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nxp-semiconductors/byq28x-200-127
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| Product Attribute | Attribute Value |
|---|
| WeEn Semiconductors |
| Product Category: | Rectifiers |
| RoHS: | RoHS |
| Through Hole |
| TO-220F |
| 200 V |
| 10 A |
| Fast Recovery Rectifiers |
| Dual Common Cathode |
| 1.1 V |
| 55 A |
| 10 uA |
| 25 ns |
| - 40 C |
| + 150 C |
| Brand: | WeEn Semiconductors |
| Height: | 9.3 mm |
| Length: | 10.3 mm |
| Product: | Rectifiers |
| Product Type: | Rectifiers |
| Factory Pack Quantity: | 1000 |
| Subcategory: | Diodes & Rectifiers |
| Width: | 4.6 mm |
Introduction to the BYQ28X-200 Fast Recovery Rectifier by NXP Semiconductors
The BYQ28X-200, crafted by NXP Semiconductors, is a high-performance fast recovery rectifier designed for efficient and rapid voltage conversion. Its dual common cathode configuration and through-hole mounting style make it a versatile choice for a wide range of electronic applications. Capable of handling reverse voltages up to 200V and forward currents of 10A, this component is engineered for reliability and durability. The device boasts a low forward voltage of 1.1V, ensuring minimal power loss during operation. With a maximum surge current of 55A, the BYQ28X-200 is well-suited to withstand transient peak currents, making it an ideal solution for power supply circuits requiring fast recovery times.
NXP is the manufacturer of the BYQ28X-200,127, which is available in stock at Nantian. The reference price for BYQ28X-200,127 can be found by referring to NXP or Nantian's listings. For detailed parameters and understanding its functionality, you can refer to the BYQ28X-200,127 datasheet PDF and pin diagram description that are available for download.
The BYQ28X-200,127 has a wide range of applications as outlined in DSP Datasheet PDF. To further understand how it works, you can find usage methods along with circuit diagrams within these resources. For comprehensive electronics tutorials on using this component, these documents should prove highly beneficial.
BYQ28X-200,127 in Stock
All relevant information including datasheets, pin diagrams, circuit diagrams and tutorials related to BYQ28X-200,127 could be downloaded from Nantian's platform.
Core Features
Mounting Style: Through Hole, facilitating easy installation and soldering on printed circuit boards.
Package / Case: TO-220F, providing a reliable and robust housing for the device.
Reverse Voltage (Vr): 200V, indicating the maximum voltage the device can block in the reverse direction.
Forward Current (If): 10A, highlighting its capability to conduct a high current in the forward direction.
Type: Fast Recovery Rectifiers, designed for rapid switching and low power loss.
Configuration: Dual Common Cathode, allowing for the integration of two diodes in a single package for efficiency.
Forward Voltage (Vf): 1.1V, ensuring low voltage drop and higher efficiency in applications.
Max Surge Current: 55A, capable of handling high current surges without damage.
Technical Specifications
Reverse Current (Ir): 10 uA, the leakage current when the diode is reverse-biased.
Recovery Time: 25 ns, indicating the speed at which the diode can switch from conducting to blocking state, critical for fast switching applications.
Operating Temperature Range: From -40°C to +150°C, ensuring reliability across a wide range of environmental conditions.
Dimensions: Height of 9.3 mm and Length of 10.3 mm, compact size for easy integration into various designs.
Applications and Integration
The BYQ28X-200 is tailored for applications requiring efficient and fast voltage rectification. Its fast recovery time makes it particularly suitable for high-frequency power supplies, inverters, and converters where speed and efficiency are paramount. The device's ability to handle significant voltage and current levels, along with its robust surge current capacity, ensures reliable performance in demanding situations. Its through-hole TO-220F package facilitates straightforward mounting and thermal management, making it a practical choice for both new designs and replacements in existing circuits. The dual common cathode configuration enhances its application versatility, allowing for more efficient circuit designs.