140EHC10500  |  高速计数器模块  |   场效应晶体管(FET)

型号：140EHC10500

输入数：8

解决需求：

12个输出字

12个输入字

计数输入电压：最大30v DC

计数输入类型：离散增量计数器

计算频率：100000赫兹

工作周期：1/1计数器输入

操作阈值;

15…30V单端模式24v REF DC on状态

3……5V单端模式24v REF DC关断状态

离散输出数：8

离散输出类型:场效应晶体管(FET)

离散输出电压:0v关断直流

20 30…V开关接通直流

负载电流:0.21

140EHC10500离散增量计数器是一种电子设备或软件工具，用于记录或计算离散事件的增量。在数字电子、计算机编程和控制系统等领域中，计数器扮演着重要的角色。

140EHC10500离散增量计数器通常具有以下特点：

离散性：它只计算或响应离散的事件或信号，而不是连续变化的量。

增量性：每当特定的事件发生时，计数器的值就会增加。

复位功能：计数器通常具有复位（或清零）功能，可以将其值重置为初始状态。

计数范围：计数器有一个固定的计数范围，超出这个范围可能会导致溢出或错误。

140EHC10500应用示例：

工业控制系统：在生产线上，离散增量计数器可以用来记录生产的产品数量，或者监测某个工序的完成次数。

数字电路：在数字电子中，计数器通常由一系列触发器（如JK触发器、D触发器）和逻辑门组成，用于实现特定的计数功能。

计算机编程：在软件编程中，程序员可以使用变量来模拟离散增量计数器的功能，例如记录用户点击按钮的次数或网页的访问次数。

Model: 140EHC10500

Input number: 8

Address needs:

12 output words

12 input words

Count input voltage: 30v DC Max

Count input type: discrete incremental counter

Calculated frequency: 100000 Hz

Working cycle: 1/1 counter input

Operating threshold;

15... 30V Single-ended mode 24v REF DC on status

3... 5V Single-ended mode 24v REF DC Off status

Discrete output: 8

Discrete output type: Field effect transistor (FET)

Discrete output voltage :0v off DC

Twenty, thirty... The V switch connects DC

Load current :0.21

The 140EHC10500 Discrete Increment counter is an electronic device or software tool used to record or calculate the increment of a discrete event. In the fields of digital electronics, computer programming and control systems, counters play an important role.

140EHC10500 discrete increment counters typically have the following characteristics:

Discreteness: It only calculates or responds to discrete events or signals, rather than continuously varying quantities.

Incremental: The value of the counter increases each time a specific event occurs.

Reset function: A counter usually has a reset (or zeroclear) function that resets its value to its initial state.

Counting range: Counters have a fixed counting range, beyond which overflow or errors may result.

140EHC10500 Application Example:

Industrial control systems: On a production line, discrete incremental counters can be used to record the number of products produced, or to monitor the number of times a process is completed.

Digital circuit: In digital electronics, a counter usually consists of a series of flip-flops (such as JK flip-flops, D flip-flops) and logic gates to implement a specific counting function.

Computer programming: In software programming, programmers can use variables to simulate the function of discrete incremental counters, such as recording the number of times a user clicks a button or visits to a web page.