OP62A02 Eletechsup 2CH 10MHz High Speed Photoelectric Isolation Module 5000Vrms 3.3V 5V NPN PNP Level Converter for Arduino ESP8266

OP62A02 Eletechsup 2CH 10MHz High Speed Photoelectric Isolation Module 5000Vrms 3.3V 5V NPN PNP Level Converter for Arduino ESP8266

5PCS / No terminal
$13.03
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OP62A02 Eletechsup 2CH 10MHz High Speed Photoelectric Isolation Module 5000Vrms 3.3V 5V NPN PNP Level Converter for Arduino ESP8266
OP62A02 Eletechsup 2CH 10MHz High Speed Photoelectric Isolation Module 5000Vrms 3.3V 5V NPN PNP Level Converter for Arduino ESP8266
$13.03
Quantity5PCS
Version

Features


This is a 2-channel high-speed photoelectric isolation module with a maximum transmission rate of up to 10MBit/s and input and output isolation of 5000Vrms. There are four wiring methods, non-inverting input, inverting input, differential in-phase input, and differential inverting input. Can be used in most 3.3V 5V level isolation situations.

Working voltage: DC 3.3-5.5V
Input level : 3.3-5V
Output level: 3.3-5V
Input drive current: 3.3V/4MA; 5V/7MA
Output load current: 3.3V/5MA; 5V/8MA
Input signal type: NPN/PNP
Output signal type: NPN
Isolation voltage: 5000V
Signal frequency: <10Mhz

Product model: OP62A02
Brand name: eletechsup

Working temperature: -40~+110 Degrees Celsius
Conversion type: NPN to NPN; PNP to NPN
Size: 35.5*22*5.7MM(No terminal),35.5*22*12MM(With terminal)
Weight: 3.1grams(No terminal),6.5grams(With terminal)



Application:
3.3V LvTTL 5V TTL Convert each other
for Arduiuo MEGA2560 ESP32 ESP8266 etc.
Line receiver,data transmission
Data multiplexing
Switching power supplies
Pulse transformer replacement



Pin Description:
IN1+:Signal Input 1+
IN1- :Signal Input 1-
IN2+:Signal Input 2+
IN2- :Signal Input 2-
VCC: Output Working Power+(DC 3-5.5V)
GND: Output Working Power-
O1: Signal Output 1
O2: Signal Output 2










There are three wiring methods. The input drive requires a current of more than 8MA. If you are not sure about the drive current of the input device, it is recommended to use the first wiring method.

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