LINEAR Manuals

The LTC2854 and LTC2855 are 3.3V RS485 transceivers with integrated termination resistors. They feature ESD protection, balanced thresholds, high input resistance, and full failsafe output. These devices can enable or disable the termination resistors with simple logical control for network configuration and reconfiguration.

LT3480 is a high efficiency 2A buck regulator that directly accepts wide range input and produces a well-regulated output. The device can be used in automotive and industrial applications.

This document introduces the features and characteristics of Linear Technology's LT3508, a dual output, wide-input-range power converter. The product has output voltages of 1.8V and 3.3V, and output current of 1A or greater. The product can track other power supplies, ensuring system stability. The product is suitable for automotive electronics, industrial power supplies, etc.

This document introduces the LTM9001 product from Linear Technology, which is a high-speed 16-bit ADC that includes an anti-aliasing filter and a low-noise differential amplifier. The product features integrated signal conditioning components and optimized layout.

The LTC4151 is a high side current sensing and voltage monitoring IC from Linear Technology. It is designed for industrial, telecom, automotive and consumer electronics applications.

The LTC4311 is a low power I2C or SMBus bus accelerator that can achieve higher data rate and lower power consumption. Its main features include: strong pull-up current, which allows users to choose larger bus pull-up resistor values to reduce VOL, DC bus power consumption and fall times, while still meeting rise time and switching frequency requirements. The controlled slew rate regulates the rise rate of the bus to 50V/µs-100V/µs, independent of bus capacitance. With very light loads, as occurs when some or all cards are removed, no reflections occur on the bus due to the controlled slew rate.

The document introduces the latest trio of power supply supervisors from Linear Technology, which are ideal for multi-voltage systems that require accurate supply monitoring. The LTC2930, LTC2931, and LTC2932 are 6-input voltage monitors capable of maintaining 1.5% threshold accuracy from –40°C to 125°C. Each part offers 16 threshold voltage combinations, meeting the needs of almost any multi-voltage system. This programmability eliminates the need to qualify, source and stock unique part numbers for different threshold voltage combinations. The overall architecture and operating specifications of these three devices are similar, but each has unique features.

The LTM4605 and LTM4607 µModule regulators are high power density, single inductor, surface mount, synchronous 4-switch, buck-boost regulators that can handle 36VIN, 10A loads.

This paper introduces Linear Technology's latest current sense amplifiers, including the LT6105, LT6106 and LT6107. These products offer high accuracy, low power consumption, wide input voltage range, and low input bias current, making them ideal for a variety of current measurement applications.

This document introduces the LTC4223 hot swap solution for Advanced Mezzanine Card design. The solution provides inrush control, overcurrent protection and supply monitoring, can detect board insertion and extraction, in order to provide 12V and 3.3V auxiliary power supply in a controlled manner without damaging the connector. LTC4223 also provides a current monitor output for the 12V supply, allowing real-time current monitoring. Short-circuit faults on the 12V and 3.3V output are rapidly isolated.

The LTC6702 is a tiny dual comparator that is designed to bridge the gap between relatively slow ultralow power comparators and very fast high power comparators. The LTC6702 combines speed, low voltage operation and micropower operation, making it ideal in battery powered circuits that require high performance. Additional features such as built-in hysteresis (to ensure stable operation) and CMOS inputs simplify designs and allow the use of large source impedances. Offered in the tiny 2mm × 2mm DFN package, the LTC6702 is the smallest dual comparator currently available, with a footprint nearly 40% smaller than that of a SOT-23.

This article introduces a solution that uses a MOSFET-based ideal diode to replace Schottky diodes. This solution can reduce voltage drop and power dissipation, improve system efficiency, and reduce the complexity, size, and cost of thermal layout.

Introduction of LTC6081 and LTC6082 two voltage amplifier features, these two voltage amplifiers have low offset voltage, low offset voltage drift, low noise, high open loop gain and high common mode rejection ratio, high input impedance, low current consumption and other features, suitable for high precision applications

The LTM9001 is a complete IF receiver that includes a 16-bit, 130Msps ADC, a fixed-gain amplifier, and an antialiasing filter in a 11.25mm x 11.25mm µModule package.