TS836-4ID

The TS836-4ID is a highly versatile supervisory integrated circuit, developed by Texas Instruments (TI). It is categorized as a Power Management Integrated Circuit (PMIC) - Supervisors. This integrated circuit provides a combination of functions that are useful in achieving and maintaining the desired performance of a system. Specifically, TS836-4ID can provide overvoltage, undervoltage and watchdog functions, as well as a multitude of features such as adjustable reset time delay, manual reset and external reset input.

The TS836-4ID comes in four different packages, offering flexibility for the user in their system design. These four packages are: TS836-4ID/SO (Surface Mount), TS836-4ID/TO-263 (Transistor Outline), TS836-4ID/TSSOP (Thin Small Outline) and TS836-4ID/HVQFN (High Voltage Quad Flat No-Lead). The integrated circuit also offers a wide array of different applications, such as in automotive, security and industrial.

 

Application Fields and Working Principle of the TS836-4ID

The TS836-4ID is a highly integrated supervisory circuit, which is used to monitor the power supply voltage of a system. It is designed to provide reliable protection while allowing sufficient flexibility to allow the expert designer to optimize their system\'s performance.

The TS836-4ID is generally used in systems that need overvoltage and undervoltage protection or where a watchdog or reset timeout circuit is required. The watchdog timer provides a programmable delay to start a new count, which can be used for periodic monitoring or resetting the microprocessor or central processing unit (CPU). The watchdog timer also allows an adjustable time-out period with a programmable time-out period.

For over voltage and under voltage protection, the TS836-4ID is equipped with an adjustable threshold voltage. This threshold voltage level is set by the application designer prior to system power up. When the system\'s voltage supply drops below the threshold value, the integrated circuit will issue a reset (low) signal. Similarly, when the power supply reaches above the threshold value, the integrated circuit will issue a reset (high) signal.

Additionally, the TS836-4ID can also provide a power-on reset function. This function can be enabled when the low reset voltage is applied during system power up. It ensures that the microprocessor\'s reset will be asserted prior to system operation.

The TS836-4ID also offers the option of a manual reset, allowing the user to reset the microprocessor or CPU in case of a failure. This is done by connecting the reset button to the manual reset pin (MRST). This connection is typically done with a momentary pushbutton switch, which when activated (pushed) will momentarily short the pin to ground (GND).

Finally, the TS836-4ID can be used with an external reset generator, such as another integrated circuit. A dedicated reset input pin (RST) is provided so that the user can connect an external reset circuit. The external reset generator can be used to reset the microprocessor or CPU in case of an unexpected failure.

 

Benefits of Using the TS836-4ID

The TS836-4ID provides several benefits to its users. Firstly, the integrated circuit has a small form factor, making it suitable for use in space-restricted applications. Secondly, the TS836-4ID has a wide input operating voltage range, making it suitable for various systems. Finally, the TS836-4ID provides numerous configurable features and functions, making it easy to use in different applications and systems.

In addition to these benefits, the TS836-4ID also offers high reliability, providing peace of mind to the user. This is due to its tight specifications and robust design, which prevents unexpected false reset and unwanted behavior.

The TS836-4ID is an excellent choice for overvoltage, undervoltage and watchdog protection, providing users with the necessary features and functions to optimize their system\'s performance. It is a reliable, versatile, and cost-effective integrated circuit, making it suitable for a multitude of applications.

 

TS831-3IZ	STMicroelect...	--	1000	IC SUPERVISOR RESET 2.71V...
TS836-4IZT	STMicroelect...	0.0 $	1000	IC SUPERVISOR VOLT RESET ...
TS831-5IZT	STMicroelect...	0.0 $	1000	IC SUPERVISOR MICROPWR V ...
TS831-5IZ-AP	STMicroelect...	--	2000	IC SUPERVISOR RESET 4.33V...
TS831-5IZ	STMicroelect...	0.0 $	1000	IC SUPERVISOR RESET 4.33V...
TS831-3IZ-AP	STMicroelect...	0.0 $	1000	IC SUPERVISOR RESET 2.71V...
TS836-4IDT	STMicroelect...	0.0 $	1000	IC SUPERVISOR VOLT RESET ...
TS831-3IPT	STMicroelect...	--	1000	IC SUPERVISOR RESET 2.71V...
TS836-4IZ-AP	STMicroelect...	0.0 $	1000	IC SUPERVISOR VOLT RESET ...
TS831-5IDT	STMicroelect...	--	1000	IC SUPERVISOR VOLT MCRPWR...
TS831-3IDT	STMicroelect...	--	1000	IC SUPERVISOR RESET 2.71V...
TS831-5IPT	STMicroelect...	--	1000	IC SUPERVISOR RESET 4.50V...
TS831-3IZT	STMicroelect...	0.0 $	1000	IC SUPERVISOR MICROPWR V ...
TS831-4IZ	STMicroelect...	--	1000	IC SUPERVISOR RESET 4.50V...
TS836-4IZ	STMicroelect...	0.0 $	1000	IC SUPERVISOR VOLT RESET ...
TS836-4ID	STMicroelect...	0.0 $	1000	IC SUPERVISOR VOLT RESET ...
TS836-4IPT	STMicroelect...	0.0 $	1000	IC SUPERVISOR VOLT RESET ...
TS831-5ID	STMicroelect...	--	1000	IC SUPERVISOR RESET 4.33V...
TS834-5ID	STMicroelect...	0.0 $	1000	IC SUPERVISOR VOLT RESET ...
TS831-4IZ-AP	STMicroelect...	0.0 $	1000	IC SUPERVISOR RESET 4.50V...
TS831-3ID	STMicroelect...	0.0 $	1000	IC SUPERVISOR RESET 2.71V...
TS834-5IDT	STMicroelect...	--	1000	IC SUPERVISOR VOLT MCRPWR...
TS831-4ID	STMicroelect...	0.0 $	1000	IC SUPERVISOR RESET 4.50V...
TS831-4IZT	STMicroelect...	0.15 $	4000	IC SUPERVISOR RESET 4.50V...
TS831-4IPT	STMicroelect...	0.0 $	1000	IC SUPERVISOR RESET 4.50V...
TS834-5IPT	STMicroelect...	0.0 $	1000	IC SUPERVISOR RESET 4.33V...
TS831-4IDT	STMicroelect...	--	7500	IC SUPERVISOR RESET 4.50V...