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KSD-DS-12

KSD-DS-12

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产品名称：拨码开关
产品规格：
评级：25mA，24V直流
接触电阻：最大100mΩ。
绝缘电阻：直流100V时最小1000 MΩ
操作力：最大800gf
旅行：2.0毫米
生命周期：2000循环
产品符合：ROHS
品牌：科斯达开关 KSDKG
产地：中国东莞

应用领域:
家用电器产品
抽油烟机面板
墙壁开关
可视门铃，酒店门禁
浴室设备
电梯操作面板
医疗设备,
制药设备
食品加工设备
汽车电子


拨码开关是一种电子开关，通常用于设置或选择电子设备中的参数，如地址、配置选项或其他设置。它由多个拨动式开关组成，每个开关可以处于“开”或“关”的状态，以此来代表二进制数中的1和0。

以下是拨码开关的一些基本描述：

1.结构组成：拨码开关通常由一组开关按钮、底座和内部的接点组成。每个开关按钮可以沿垂直或水平方向拨动。

2.工作原理：通过改变开关的位置，可以改变开关接点的连接状态。通常，“开”状态表示接点闭合，而“关”状态表示接点断开。

3.位数：拨码开关的位数通常为4位、8位、10位、12位等，位数的多少决定了可以表示的二进制数的范围。

应用场景：拨码开关广泛应用于微控制器、通讯设备、计算机、工业控制系统等领域，用于设置地址、数据选择、模式选择等功能。


拨码开关是一种常见的电子元件，主要用于电路中的手动设置或调整。它具有以下特点：

1.操作简便：用户可以通过拨动开关的位置来改变电路的通断状态，操作直观方便。

2.多位组合：拨码开关通常有多位（如8位、10位等），每位的开关状态可以独立设置，从而可以组合出多种不同的状态。

3.接触可靠：优质的拨码开关采用机械式接触，接触可靠，不易发生误动作。

4.应用广泛：拨码开关可用于各种电子设备中，如计算机、通讯设备、测量仪器等，用于地址设置、数据选择、系统配置等。

5.体积小：拨码开关通常体积较小，便于安装在紧凑的电子设备中。

6.耐久性：良好的拨码开关具有较长的使用寿命，可以承受上万次的拨动操作。

7.电路隔离：多位拨码开关通常将各个位之间的电路隔离，防止误操作导致短路。

8 .指示清晰：部分拨码开关带有关闭指示，使得用户可以清晰地识别开关状态。

9.安装方式多样：拨码开关有贴片式、插件式等多种安装方式，便于不同电路板的安装需求。

10成本效益：与一些复杂的电子开关相比，拨码开关结构简单，制造成本较低，具有较好的成本效益。

在选择拨码开关时，应根据实际应用场景的需要，考虑其位数、尺寸、安装方式、耐久性等因素，以确保开关的可靠性和使用效率。


Product Name: Dial Switch
Product specifications:
Rating: 25mA, 24V DC
Contact resistance: maximum 100m Ω.
Insulation resistance: minimum 1000 M Ω at DC 100V
Operating force: maximum 800gf
Travel: 2.0 millimeters
Lifecycle: 2000 cycles
Product compliance: ROHS
Brand: Coaster Switch KSDKG
Origin: Dongguan, China

Application areas:
Household appliances products
Range hood panel
Wall switch
Visual doorbell, hotel access control
Bathroom equipment
Elevator operation panel
Medical equipment,
Pharmaceutical equipment
Food processing equipment
Automotive Electronics


A dip switch is an electronic switch typically used to set or select parameters in electronic devices, such as addresses, configuration options, or other settings. It consists of multiple toggle switches, each of which can be in the "on" or "off" state to represent the binary numbers 1 and 0.

Here are some basic descriptions of dip switches:

1. Structural composition: A dip switch typically consists of a set of switch buttons, a base, and internal contacts. Each switch button can be moved vertically or horizontally.

2. Working principle: By changing the position of the switch, the connection status of the switch contacts can be altered. Usually, the "open" state indicates that the contact is closed, while the "closed" state indicates that the contact is open.

3. Number of bits: The number of bits for a dip switch is usually 4, 8, 10, 12, etc. The number of bits determines the range of binary numbers that can be represented.

Application scenarios: DIP switches are widely used in microcontrollers, communication devices, computers, industrial control systems, and other fields, for setting functions such as address, data selection, and mode selection.


A dip switch is a common electronic component mainly used for manual setting or adjustment in circuits. It has the following characteristics:

1. Easy to operate: Users can change the on/off state of the circuit by shifting the position of the switch, making the operation intuitive and convenient.

2. Multi bit combination: DIP switches usually have multiple bits (such as 8 bits, 10 bits, etc.), and the switch status of each bit can be independently set, allowing for the combination of multiple different states.

3. Reliable contact: High quality dip switches use mechanical contact, which is reliable and not prone to misoperation.

4. Wide application: DIP switches can be used in various electronic devices, such as computers, communication equipment, measuring instruments, etc., for address setting, data selection, system configuration, etc.

5. Small size: DIP switches are usually small in size, making them easy to install in compact electronic devices.

6. Durability: A good toggle switch has a long service life and can withstand tens of thousands of toggle operations.

7. Circuit isolation: Multi bit dip switches typically isolate circuits between different bits to prevent short circuits caused by misoperation.

8. Clear indication: Some dip switches have a turn off indicator, allowing users to clearly identify the switch status.

9. Diverse installation methods: DIP switches have various installation methods such as patch and plug-in, which facilitate the installation needs of different circuit boards.

Cost effectiveness: Compared with some complex electronic switches, dip switches have a simple structure, lower manufacturing costs, and better cost-effectiveness.

When selecting a dip switch, factors such as the number of digits, size, installation method, durability, etc. should be considered according to the needs of the actual application scenario to ensure the reliability and efficiency of the switch.
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