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KSD-SCJ316P00US0B00G

KSD-SCJ316P00US0B00G

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产品名称：3.5耳机插座贴片
耳机插孔技术参数：
音频插孔音频插座技术参数：
接触电阻：最大≤50mΩ
额定负载：直流12V 30V 0.5A 1A
绝缘电阻：≥100MΩ
插拔力：3N~30N
耐压：500V，交流/分钟
电气寿命：5000次循环
温度范围：-40～+85℃
产品符合：ROHS
品牌：科斯达开关 KSDKG
产地：中国东莞

耳机插孔的产品特点：
插座类型：2.5mm、3.5mm、6.35mm排标准规格；
安装方式：SMT、插入式、沉式、反向等；
应用领域：各种消费电子产品、家庭和办公设备以及便携式电子设备的音频传输。


贴片3.5耳机插座是一种常见的电子连接组件，主要用于手机、笔记本电脑、平板等设备中，为用户提供音频输出功能。以下是关于贴片3.5耳机插座的一些基本信息：
1.类型：一般有单声道和立体声两种，立体声插座常见为TRS（Tip-Ring-Sleeve）和TRRS（Tip-Ring-Ring-Sleeve）两种类型，TRS用于简单的耳机，TRRS则支持麦克风功能。

2.封装：贴片耳机插座通常采用表面贴装技术（SMD），便于自动化生产，减少焊接时间和人力成本。

3.焊接方式：贴片插座通常通过SMT（表面贴装技术）方式焊接在PCB（印刷电路板）上。

4.应用：广泛应用于便携式音频设备、计算机、智能手机及其他电子设备中。

5.尺寸与布局：不同型号的贴片耳机插座在尺寸和引脚布局上有所不同，选择时需根据具体的电路设计与空间要求来确定。


贴片3.5耳机插座主要有以下几个特点：

1.小巧设计：相比传统的耳机插座，贴片3.5耳机插座体积更小，适合空间有限的设备，如手机、平板、便携式音响等。

2.贴片式安装：采用贴片(SMD)技术，便于自动化生产和组装，提升生产效率和一致性。

3.连接稳定：由于固定方式和设计，贴片耳机插座通常提供较为稳定的连接，减少插拔过程中可能出现的接触不良。

4.音质表现：高品质的贴片耳机插座能够提供良好的音频传输，降低信号损失，保持音质纯净。

5.兼容性：一般支持三段式3.5mm插头（适用于单声道和立体声设备），兼容大部分耳机和音频设备。

6.耐久性：优质的材料和设计通常使得贴片3.5耳机插座具备良好的耐用性，能够承受较多的插拔次数。

7.抗干扰设计：一些高端型号可能增加了抗干扰设计，能够有效降低电磁干扰，提升音频信号的清晰度。

这些特点使得贴片3.5耳机插座在电子设备中越来越受到广泛应用。


Product Name: 3.5 Earphone Socket Patch
Technical parameters of headphone jack:
Audio jack and audio socket technical parameters:
Contact resistance: maximum ≤ 50m Ω
Rated load: DC 12V 30V 0.5A 1A
Insulation resistance: ≥ 100M Ω
Insertion and extraction force: 3N~30N
Voltage resistance: 500V, AC/min
Electrical lifespan: 5000 cycles
Temperature range: -40 to+85 ℃
Product compliance: ROHS
Brand: Coaster Switch KSDKG
Origin: Dongguan, China

Product features of headphone jack:
Socket types: 2.5mm, 3.5mm, 6.35mm standard specifications;
Installation methods: SMT, plug-in, sinking, reverse, etc;
Application areas: Audio transmission for various consumer electronics products, home and office devices, and portable electronic devices.


Surface mount 3.5 headphone jack is a common electronic connection component, mainly used in devices such as mobile phones, laptops, tablets, etc., to provide users with audio output function. Here are some basic information about the patch 3.5 headphone jack:
1. Type: There are generally two types: mono and stereo. The stereo sockets are commonly TRS (Tip Ring Sleeve) and TRRS (Tip Ring Sleeve). TRS is used for simple headphones, while TRRS supports microphone function.

2. Packaging: Surface mount technology (SMD) is commonly used for surface mount headphone sockets, which facilitates automated production and reduces soldering time and labor costs.

3. Welding method: Surface mount technology (SMT) is commonly used to solder surface mount sockets onto printed circuit boards (PCBs).

4. Application: Widely used in portable audio devices, computers, smartphones, and other electronic devices.

5. Size and layout: Different models of patch headphone sockets have different sizes and pin layouts, and the selection should be determined based on specific circuit design and space requirements.


The patch 3.5 headphone jack mainly has the following characteristics:

1. Compact design: Compared to traditional headphone sockets, the patch 3.5 headphone socket has a smaller volume and is suitable for devices with limited space, such as mobile phones, tablets, portable speakers, etc.

2. SMT installation: Using SMD technology, it facilitates automated production and assembly, improving production efficiency and consistency.

3. Stable connection: Due to the fixed method and design, surface mount headphone sockets usually provide a relatively stable connection, reducing the possibility of poor contact during the plugging and unplugging process.

4. Sound quality performance: High quality surface mount headphone sockets can provide good audio transmission, reduce signal loss, and maintain pure sound quality.

5. Compatibility: Generally supports a three-stage 3.5mm plug (suitable for mono and stereo devices), compatible with most headphones and audio devices.

6. Durability: High quality materials and design often make the patch 3.5 headphone jack have good durability and can withstand a large number of insertions and removals.

7. Anti interference design: Some high-end models may have added anti-interference design, which can effectively reduce electromagnetic interference and improve the clarity of audio signals.

These characteristics make the patch 3.5 headphone jack increasingly widely used in electronic devices.
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