systems where reliability is paramount.
The Photosensitive Alarm Trigger produced by Vivid Engineering is a versatile component ideal for detecting ambient light levels. It features a programmable threshold, allowing customized sensitivity to various lighting conditions. This component is particularly useful in automated lighting control and security systems, where it can trigger alarms or adjust settings based on the detected light intensity.
Designed for efficient ultrasonic proximity sensing, the VE1214 IC from Vivid Engineering offers digital output capabilities through its two-wire interface, making it unique among its family of sonar sensor ICs. It integrates a mechanism for driving piezoelectric transducers to emit ultrasonic waves and detect their echoes from objects, converting these signals into electrical outputs. This IC is particularly beneficial in settings where digital accuracy is essential. With an EEPROM-programmable gain that can ramp up across cycles, the VE1214 provides robust performance in applications where precision and reliability are paramount, such as in automotive and industrial sensing environments.
The VE1212 IC from Vivid Engineering is tailored for use in sonar sensor systems, facilitating the detection of short-range distances through air. By controlling an ultrasonic piezoelectric transmitter, it ensures effective sound wave emission and the reception of echoes from proximal surfaces. The VE1212 enhances efficiency by allowing its gain setting to be programmed to ramp up during the echo's cycle, thus maximizing signal reception. This model utilizes a three-wire interface with pulse-width encoding for communication, ensuring adaptability in various sensor applications, crucial for industrial and automotive implementations.
Join the world's most advanced semiconductor IP marketplace!
It's free, and you'll get all the tools you need to evaluate IP, download trial versions and datasheets, and manage your evaluation workflow!
To evaluate IP you need to be logged into a buyer profile. Select a profile below, or create a new buyer profile for your company.
