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LNK304PN
+StücklisteIC OFFLINE SWITCH MULT TOP 8DIP
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HerstellerEnergieintegrationen
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Herstellerteil #LNK304PN
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Paket DIP-8
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Auf Lager6918
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Spezifikationen
| Attribut | Wert |
| Package / Case | Tube |
| Series | LinkSwitch®-TN |
| Part Status | Active |
| Output Isolation | Non-Isolated |
| Internal Switch(s) | Yes |
| Voltage - Breakdown | 700V |
| Topology | Buck, Buck-Boost, Flyback |
| Duty Cycle | 69% |
| Frequency - Switching | 66kHz |
| Fault Protection | Current Limiting, Open Loop, Over Temperature, Short Circuit |
| Operating Temperature | -40°C ~ 150°C (TJ) |
| Supplier Device Package | 8-PDIP-B |
Übersicht
Description
The LNK304PN operates efficiently across a wide input voltage range, typically from 85 to 265 VAC, making it suitable for global applications. It is capable of delivering up to 360 mA of output current, depending on the design and input conditions. This IC is well-suited for non-isolated buck, boost, or flyback configurations in applications such as LED drivers, chargers, and small appliances.
Key features include auto-restart for short-circuit and open-loop protection, over-temperature protection, and a low standby power consumption, which helps in meeting energy efficiency standards. The device is available in a DIP-8 package, facilitating easy integration into various electronic designs.
Equivalent
1. TNY264PN from Power Integrations, which is also part of the TinySwitch family.
2. VIPER06 from STMicroelectronics, designed for similar applications.
3. NCP1014 from ON Semiconductor, featuring integrated MOSFETs.
These alternatives can vary in specifications, so it's essential to verify compatibility with your specific application requirements.
Features
1. Integrated Controller and MOSFET: Combines both the controller and high-voltage power MOSFET, simplifying design and reducing component count.
2. Wide Input Voltage Range: Operates from 85V to 265V AC, making it suitable for global usage.
3. Low Standby Power Consumption: Offers efficient performance with low power consumption in standby mode.
4. Auto-Restart and Over-Temperature Protection: Provides robust protection features to enhance reliability.
5. On/Off Control: Simplifies operation using on/off control, eliminating the need for loop compensation.
6. Current Limit Operation: Limits the maximum current in the power switch to enhance safety.
7. EcoSmart Technology: Minimizes energy consumption in all modes of operation.
8. Small Footprint: Available in a PDIP-8 package, facilitating compact designs.
These features make the LNK304PN suitable for use in adapters, chargers, and other low-power applications where efficiency and reliability are critical.
Pinout
1. BP/M (Bypass/Multi-Function Pin): Connects to an external capacitor for internal bias and can be used for line under-voltage and over-voltage detection.
2. D (Drain): Connected internally to the power MOSFET drain and used for high-voltage switching.
3. S (Source): Source pin of the power MOSFET, which is usually connected to the primary side ground.
4. FB (Feedback): Used for feedback and control of the output voltage.
5. NC (No Connection): Not internally connected; typically not used.
6. NC (No Connection): Not internally connected; typically not used.
7. NC (No Connection): Not internally connected; typically not used.
8. NC (No Connection): Not internally connected; typically not used.
The LNK304PN is designed for low-power applications such as small appliances and standby power supplies, offering high efficiency and minimal external components.
Manufacturer
Application
1. Low-Power AC-DC Converters: Ideal for power supplies in consumer electronics like set-top boxes and smart meters.
2. LED Drivers: Used in low-wattage LED lighting applications.
3. Chargers: Suitable for small battery chargers for mobile devices.
4. Household Appliances: Powering auxiliary power supplies within appliances, such as microwaves or washing machines.
5. Industrial Controls: Employed in various small industrial control systems requiring efficient power conversion.
The LNK304PN is valued for its high efficiency, low component count, and cost-effectiveness in these applications.