TLE8250VSJXUMA1

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The TLE8250VSJXUMA1 is a driver, receiver and transceiver from Infineon Technologies. It is a three-level high side driver that supports three independent high speed output channels. It is designed for dc motor control and to drive inductive loads in automotive applications. Additionally, it is suited for a variety of industrial, medical and consumer applications.

The TLE8250VSJXUMA1 is a non-isolated package device with three independent output channels, one low side and two high side outputs. The outputs can be adjusted to a variety of motor loads. It supports digital logic level control and works by supplying separate voltage control signals to the high side and low side. This ensures that the high side and low side can act independently of each other, allowing for greater flexibility when controlling motors.

The device features a wide operating voltage range (2V to 18V) and a nominal switching frequency of up to 6kHz. It also features over temperature protection, under voltage lockout and short circuit protection. Furthermore, the device has a wide range of diagnostics, allowing it to detect failure of both outputs and the control voltages. It also has support for open load detection and short-to-ground detection.

The TLE8250VSJXUMA1 is configured using a serial peripheral interface (SPI). This allows for a wide range of configuration options, including the selection of either linear or non-linear control (i.e. PWM or PWM with a variable frequency) and a range of output voltage amplitude values. The device also supports the ability to set separate current limits for the high side and low side outputs, with an adjustable window.

The TLE8250VSJXUMA1 is an ideal driver, receiver and transceiver for automotive and industrial applications, as it is designed to operate over a wide range of temperatures and supply voltages. It also has a wide range of diagnostic capabilities, allowing for early detection of failures or malfunctions. In addition, it is a cost-effective solution due to its small size and increased power efficiency.

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