DC18019050-6(2.97)-20(32.67-60.67)

This series is widely used in optical communication signaling, lasers, sensors and other packages.

Classification:

Description: 

This series of TO package provides the mechanical foundation for mounting electronic and optical components such as semiconductors, laser diodes, sensors, and simple electronic circuits, while providing electrical signals to the packaged component through the leads for high-speed data transmission. The glass-sealed TO housings provide reliable, permanent protection of the package components from the environment and are customized to meet customer requirements.

 

Applications: 

This series is widely used in optical communication signaling, lasers, sensors and other packages.

 

Features: 

--Small structure 

--High reliability 

--Good hermeticity

 

Ordering Symbols: 

TO56 - 03 -  *

①           ②     ③ 

① Primary Code: TO8 Series, TO9 Series,TO18 Series, TO25 Series, TO33 Series, TO35 Series, TO38 Series, TO39 Series, TO40 Series, TO46 Series, TO5 Series, TO56 Series, TO60 Series, TO63 Series ; 

② Number of Leads: 01, 02, 03, 04, 05, 06, 07, 08, 09;

③ Retrofit Marking: 01, 02, 03

 

Main Performance Indicators:

Items

Indicators

Insulation resistance

≥1000M Ω( 100VDC)

Leak rate 

≤1*10-3Pa.cm3 /s (He)

Operating Temperature Range

-65°C ~ +165°C

Solderability

Flawless Tinning on Leads with Over 95% Surface Area Coated

Salt spray

5% Sodium Chloride (NaCl), 24 Hours, Surface Rust Area Less Than 5% of Total Base Area

Bond strength

Gold Wire 25μm, Tensile Force > 3gf 

Lead fatigue 

 

Bend Cycling Test: 90° ±5° Bending Angle, 3 Cycles; 

Leak Rate ≤ 1*10-3Pa.cm3 /s(He); No Lead Breakage or Looseness

Materials and Surface Coating

Name

Material

Surface Coating

Housing

SPCC, Kovar

Electroplated Nickel/Chemical Plated 

Nickel + Gold Plating/Silver Plating

Lead

Kovar,Iron-Nickel Alloy

Electroplated Nickel/Chemical Plated 

Nickel + Gold Plating/Silver Plating

Insulating Medium

Glass

/

Others

Weldable Aluminum Oxide and Aluminum Nitride Ceramic Substrates

The Micro Rectangular Feedthrough is a cutting-edge solution designed for seamless integration in high-tech environments. Ideal for applications requiring minimal space without compromising on functionality, this feedthrough excels in providing reliable electrical and optical connections. With its compact design, the Micro Rectangular Feedthrough ensures optimal performance in various industries, including telecommunications, medical devices, and scientific research.

Engineered with precision, the Micro Rectangular Feedthrough features robust materials that offer exceptional durability and resistance to harsh conditions. Its unique rectangular shape allows for efficient installation in tight spaces, making it a preferred choice for designers and engineers seeking innovative solutions. The Micro Rectangular Feedthrough is available in multiple configurations, accommodating a wide range of cable types and sizes, which enhances its versatility across different applications.

In addition to its physical advantages, the Micro Rectangular Feedthrough is designed with advanced sealing technology that guarantees protection against contaminants. This is particularly important in sensitive environments where maintaining integrity is crucial. By incorporating the Micro Rectangular Feedthrough into your system, you are investing in a product that not only meets but exceeds industry standards, ensuring long-lasting performance and reliability.

Overall, the Micro Rectangular Feedthrough represents a significant advancement in connectivity solutions. Whether you are developing a new prototype or upgrading existing systems, this feedthrough provides the perfect balance of size, strength, and functionality. Experience the difference that the Micro Rectangular Feedthrough can make in your operations, and enjoy the peace of mind that comes with using a trusted, high-quality product.

FAQ: 

What flange materials and mounting styles do you support?

  • We offer various flange materials like Stainless Steel 304/316L and Titanium, supporting various mounting styles, including flange welding, threading, and brazing. Our engineering team will recommend the most cost-effective and maintainable installation based on your chamber material and hermeticity requirements.

 

Can multi-pin integrated feedthroughs achieve independent signal transmission?

  • Yes. We can arrange dozens of independent pins within a single flange based on your needs. Our precision packaging ensures high insulation resistance and low crosstalk between pins, meeting the requirements for multi-channel sensor data transmission.

 

What is the temperature tolerance range of Yolanda’s insulator products?

  • Our standard products typically support operating temperatures from -65°C to +250°C. For specialized high-temperature industrial applications, we can provide customized glass sealing solutions resistant to over 400°C.

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Why choose Yolanda?

Shanghai Yolanda New Material Co., Ltd. is a leading manufacturer of high-performance electronic components, leveraging deep expertise in advanced materials science to deliver innovative and reliable solutions.

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