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KSD-USB-1394-092N-4BH82

KSD-USB-1394-092N-4BH82

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产品名称：USB插座1394
笔记：
电气：
1） 电压电流额定值2amp，30V交流电
2） 绝缘电阻：1000MMIN；
3） 接触电阻：最大30mR；
4） 耐压：500VAC；
5） d工作温度：-55℃TD+85℃
2.机械：
1） 配合力：最大35N
2） 分离力：最小10N。
注：1.标注尺寸
由Q.C和IPQC检查。
产品符合：ROHS
品牌：科斯达开关 KSDKG
产地：中国东莞

USB和1394（也称为FireWire）是两种不同的连接标准，用于连接设备和传输数据。以下是它们的一些主要区别：
USB（通用串行总线）
速度：USB 2.0的速度可达480 Mbps，USB 3.0的速度可达5 Gbps，USB 3.1甚至可以达到10 Gbps及以上。

广泛兼容性：几乎所有电子设备（如电脑、手机、打印机、摄像机等）都支持USB连接。

功耗：USB接口能够提供设备所需的电力，适合为手机等小型设备充电。

1394（FireWire）
速度：FireWire 400的速度为400 Mbps，FireWire 800可达到800 Mbps。

视频设备支持：FireWire在视频设备（如DV摄像机）中得到广泛应用，提供高带宽传输。

点对点连接：支持点对点连接，允许多个设备同时连接，且不需通过主控器（如USB集线器）。

总结
接口形状：USB接口通常较小，而1394则相对较大且形状不同。
使用场景：USB在日常消费电子产品中更常见，而1394在专业视频设备中仍有一定应用。


USB 1394 插座连接器是用于连接USB和FireWire（IEEE 1394）设备的一种接口。它具有以下主要特点和功能：
1. 物理特性：
形状：通常为矩形或方形，便于插入和匹配相应的插头。
引脚数：根据具体类型，可能有不同数量的引脚，常见的包括4针和6针接口。
材料：外壳通常由塑料或金属材料制成，以提供良好的耐用性和抗干扰能力。

2. 功能规格：
数据传输速度：USB 2.0支持最高480 Mbps，USB 3.0支持最高5 Gbps，而IEEE 1394（FireWire）可支持至800 Mbps（FireWire 800）。
供电能力：能够为连接的设备供电，USB接口通常支持500mA至900mA，具体取决于协议版本。

3. 兼容性：
支持多种设备连接，包括存储设备、摄像头、打印机等。
USB和FireWire设备可通过适配器互通（视适配器类型而定）。

4. 应用场景：
常见于计算机、外置硬盘、摄像机、数字音频设备等多个领域，便于高速数据传输。

5. 安全性：
大多数连接器设计有防插反的功能，减少错误连接的风险。

6. 安装与维护：
安装简便，通常即插即用，无需额外驱动程序支持。
保持连接器清洁和无尘，有助于延长使用寿命。

这些特点使得USB 1394插座连接器在现代设备中广泛应用，满足不同用户的需求。

USB和FireWire（1394）是两种不同的接口标准，各自有其特点和应用场景。下面是它们的连接特点：
USB（通用串行总线）
1.接口类型：
USB有多种接口类型，如USB-A、USB-B、USB-C等，支持不同的连接需求。

2.数据传输速度：
支持多种速度标准，从低速（1.5 Mbps）到高速（480 Mbps），再到USB 3.0及以上（高达5 Gbps或更高）。

3.供电功能：
USB不仅可以传输数据，还可以提供电源，适用于给设备充电。

4.连接方式：
插拔方便，支持热插拔（无需关机即可连接或断开）。

5.广泛应用：
在电脑、手机、外设等设备上广泛使用。

FireWire（IEEE 1394）
1.接口类型：
主要有两种类型：1394a（可达400 Mbps）和1394b（可达800 Mbps及1.6 Gbps）。

2.数据传输速度：
数据传输速度较快，适用于视频传输和高带宽设备。

3.供电功能：
类似于USB，也可以提供电源，但通常支持的电流较大，适合需要高功率的设备。

4.连接方式：
也支持热插拔，但连接器不如USB普及。

5.特定应用：
常见于专业视频设备、外部硬盘、音频设备等领域。

总结
USB和FireWire各有其特点，USB因其广泛的兼容性和方便的使用而成为主流接口，而FireWire则因其高速和稳定性，在专业领域仍然有一定的应用。选择哪种连接方式，应根据具体设备和需求进行判断。


Product Name: USB Socket 1394
Notes:
Electrical:
1) Voltage and current rated at 2amp, 30V AC
2) Insulation resistance: 1000MMIN;
3) Contact resistance: maximum 30mR;
4) Voltage resistance: 500VAC;
5) Working temperature: -55 ℃ TD+85 ℃
2. Mechanical:
1) Combined force: maximum 35N
2) Separation force: minimum 10N.
Note: 1. Annotate dimensions
By Q C and IPQC inspections.
Product compliance: ROHS
Brand: Coaster Switch KSDKG
Origin: Dongguan, China

USB and 1394 (also known as FireWire) are two different connection standards used to connect devices and transfer data. Here are some of their main differences:
USB (Universal Serial Bus)
Speed: USB 2.0 can reach speeds of 480 Mbps, USB 3.0 can reach speeds of 5 Gbps, and USB 3.1 can even reach speeds of 10 Gbps and above.

Wide compatibility: Almost all electronic devices (such as computers, phones, printers, cameras, etc.) support USB connection.

Power consumption: The USB interface can provide the power required by the device, making it suitable for charging small devices such as mobile phones.

1394（FireWire）
Speed: The speed of FireWire 400 is 400 Mbps, while FireWire 800 can reach 800 Mbps.

Video device support: FireWire is widely used in video devices such as DV cameras, providing high bandwidth transmission.

Point to point connection: Supports point-to-point connection, allowing multiple devices to connect simultaneously without the need for a controller (such as a USB hub).

summary
Interface shape: USB interfaces are usually smaller, while 1394 interfaces are relatively larger and have different shapes.
Usage scenario: USB is more common in daily consumer electronics products, while 1394 still has certain applications in professional video devices.


The USB 1394 socket connector is an interface used to connect USB and FireWire (IEEE 1394) devices. It has the following main features and functions:
1. Physical characteristics:
Shape: usually rectangular or square, easy to insert and match with the corresponding plug.
Pin count: Depending on the specific type, there may be different numbers of pins, commonly including 4-pin and 6-pin interfaces.
Material: The casing is usually made of plastic or metal material to provide good durability and anti-interference ability.

2. Functional specifications:
Data transfer speed: USB 2.0 supports up to 480 Mbps, USB 3.0 supports up to 5 Gbps, and IEEE 1394 (FireWire) can support up to 800 Mbps (FireWire 800).
Power supply capability: capable of supplying power to connected devices, the USB interface typically supports 500mA to 900mA, depending on the protocol version.

3. Compatibility:
Supports multiple device connections, including storage devices, cameras, printers, etc.
USB and FireWire devices can communicate with each other through an adapter (depending on the adapter type).

4. Application scenarios:
Commonly used in various fields such as computers, external hard drives, cameras, digital audio devices, etc., it facilitates high-speed data transmission.

5. Security:
Most connector designs have anti reverse insertion functions to reduce the risk of incorrect connections.

6. Installation and maintenance:
Easy to install, usually plug and play, no additional driver support required.
Keeping the connector clean and dust-free can help extend its lifespan.

These features make USB 1394 socket connectors widely used in modern devices to meet the needs of different users.

USB and FireWire (1394) are two different interface standards, each with its own characteristics and application scenarios. Here are their connection characteristics:
USB (Universal Serial Bus)
1. Interface type:
USB has multiple interface types, such as USB-A, USB-B, USB-C, etc., supporting different connection requirements.

2. Data transmission speed:
Supports multiple speed standards, ranging from low speed (1.5 Mbps) to high speed (480 Mbps), and even USB 3.0 and above (up to 5 Gbps or higher).

3. Power supply function:
USB can not only transfer data, but also provide power, suitable for charging devices.

4. Connection method:
Easy to plug and unplug, supports hot plugging (can be connected or disconnected without shutting down).

5. Wide application:
Widely used on computers, mobile phones, peripherals, and other devices.

FireWire（IEEE 1394）
1. Interface type:
There are mainly two types: 1394a (up to 400 Mbps) and 1394b (up to 800 Mbps and 1.6 Gbps).

2. Data transmission speed:
Fast data transmission speed, suitable for video transmission and high bandwidth devices.

3. Power supply function:
Similar to USB, it can also provide power, but typically supports higher currents, making it suitable for devices that require high power.

4. Connection method:
It also supports hot swapping, but the connectors are not as popular as USB.

5. Specific applications:
Commonly found in professional video equipment, external hard drives, audio devices, and other fields.

summary
USB and FireWire each have their own characteristics. USB has become the mainstream interface due to its wide compatibility and convenient use, while FireWire still has certain applications in professional fields due to its high speed and stability. The choice of connection method should be determined based on specific equipment and requirements.
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