The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.The Hirose DF13-5S-1.25C is a widely used high performance fine pitch connector in the electronic connector market. However, due to supply chain optimization, cost control or other needs, finding alternative products has become a priority for many companies. This article will analyze the possibility of HOYATO WF125 series replacing Hirose DF13-5S-1.25C series. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

I. Key Parameters of Hirose DF13-5S-1.25C

Before evaluating alternatives, it is important to understand the key technical specifications of the Hirose DF13-5S-1.25C:

Pitch: 1.25 mm

Number of pins: 5 pins

Rated current: 1 A (single pin)

Rated voltage: 100 V AC/DC

Contact resistance: ≤ 30 mΩ

Insulation resistance: ≥ 500 MΩ

Operating temperature range: -30°C to +85°C

Material: ≤ 30 mΩ

Terminals: Copper alloy, tinned or gold plated

Housing: Heat-resistant plastic

These features make the DF13 series suitable for high-density installations such as consumer electronics, communication equipment, and industrial automation. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

Technical Specifications of HOYATO WF125 Series

HOYATO WF125 series is a connector product that combines performance and cost advantages, and the following are its key parameters:

Pitch: 1.25 mm

Number of pins: 5 pins (multiple pin configurations supported)

Rated current: 1 A (single pin)

Rated voltage: 100 V AC/DC

Contact resistance: ≤ 35 mΩ

Insulation resistance: ≥ 500 MΩ

Operating temperature range: -25°C to +85°C

Material: ≤ 0.5 mΩ

Terminals: Copper alloy, tin-plated

Housing: High strength engineering plastic

Compatibility Analysis

From the technical parameters, HOYATO WF125 series is very close to the specifications of Hirose DF13-5S-1.25C, and the following is the specific compatibility analysis:

1. Electrical Performance

The rated voltage and rated current of both series are the same, which can meet most of the signal transmission and low power supply requirements.

The contact resistance of the WF125 is slightly higher than that of the DF13, but is still within industry acceptance and will not significantly affect most applications. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

2. Mechanical Properties

With a pitch of 1.25 mm and the same pin configuration, the physical dimensions of both devices are basically compatible.

The DF13 has a double contact design for slightly higher reliability, while the WF125 has a single contact configuration with limited impact in routine applications. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

3. Durability

The Hirose DF13 series has a slightly wider operating temperature range (-30°C to +85°C) and performs better in extreme low temperature environments. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

The WF125 is made of a slightly less high performance heat resistant plastic than the DF13, but is still adequate for general industrial and consumer electronics environments. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

4. Latch Design

The DF13 series has a locking mechanism to ensure a secure connection; the WF125 has a simpler locking design, but still provides basic protection against loosening.

5. Cost effectiveness

HOYATO WF125 series usually has a significant cost advantage, which is suitable for budget-sensitive projects. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C, for more information visit dghoyato.com.

Application Scenario Suitability

Suitable for alternative scenarios:

Consumer electronics: such as smart home, portable devices, cost-sensitive and not demanding extreme environment scenarios. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

General industrial equipment: signal transmission needs are clear, moderate ambient temperature scenarios. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C, for more information visit dghoyato.com.

Short-term or one-time products: such as prototypes, temporary equipment. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

Scenarios that are not suitable for substitution:

High reliability requirements: such as aerospace, automotive electronics, medical equipment, and other scenarios with extremely high requirements for stability and contact reliability. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

Extreme environments: such as extremely low or high temperature, strong vibration environment. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C, for more information visit dghoyato.com.

V. Conclusion

The HOYATO WF125 series, as a replacement for the Hirose DF13-5S-1.25C, is highly viable for general consumer electronics and general industrial applications, especially where cost control is the primary objective. However, in scenarios where reliability and extreme environmental adaptability are more important, it is still necessary to carefully evaluate whether its performance fully meets the needs. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

During the actual selection process, it is recommended to ensure that the HOYATO WF125 series fully meets the requirements of the project by combining product sample testing and application environment verification. The HOYATO WF125 and HOYATO HS125 series are available as potential alternatives to the Hirose DF13-5S-1.25C df13-5s-1.25c df13-5s-1.25c hirose df13 5s 1.25 c. For more information, visit dghoyato.com.

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