Shenzhen Kai Mo Rui Electronic Technology Co. LTDShenzhen Kai Mo Rui Electronic Technology Co. LTD

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CM130Z Category::Code control

The CM130Z control board is a multi-channel IO level-triggered motherboard built with discrete components, featuring hardware logic that enables dual-mode signal output. It supports two human-machine interaction methods: manual triggering via external buttons and automatic voltage control, making it suitable for profes...

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IntroductionParameters

Product Introduction

Features: Dual-button non-overlapping multiplexing, wide-voltage input support, flexible voltage mapping, precise single-channel IO pull-down control, and a professional-grade button mechanism with advanced level-control core.

Purpose: Featuring professional-grade multi-functional buttons and an IO level control core, this design is specifically tailored for devices requiring multi-level operation and flexible voltage regulation.

Main power supply: Acceptable input voltage range: 4.75 V to 15 V.

Control voltage input: Accepts input voltages ranging from 5 V to 24 V for IO output switching and control.

IO Pin Output: Supported output voltage range: 0.6 V to-0.15 V.

Dimensions: 45 mm × 45 mm.

Four positioning holes: 38×38 mm, with a diameter of 2.4 mm.

Note: 1.0/1.25 represents the center-to-center distance between terminal pins

Main Features: 6-way buttons, 11 IO outputs (105D), and 5 IO channels


Product Parameters

Pin Name

Terminal Definition

explain

1.0 5-channel IO outputs

GND + 5 IO channels

The functions of VF4 to VF0 are defined in Table 2.

1.25 IO Output Control Port

COM port + 6 voltage input pins

The voltage input methods for Route 6 are defined in Table 4.

1.25 Power Supply

12V+GND

Power Pin

1.25 Bus 11 IO Output

GND+11 IO

See "Regarding Route 11 IO Description"

1.0 Definition of 5 IO Outputs 

VF0

reduce

VF1

focus +

VF2

amplify

VF3

focus -

VF4

menu

GND

Power Supply Location

The input method of the control pin determines the unique controlled IO.1.0 Control Relationship Between 5 IO Channels

Control Pin

Control Pin

M

VF4

Z

VF0/VF2

F

VF1/VF3

1.25 Control relationship of Pin 11 on Bus IO

Control Pin

Control Pin

M

IO1

Z

IO2/IO3

F

IO4/IO5

I

IO6/IO7

D

IO8/IO9

T

IO10/IO11

1.25 IO Output Control PortConnect the COM (public terminal) to GND, and connect the other end to a wide voltage source.

selectable End

controlled IO

M

IO1/VF4

Z

IO2/VF2

F

IO4/VF1

I

IO6

D

IO8

T

IO10

Connect the COM (public terminal) to high voltage, and connect the other end to GND.

selectable End

controlled IO

M

not have

Z

IO3/VF0

F

IO5/VF3

I

IO7

D

IO9

T

IO11

Regarding the description of Route 1.25's IO specifications:

The pins define 11 IO channels and GND, with pins IO1IO5 and VF0VF4 shared; therefore, the 1.0 configuration (5 IO channels) and the 1.25 configuration (11 IO channels) cannot be used simultaneously. When inactive, all 11 IO channels default to high level; when a control pin is active, one channel is pulled low while the others remain high. Specific pin functions depend on external circuit configurations and programming requirements.


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