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LT3465AES6
- 제조업체
- Mfr.부분 #LT3465AES6
- 패키지 SOT-6
- 데이터시트
- 재고 있음3477
100% 원래 &새로운
배송 준비 24 시간
365 일 보장
RFQ 및더 많은 할인
사양
| Brand | Analog Devices |
| Subcategory | Driver ICs |
| Height | 1 mm |
| Product Type | LED Lighting Drivers |
| Topology | Boost |
| Number of Outputs | 1 Output |
| Series | LT3465 |
| Product | LED Drivers |
| Number of Channels | 1 Channel |
| Delivery Restrictions | Mouser does not sell this product in your region. |
| For Use With | White LEDs |
| Package/Case | SOT-6 |
개요
Description
The LT3465AES6 is a high-efficiency, step-up DC/DC converter designed by Linear Technology, now part of Analog Devices. It is used to convert low voltage inputs to higher voltage outputs, ideal for applications requiring compact power supply solutions. The device is housed in a compact SOT-23 package, making it suitable for space-constrained applications.
Key features of the LT3465AES6 include a built-in power switch, low start-up voltage, and low quiescent current, enhancing efficiency and battery life in portable devices. It operates with a wide input voltage range and provides a regulated output voltage, making it versatile for various applications such as OLED displays, LCD bias supplies, and other portable electronics.
The converter employs a current mode PWM control scheme that provides fast transient response and good line regulation. It also includes features like internal soft-start and over-temperature protection, which improve reliability and performance. Overall, the LT3465AES6 is a robust solution for boosting low voltage inputs to higher outputs in a small form factor.
Key features of the LT3465AES6 include a built-in power switch, low start-up voltage, and low quiescent current, enhancing efficiency and battery life in portable devices. It operates with a wide input voltage range and provides a regulated output voltage, making it versatile for various applications such as OLED displays, LCD bias supplies, and other portable electronics.
The converter employs a current mode PWM control scheme that provides fast transient response and good line regulation. It also includes features like internal soft-start and over-temperature protection, which improve reliability and performance. Overall, the LT3465AES6 is a robust solution for boosting low voltage inputs to higher outputs in a small form factor.
Features
The LT3465AES6 is a micropower step-up DC/DC converter designed by Analog Devices, which features high efficiency and compact size, making it ideal for applications in portable electronics. Key features include:
1. Step-Up Converter: It boosts input voltages as low as 2.3V to higher output voltages up to 20V, making it suitable for powering high-voltage components in battery-operated devices.
2. Efficiency: The device offers high efficiency (up to 84%), minimizing power loss and prolonging battery life.
3. Compact Size: Packaged in a small 6-lead ThinSOT-23, it is ideal for space-constrained applications.
4. Low Quiescent Current: The LT3465AES6 operates with a low quiescent current of around 25µA, reducing power consumption when the device is idle.
5. Switching Frequency: It operates at a fixed switching frequency of 1.3MHz, allowing for the use of small inductors and capacitors.
6. Integrated Schottky Diode: The inclusion of an integrated Schottky diode reduces component count and simplifies design.
7. Overtemperature Protection: It features built-in overtemperature protection to prevent damage from excessive heat.
These features make the LT3465AES6 suitable for applications requiring efficient voltage conversion in a compact form factor.
1. Step-Up Converter: It boosts input voltages as low as 2.3V to higher output voltages up to 20V, making it suitable for powering high-voltage components in battery-operated devices.
2. Efficiency: The device offers high efficiency (up to 84%), minimizing power loss and prolonging battery life.
3. Compact Size: Packaged in a small 6-lead ThinSOT-23, it is ideal for space-constrained applications.
4. Low Quiescent Current: The LT3465AES6 operates with a low quiescent current of around 25µA, reducing power consumption when the device is idle.
5. Switching Frequency: It operates at a fixed switching frequency of 1.3MHz, allowing for the use of small inductors and capacitors.
6. Integrated Schottky Diode: The inclusion of an integrated Schottky diode reduces component count and simplifies design.
7. Overtemperature Protection: It features built-in overtemperature protection to prevent damage from excessive heat.
These features make the LT3465AES6 suitable for applications requiring efficient voltage conversion in a compact form factor.
Package
The LT3465AES6 is packaged in a SOT-23-6 package, which is a small outline transistor package with six leads.
Pinout
The LT3465AES6 is a micropower step-up DC/DC converter with a pin count of 6 pins. The functions of each pin are as follows:
1. SW (Switch Pin): This is the switch pin where the inductor is connected. It facilitates the switching of current through the inductor.
2. GND (Ground Pin): Provides the return path for the circuit. It is the common ground reference for the device.
3. FB (Feedback Pin): This pin is used to set the output voltage via a resistor divider network. It regulates the boost converter output by comparing the FB pin voltage to the internal reference voltage.
4. VOUT (Output Voltage Pin): Provides the regulated output voltage. It is connected to the output capacitor and load.
5. SHDN (Shutdown Pin): Used to enable or disable the device. Pulling this pin low puts the converter in shutdown mode, reducing power consumption.
6. VIN (Input Voltage Pin): Connects the input voltage to the device, which can range typically from 2.5V to 16V.
These pins coordinate to facilitate the efficient operation of the step-up converter in various electronic applications.
1. SW (Switch Pin): This is the switch pin where the inductor is connected. It facilitates the switching of current through the inductor.
2. GND (Ground Pin): Provides the return path for the circuit. It is the common ground reference for the device.
3. FB (Feedback Pin): This pin is used to set the output voltage via a resistor divider network. It regulates the boost converter output by comparing the FB pin voltage to the internal reference voltage.
4. VOUT (Output Voltage Pin): Provides the regulated output voltage. It is connected to the output capacitor and load.
5. SHDN (Shutdown Pin): Used to enable or disable the device. Pulling this pin low puts the converter in shutdown mode, reducing power consumption.
6. VIN (Input Voltage Pin): Connects the input voltage to the device, which can range typically from 2.5V to 16V.
These pins coordinate to facilitate the efficient operation of the step-up converter in various electronic applications.
Manufacturer
The LT3465AES6 is manufactured by Linear Technology Corporation, which is now part of Analog Devices, Inc. Linear Technology was a company known for designing, manufacturing, and marketing a broad line of high-performance analog integrated circuits. Analog Devices, which acquired Linear Technology in 2017, is a major player in the semiconductor industry, specializing in analog, mixed-signal, and digital signal processing technologies. They produce components used in various applications, including industrial, automotive, communications, and consumer electronics.
Application
The LT3465AES6 is a micropower step-up DC/DC converter. It is primarily used in applications requiring efficient voltage boosting from low voltage inputs. Typical application areas include powering OLED displays, white LED backlighting, handheld devices, portable medical equipment, and other battery-operated electronics where space and power efficiency are critical. Its compact size and high efficiency make it suitable for portable applications where extended battery life is important.
Equivalent
The LT3465AES6 is a step-up DC/DC converter made by Analog Devices (formerly Linear Technology). Equivalent products from other manufacturers include the TPS61070 from Texas Instruments, the NCP1406 from ON Semiconductor, and the MIC2288 from Microchip Technology. These alternatives offer similar functionalities like boosting voltage from lower to higher levels, commonly used in battery-powered applications. Always verify the electrical characteristics and pin configurations as they may differ slightly.
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