The MAX is a dual driver/receiver that includes a capacitive voltage generator to supply EIA voltage levels from a single 5-V supply. Each receiver. C VCC. Ordering Information and Selection Table appears at end of data sheet . MAX/MAX/MAXA Pin Configuration and Typical Operating Circuit. DIP16L. MAX is compatible with RS standard, and consists of dual transceiver. Each receiver converts TIA/EIAE levels into 5V TTL/CMOS levels.
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3 Description. The MAX device is a dual driver/receiver that includes a capacitive voltage generator to supply. TIA/EIAF voltage levels from a single 5-V. Available in quad flatpack package. For free samples & the latest literature: caite.info, or phone For small orders, phone. description/ordering information. The MAX is a dual driver/receiver that includes a capacitive voltage generator to supply TIA/EIAF voltage levels from a.
Namespaces Article Talk. Main article: Hi, Thank you And once again please visit our domestic website http: In other projects Wikimedia Commons. The intermediate link is provided through MAX Tags MAX
After receiving the commands to the modem, gives the output.
In this part we will discuss about the connection of the to RS connectors. In this the RS standard is not transistor transistor logic compatible, hence it requires the drivers such as the MAX chip to convert the voltage levels of RS and also in the opposite operation. The Microcontroller has two pins which are used for the transmitting and receiving the data continuously.
The two pins are TxD and RxD these two pins are pin11 and pin10 to the Microcontroller and these are from the port 3. The RS is not a compatible in the microprocessors and microcontrollers using through the voltage converter we can convert the RS signal to TTL voltage which are acceptable to the pins i.
TxD and RxD.
The power supply of MAX and Microcontroller has same power supply, i. The below diagram shows the line drivers from the transmitting and receiving data and the line drivers TxD is called as a T1 and T2. This article discusses about what is the MAX and interfacing needs. I hope the given information in the article is helpful to give some good information and understanding the project. For more details if you have any queries regarding this article or to implement electrical and electronic projects you can comment in the below section.
Here is a question for you, what is the function of MAX? He has 8 years of experience in Customer Support, Operations and Administration.
I sincerely appreciate your kind response regarding my article And once again please visit our domestic website http: Hi, Thank you And once again please visit our domestic website http: When I am trying to use USB to serial cable, it is not recognizing. Device manager show that drivers is not installed. Board is powered on. I want to know if I need any specific driver for max chip. I searched a lot on net but nothing is working.
I will appreciate your help. Thank you so much for this information. I got sufficient information of max TTL data is available on pin 12 and pin 11 and these pins can be attached to Microcontroller or any system which accept TTL logic.
MAX is used to solve this problem.
Sir there is a question in my mind, if a circuit disgine for 9v dc and i want to operate it on v AC. What should i do. There is one way that i know is, step dowm transformer and rectifier.
But if I dont have transformer, but resistors. Kindly tell me resistor velue to step down…. Wow, I like your advancements in electrical technology.
Intergrated circuits are really awesome. Your email address will not be published. Show More. Connects to the positive end of First capacitor.
Connects to the negative end of First Capacitor. Connects to positive end of second capacitor. Connects to negative end of second capacitor. T2 OUT.
Transmission pin of second converter module for RS cable. R2 IN. Reception pin of second converter module for RS cable. R2 OUT.
Reception pin of second converter module for Microcontroller Rx. T2 IN. Transmission pin of second converter module for Microcontroller Tx.