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ULQ2003D1013TRY
+NomenclatureTRANS 7NPN DARL 50V 0.5A 16SO
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FabricantSemi - conducteurs optiques
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Pièce fabricant #ULQ2003D1013TRY
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Fiche technique ULQ2003D1013TRY DataSheet
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Package SO-16
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En stock1325
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Spécifications
| Attribut | Valeur |
| Package | Tape & Reel (TR),Cut Tape (CT) |
| Series | Automotive, AEC-Q100 |
| ProductStatus | Active |
| TransistorType | 7 NPN Darlington |
| Current-Collector(Ic)(Max) | 500mA |
| Voltage-CollectorEmitterBreakdown(Max) | 50V |
| VceSaturation(Max)@IbIc | 1.6V @ 500µA, 350mA |
| DCCurrentGain(hFE)(Min)@IcVce | 1000 @ 350mA, 2V |
| OperatingTemperature | 150°C (TJ) |
| MountingType | Surface Mount |
| Package/Case | 16-SOIC (0.154, 3.90mm Width) |
Présentation
Description
In general, such identifiers are used for integrated circuits, sensors, transistors, or other electronic components. These components are used in a variety of applications, such as power management, signal processing, or as part of larger systems in consumer electronics, industrial machinery, or automotive technology.
To gain precise information about the ULQ2003D1013TRY, one would typically refer to the manufacturer's datasheet or search their official website, where specifications, application notes, and usage guidelines are provided. Understanding these details is crucial for engineers and technicians to ensure compatibility and optimal performance in their projects. If this is a part of your project or study, aligning it with the correct documentation will be essential for successful implementation.
Equivalent
1. ULN2003A
2. ULN2003APG
3. ULN2003ADR
4. TD62003APG
5. MC1413
These alternatives offer similar functionality, serving as relay drivers or for interfacing TTL/CMOS logic to high-power loads. Always check datasheets to ensure compatibility with your specific application needs.
Features
1. Darlington Array: Comprises seven NPN Darlington pairs, which provide high current gain.
2. High-Current Capability: Each channel can handle up to 500 mA, making it suitable for driving relays, solenoids, and lamps.
3. High-Voltage Tolerance: Can withstand output voltages up to 50V, allowing it to interface with a wide range of loads.
4. Common-Cathode Clamp Diodes: Integrated diodes for inductive load protection, reducing the need for external components.
5. Input Compatibility: Compatible with TTL and CMOS logic levels, facilitating easy interfacing with microcontrollers and other digital circuits.
6. Compact Package: Available in a 16-pin DIP or SOP package, conserving space on PCBs.
7. Versatile Applications: Ideal for use in various applications such as display drivers, line drivers, and motor controllers.
These features make the ULQ2003D1013TRY a reliable choice for applications requiring high-current switching and interfacing with digital control circuits.
Pinout
The primary function of the ULQ2003D1013TRY is to serve as a high-voltage, high-current Darlington transistor array, capable of driving loads such as relays, solenoids, or lamps. It contains seven NPN Darlington pairs that feature high-voltage outputs with common-cathode clamp diodes for switching inductive loads.
Key functions include:
- Seven Darlington pairs: Each capable of driving up to 500 mA continuously.
- High-voltage outputs: Typically rated up to 50V.
- Integrated clamp diodes: Protect the transistors when driving inductive loads.
- Input and output connections: Designed to interface directly with TTL and CMOS devices.
For detailed specifications, always refer to the manufacturer's datasheet.
Manufacturer
Application
1. Relay Drivers: Facilitates the control of relays in various circuits.
2. LED Displays: Drives LED arrays for visual displays.
3. Printer Heads: Controls the operation of printer head mechanisms.
4. Stepper Motors: Manages the operation of stepper motors in robotics and automation.
5. Solenoid Drivers: Used in systems that require solenoid activation.
6. Lamp Drivers: Controls the operation of incandescent or other types of lamps.
7. Logic Buffers: Acts as an interface between digital circuits and higher power loads.
These applications leverage the device's ability to handle inductive loads and provide high current gain.