TC1303C-RD1EMFTR

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The TC1303C-RD1EMFTR is a voltage regulator belonging to the PMIC - Voltage Regulators - Linear + Switching category. It is a high-accuracy, low-dropout (LDO) voltage regulator. This device is designed to provide constant voltage and current to different load scenarios due to its wide input voltage and current range.

The TC1303C-RD1EMFTR is mainly used in the following application fields, such as:

• Portable device, including handhelds and cell phones
• DC/DC power conversion and regulation
• Battery-powered products
• Electronic instruments
• Embedded computing

The device has three pins: input (I/P), output (O/P), and power supply (G). It contains an internal N-channel MOSFET pass transistor, an error amplifier, a voltage reference and an adjustable current limit, which protect the device against an over-current condition. The output voltage is adjustable with a voltage set pin and the output current is adjustable with a current set pin. The power-on reset threshold of the device is factory set and can be changed by setting the reset threshold voltage.

The device is driven by an adjustable voltage reference, which maintains a highly-accurate output voltage over line and load variations (typically 0.2/1000 with 3.2V supply). The unique architecture ensures low dropout voltage (< 150mV at full load) and low power dissipation, making it ideal for portable systems. The output voltage can be set from 0.8V up to the supply voltage.

The device also offers a number of protection features such as over-temperature protection, over-current limiting, and an adjustable trans-conductance protection to protect against erroneous logic states. In addition, the device has a low-power shutdown mode, which reduces the quiescent current to minimize power consumption.

The TC1303C-RD1EMFTR is an excellent choice for delivering constant voltage and current in a wide range of applications, such as portable devices, DC/DC conversion and regulation, and battery-powered products. Its compact package makes it ideal for use in space-constrained, low-power systems.

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