Mô Đun Cảm Biến Nhận Diện Màu Sắc Tcs3200dtcs230

Brand bys
Model no. bys459-1500
Type other ic
Package module

Download:
http://pan
Yan
Color transfer
Sensor
Principles

Tcs230
With 8-foot soic surface encapsulation, there are 64 photodiodes integrated on a single chip.These diodes are divided into four types.Of these, 16 leds have
Red filter
16 optoelectronic diodes with
Green filter
16 optoelectronic diodes with
Blue filter
The remaining 16 filters are free of any filter and can pass through all optical information.These photodiodes are arranged in a cross-section of the chip, which minimizes the inhomogeneity of incoming light radiation and thus increases the accuracy of color recognition;On the other hand, 16 photodiodes of the same color are connected in parallel, evenly distributed in diode arrays, eliminating the color location error.At work, dynamically select the filter required by two programmable pins.The typical output frequency range of the sensor ranges from 2 hz to 500 khz, and users can also select 100%, 20% or 2% output ratio factors, or power shutdown mode, through two programmable pins.The output proportional factor enables the sensor output to adapt to different measuring ranges and enhances its adaptability.For example, when using a low-speed frequency counter, you can select a small set value to match the output frequency of the tcs230 with the counter.
Product description:
1
Tcs 3200 pcb board with gold plated technology
2,tcs 3200 is an upgraded version of tcs 230, which has a better effect
-power supply 3-5v
-optical interference
-white led, can control light, extinguish.
-color of non-luminous objects can be detected
7
Pcb size: (l) 33mmx (w) 25mm
Shipping list:
1 color sensor module as shown below
Simple test procedures are as follows:



Bit s0 p1 0/s0, s1
To set the output's share of space
Sbit s1 p1 1
Sbit s2 p1 3/s2, s3
To set a light-sensitive pattern
Sbit s3 p1 4
Sbit oe p1 2//
Enabling
Void rs232 init ()
{
Tmod 0x20/
Timer 1 works in mode 1
Scon 0x50
Pcon 0x80/
Th1 tl1 0xff// 22
Crystal vibration, wave rate set to 115200
Tr1 1
Ti 0
Ri 0
}
Void sent char (uchar a)//
Sending data
{
Sbuf a
Whistle (ti 0)
Ti 0
}
Uchar get char ()/
Receiving data
{
Whistle (ri 0)
Ri 0
Return sbuf
}
Uint color display (uchar m)
{
Uint time, a
A m
Tmod 0x61/
Counter 1, timer 0 working in 16 bit mode
Th0 tl0 0//
Counting from zero, timing
Th1 tl1 0
S0 1
S1 1
S2 m & 0x01
S3 m & 0x02
Oe 0
Tr0 tr1 1
Whistle (tl1 250)
Tr1 tr0 0
Oe 1
Time th0x256+tl0
Return (time)
}
Void main ()
{
Uint temp
Rs232 init ()
Oe 1
Whistle (1)
{

Temp color display (get char)
Rs232 init ()
Send char (temp/1000)
Send char (temp% 1000/100)
Send char (temp% 100/10)
Send char (temp% 10)