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Application Scenarios: LTC1923EGN#PBF is commonly used in various power management applications, including portable devices, industrial equipment, automotive systems, and telecommunications equipment. It is appropriate for applications requiring voltage regulation and high-efficiency power conversion.
Main Parameters: The LTC1923EGN#PBF has a wide input voltage range, a low quiescent current, and good efficiency. It supports synchronous rectification for improved power efficiency and thermal performance. The chip can deliver a regulated output voltage with high accuracy, and it offers protection features such as overcurrent and overtemperature shutdown.
Circuit Connection:
Let's consider an example circuit for a battery-powered application using LTC1923EGN#PBF:
1. Power Supply Connection: Connect the VIN (Pin 4) and GND (Pin 2) pins of LTC1923EGN#PBF to the positive and negative terminals of the battery or power supply, respectively. Verify that the input voltage is within the permitted operating range specified in the datasheet.
2. Inductor and Capacitor Connection: Connect the inductor (L1) and output capacitor (COUT) as per the manufacturer's recommendations. Place the inductor between the SW (Pin 1) and LX (Pin 3) pins of LTC1923EGN#PBF. Connect the output capacitor between the VOUT (Pin 5) and GND (Pin 2) pins. The values of the inductor and capacitor should be chosen based on the output voltage and current that are required.
3. Feedback Resistors Connection: Connect the feedback resistors (R1 and R2) to set the output voltage of the converter. Connect one end of R1 to the FB (Pin 6) pin of LTC1923EGN#PBF, and the other end to the junction of R2 and GND (Pin 2). Connect the remaining end of R2 to the VOUT (Pin 5) pin. The values of R1 and R2 can be calculated using the desired output voltage and the feedback equation mentioned in the datasheet.
4. Enable Pin Connection: Connect the EN (Pin 7) pin of LTC1923EGN#PBF to the enabled signal source. The operation of the converter can be enabled or disabled using this pin. Connect it to a logic high voltage for normal operation and a logic low voltage for shutdown mode.
Design Considerations:
When designing a circuit with LTC1923EGN#PBF, consider the following:
1. Efficiency Optimization: Choose suitable inductor and capacitor values to achieve high power conversion efficiency. Consider the desired load current, input voltage range, and switching frequency for efficient operation.
2. Heat Dissipation: Pay attention to thermal management, as the converter may generate heat during operation. PCB layout approaches and adequate heat sinking can both reduce heat buildup and preserve peak performance.
3. Stability and Compensation: Ensure the stability of the converter by selecting appropriate compensation components, such as the output capacitor and feedback resistor values. Compensation network design is crucial to achieving stable and reliable voltage regulation.
4. Input and Output Voltage Ripple: Consider the allowable ripple voltage levels on the input and output sides and choose suitable input and output capacitors to meet the requirements. The amount of voltage ripple and noise should be reduced by using appropriate filtering and decoupling techniques.
In summary, LTC1923EGN#PBF is a high-efficiency synchronous step-down DC-DC converter suitable for various power management applications. Its high efficiency, wide input voltage range, and protection features make it ideal for portable devices, industrial equipment, automotive systems, and telecommunications equipment. When designing a circuit with LTC1923EGN#PBF, considerations should be given to efficiency optimization, heat dissipation, stability and compensation, and input/output voltage ripple to ensure reliable and efficient power conversion.
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(1)Such as a deficiency in quantity, delivery of wrong items, and apparent external defects (breakage and rust, etc.), and we acknowledge such problems.
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