Integrated circuit UC3842AN DIP8
Pickup at the LEMONA electronics store within 2 hours (if the item is in the store and the order is placed before 3 p.m.)
 6 pcs | Vilnius Žirmūnai Store |
| 4 pcs | Vilnius Naujamiestis Store |
| 4 pcs | Kaunas Store |
| 2 pcs | Klaipėda Store |
| 4 pcs | Šiauliai Store |
| 12 pcs | Central Warehouse (new location) |
Delivery in Lithuania 1-2 b.d.
Delivery to pickup location 1-2 b.d.
Products purchased together
Delivery terms
Pickup In Store
Pickup In Store For free
Attention!
Due to ongoing road repair work, it may take longer than usual to reach the Vilniaus Naujamiesčio store. We apologize for the temporary inconvenience.
Quantity in shop
| 6 pcs | Vilnius Žirmūnai Store |
| 4 pcs | Vilnius Naujamiestis Store |
| 4 pcs | Kaunas Store |
| 2 pcs | Klaipėda Store |
| 4 pcs | Šiauliai Store |
| 12 pcs | Central Warehouse (new location) |
Naujiena! LEMONA electronics paštomatai, veikiantys 24/7
Naujiena! LEMONA electronics paštomatai, veikiantys 24/7Free
Home delivery in Lithuania
Home delivery in Lithuania
Over €70.00 (Orders up to 1000 kgs) | For free |
To €70.00 (Orders up to 3 kgs) | 3,49 € |
To €70.00 (Orders up to 1000 kgs) | 3,49 - 4,99 € |
Delivery to a DPD Pickup location
Delivery to a DPD Pickup location
2,39 €
Product description
Useful information
Specifications
Product description generated by artificial intelligence
Integrated Circuit UC3842AN DIP8
The UC3842AN DIP8, a member of the UC1842A/3A/4A/5A family of control ICs from Texas Instruments, is a current mode PWM controller ideal for off-line and DC-to-DC converters. This improved version offers enhanced features and performance compared to its predecessors.
Key Features and Functions
- Optimized for Off-line and DC-to-DC Converters: Efficiently manages power conversion in various applications.
- Low Start-Up Current: Minimizes power consumption during initial operation.
- Trimmed Oscillator Discharge Current: Ensures stable and reliable operation.
- Automatic Feed Forward Compensation: Improves transient response and stability.
- Pulse-by-Pulse Current Limiting: Protects the circuit from overcurrent conditions.
- Enhanced Load Response Characteristics: Maintains stable output voltage under varying load conditions.
- Under-Voltage Lockout with Hysteresis: Prevents unexpected operation during low-voltage situations.
- Double Pulse Suppression: Eliminates unwanted pulses, improving efficiency and reducing noise.
- High Current Totem Pole Output: Provides a strong drive signal for external switching elements.
- Internally Trimmed Bandgap Reference: Offers a stable voltage reference for precise control.
- 500kHz Operation: Enables high-frequency switching for smaller component sizes.
- Low Ro Error Amp: Improves accuracy and stability of the control loop.
Applications
The UC3842AN is suitable for a wide range of applications requiring precise current mode control in power supplies, including:
- Off-line converters
- DC-to-DC converters
- Other power supply designs
Why Choose this Product?
The UC3842AN DIP8 offers a combination of features that make it a superior choice for many power supply applications. Its improved performance, low start-up current, and robust protection mechanisms ensure reliable and efficient operation. The pin-for-pin compatibility with previous generations simplifies design and integration.
This description is generated using artificial intelligence (AI) and may differ from the actual product. Common AI errors may include:
- Inaccurate product features: some technical specifications, colors, sizes or other parameters may be inaccurate or omitted.
- Incorrect compatibility information: AI may provide incorrect information about the compatibility of products with other devices or systems.
- Overly Optimistic Functions: in some cases functions may be provided whose product iš doesnt really have.
- Name or Model Discrepancies: AI may misrepresent the product name or model.
If you notice inconsistencies or have questions about the description, please contact us before purchasing the product, please contact us by e-mail to you: [email protected].
