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| Model NO. | To38 Header 3p4l(4pin) |
| Type | Infrared Range and Communication System |
| Model | To38 |
| Pin Type | Kovar |
| Materlal | SPCC,Glass |
| Pin Quantity | 4pin |
| Authentication | ISO,RoHS |
| Customize or Not | Customized |
| Application | Transceiver Module for Optical Commanilation |
| Gold Thinckness Test | Customer Requirements for Production |
| Standard Export Packing | Standard Ecport Packing |
| Source | China |
| Brand | XR |
| HS Code | 3711930783 |
Product Description
| NO. | Item | Condition | Standard |
| 1 | Insulation capability | Relative humidity less than 50%,and the temperature at 25±5ºC | More than 1×109Ω at DC500V and More than 1×1010Ω at DC50V |
| 2 | Leak test | Test with a helium mass spectrometer. | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 3 | Lead loose | 3×180°bending after bent lead 90°and apply a force of 3N. | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 4 | Lead tension | 25N tension 5-10sec | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 5 | Lead bending | 3×(±90°)with a weight of 2.25N | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 6 | High temperature impact | 300ºC 10min. natural cooling | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 7 | Bake test | 320ºC 5min | Not changing the color |
| 8 | Plating adherence | 2-6coiled at a Φ1mm mandrel | Nickel plating must be adherent,no peeling and no blistering. |
| 9 | Solderrability of leads | 160ºC 90min,flux 5-10s ,tinbath at 255±5ºC,5±0.5 seconds. | Leads shall be covered with solder up to 95%. |
XR Original and High-Quality 38 Header Diode for Laser is engineered for precision and reliability, making it an essential component in modern laser technology. Whether you're working with high-power lasers in industrial applications or precise laser systems in scientific research, this diode provides the optimal performance required for your projects.
Crafted from high-quality materials, this 38 header diode offers exceptional energy efficiency and high-speed performance, ensuring minimal energy loss and maximum output. With its advanced heat dissipation technology, the diode is capable of handling demanding environments, making it ideal for use in high-power systems.
The diode’s design enables a consistent laser output, crucial for processes like cutting, engraving, and measuring in various industrial settings. With its compact size, it is easy to integrate into different laser modules, providing a seamless experience for manufacturers and engineers.
High Efficiency and Low Power Consumption:
The 38 header diode is engineered to operate efficiently, minimizing energy loss while maintaining a high output level. This makes it a great choice for energy-conscious applications.
Durable Construction:
Manufactured with robust materials, the diode is designed for long-lasting use in demanding environments. Its high thermal stability ensures reliable operation over time.
Stable Performance:
The diode delivers consistent and precise laser output, ensuring high-quality results across different applications, from medical to industrial.
Compact and Easy to Integrate:
Its compact form allows for easy integration into existing laser systems, making it a versatile solution for many industries.
Wide Application Range:
Ideal for use in high-precision environments, including scientific research, industrial machinery, medical devices, and laser-based manufacturing processes.
The 38 Header Diode for Laser is designed for versatile use in a variety of fields where precision and durability are paramount:
Industrial Laser Applications:
Perfect for high-power cutting, engraving, and welding machines, the diode ensures consistent laser output for industrial systems requiring high precision.
Medical Devices:
The diode plays a critical role in medical lasers used for imaging, surgery, and diagnostics, offering reliable and safe performance in medical environments.
Scientific Research:
In research settings, the diode is used in laser spectroscopy, interferometry, and other scientific applications, providing high accuracy and stability for experiments.
Telecommunications:
The diode is also used in fiber-optic systems, enhancing data transmission with high-speed lasers that provide clear and consistent signals.
Laser-Based Manufacturing:
Whether for marking or engraving products, the diode offers precision that improves the quality of manufactured goods.
Energy-Efficient Design:
This diode operates with minimal power consumption, making it a cost-effective solution for long-term use in laser systems.
Reliable Performance in Harsh Environments:
Designed for durability, the diode performs optimally even under high temperatures and heavy usage, ensuring long-term reliability.
Compact and Lightweight:
With a compact size, this diode fits into a wide range of laser systems, offering ease of integration and minimal space requirements.
Precision and Stability:
It provides a stable laser output, ideal for industries where precision and accuracy are critical.
Versatile Applications:
From medical lasers to industrial systems, this diode can be used in various fields, ensuring reliable performance across different industries.
| Model NO. | To38 Header 3p4l(4pin) |
| Type | Infrared Range and Communication System |
| Model | To38 |
| Pin Type | Kovar |
| Materlal | SPCC,Glass |
| Pin Quantity | 4pin |
| Authentication | ISO,RoHS |
| Customize or Not | Customized |
| Application | Transceiver Module for Optical Commanilation |
| Gold Thinckness Test | Customer Requirements for Production |
| Standard Export Packing | Standard Ecport Packing |
| Source | China |
| Brand | XR |
| HS Code | 3711930783 |
Product Description
| NO. | Item | Condition | Standard |
| 1 | Insulation capability | Relative humidity less than 50%,and the temperature at 25±5ºC | More than 1×109Ω at DC500V and More than 1×1010Ω at DC50V |
| 2 | Leak test | Test with a helium mass spectrometer. | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 3 | Lead loose | 3×180°bending after bent lead 90°and apply a force of 3N. | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 4 | Lead tension | 25N tension 5-10sec | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 5 | Lead bending | 3×(±90°)with a weight of 2.25N | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 6 | High temperature impact | 300ºC 10min. natural cooling | No leakage more than |
| 1×10-9Pa•m3/sec. | |||
| 7 | Bake test | 320ºC 5min | Not changing the color |
| 8 | Plating adherence | 2-6coiled at a Φ1mm mandrel | Nickel plating must be adherent,no peeling and no blistering. |
| 9 | Solderrability of leads | 160ºC 90min,flux 5-10s ,tinbath at 255±5ºC,5±0.5 seconds. | Leads shall be covered with solder up to 95%. |
XR Original and High-Quality 38 Header Diode for Laser is engineered for precision and reliability, making it an essential component in modern laser technology. Whether you're working with high-power lasers in industrial applications or precise laser systems in scientific research, this diode provides the optimal performance required for your projects.
Crafted from high-quality materials, this 38 header diode offers exceptional energy efficiency and high-speed performance, ensuring minimal energy loss and maximum output. With its advanced heat dissipation technology, the diode is capable of handling demanding environments, making it ideal for use in high-power systems.
The diode’s design enables a consistent laser output, crucial for processes like cutting, engraving, and measuring in various industrial settings. With its compact size, it is easy to integrate into different laser modules, providing a seamless experience for manufacturers and engineers.
High Efficiency and Low Power Consumption:
The 38 header diode is engineered to operate efficiently, minimizing energy loss while maintaining a high output level. This makes it a great choice for energy-conscious applications.
Durable Construction:
Manufactured with robust materials, the diode is designed for long-lasting use in demanding environments. Its high thermal stability ensures reliable operation over time.
Stable Performance:
The diode delivers consistent and precise laser output, ensuring high-quality results across different applications, from medical to industrial.
Compact and Easy to Integrate:
Its compact form allows for easy integration into existing laser systems, making it a versatile solution for many industries.
Wide Application Range:
Ideal for use in high-precision environments, including scientific research, industrial machinery, medical devices, and laser-based manufacturing processes.
The 38 Header Diode for Laser is designed for versatile use in a variety of fields where precision and durability are paramount:
Industrial Laser Applications:
Perfect for high-power cutting, engraving, and welding machines, the diode ensures consistent laser output for industrial systems requiring high precision.
Medical Devices:
The diode plays a critical role in medical lasers used for imaging, surgery, and diagnostics, offering reliable and safe performance in medical environments.
Scientific Research:
In research settings, the diode is used in laser spectroscopy, interferometry, and other scientific applications, providing high accuracy and stability for experiments.
Telecommunications:
The diode is also used in fiber-optic systems, enhancing data transmission with high-speed lasers that provide clear and consistent signals.
Laser-Based Manufacturing:
Whether for marking or engraving products, the diode offers precision that improves the quality of manufactured goods.
Energy-Efficient Design:
This diode operates with minimal power consumption, making it a cost-effective solution for long-term use in laser systems.
Reliable Performance in Harsh Environments:
Designed for durability, the diode performs optimally even under high temperatures and heavy usage, ensuring long-term reliability.
Compact and Lightweight:
With a compact size, this diode fits into a wide range of laser systems, offering ease of integration and minimal space requirements.
Precision and Stability:
It provides a stable laser output, ideal for industries where precision and accuracy are critical.
Versatile Applications:
From medical lasers to industrial systems, this diode can be used in various fields, ensuring reliable performance across different industries.
