The MAXR is a part of the323 ** of.
Package Information- ** Type TSS (Thin Shrink Below the list of all pins Number Pin Specifications |
------------ corresponding | input | 5.V). | C IN |verting the,6 5 |- Trans ofRS-232 ). || OUT of output driver8 | R2 | Receiver2 input (RS232 |, 2- | the |11 ( common point Receiver output output to external 13 |2IN | TTL T | second| 2 | R2 | Receiver ( from transmitter to IN T | tomitter 2 (RS-232 input external device | | R input input Detailed voltage logic to like transmitterV 23 ** negative and C features voltage, - to- positive lines ( Principle Trans51:OS0 (4) - This connects to the negative, usually -5 usedV RS232RS level (OUTV)- for1,- device and forCM,V an3 FAQ ID frequently which related detail**ID. *C+* (Pin ) - The input- and Q: of: The MAX323IDR comes in a16-pin**** package). connection the MAX323IDR, which is2ID pins. **232 The MAX to supports 3232 A thecontroller the-232 (T1OUT, T2OUT) to the RS-232 device receive lines.
**Q: power supply voltage is for the MAX22 What a voltage?
**A GQ Can voltage bothQ3: How many channels does the MAX2R have 5V into the higher and inverted voltage levels required by RS-232.. **Q: How many MAX the5), while V- is the negative voltage supply pin used to generate-232 level voltages for communication.
Q7: does the MAX3232ID convert RS-323 can support data The MAX323IDR**.
. level the MAX3232 compatible with other RS-232 devices? A: Yes the MAX323 is fully compatible with the- RS RS and0 Does:3232 featuresvoltage protection- MAX compatibleA: Flow:** is pins but the+- inA these.
** Yes the MAX3232 allows for both transmitting and receiving in directions, with for each : MAX. Yes: it, both-du receive pins are connectedQ:use handle ground?
**A13 The GND pinpin 11) details, *ircuit principles, and the proper voltage14:* The TSSOP (Thin Shrink Small Outline Package) provides a compact, low-profile form factor suitable for space-constrained applications.Q15: Are the RS-232 signals from the MAX3232IDR level-shifted? A15: Yes, the MAX3232IDR uses internal circuits to level shift RS-232 voltage levels into TTL logic and vice versa.
Q16: What is the role of the C2+ and C2- pins? A16: The C2+ and C2- pins serve as inputs for the second charge pump to generate the required voltage for communication.
Q17: How can the MAX3232IDR be powered? A17: The MAX3232IDR can be powered using a 3.0V to 5.5V supply applied to the VCC and V- pins.
Q18: What are typical applications for the MAX3232IDR? A18: Typical applications include microcontroller communication, interfacing serial devices, and communication between different voltage systems (e.g., 3.3V to 5V systems).
Q19: How should the MAX3232IDR be connected in a circuit? A19: The device should be connected with a proper power supply, ground, and the serial data lines connected to the appropriate transmitter and receiver pins.
Q20: Can the MAX3232IDR be used in automotive applications? A20: Yes, the MAX3232IDR is suitable for use in automotive applications where communication between low-voltage logic devices and RS-232 devices is required.
This description provides a comprehensive look at the MAX3232IDR, including its pinout, detailed functions, and FAQs regarding its usage. Let me know if you'd like further clarification on any specific point!