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Lm350t Voltage Regulator

Posted by Janell A. Bueno in Lm350t
Lm350t Voltage Regulator - spanningsregelaars g 2966. moreover
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Lm350t Voltage Regulator

Lm350t Voltage Regulator, moreover spanningsregelaars g 2966. Spanningsregelaars G 2966 also
Lm350t Voltage Regulator, Spanningsregelaars G 2966 also moreover spanningsregelaars g 2966.
The LM150/LM250/LM350 is an adjustable voltage regulator capable of delivering from 1.2 to 33 volts at a maximum current of 3 amperes. Normally this chip is used in both fixed and adjustable power supplies, voltage regulators, and voltage references. Always looking for a new way to obtain high current pulses for flashing lamps and driving motors, I have recently been experimenting with ways to switch the output of the LM350T on and off. Since the output voltage of this chip is fully Power Pulse Generator By Forrest M. Mims THE LM150/LM250/LM350 is an adjustable voltage regulator capable of delivering from 1.2 to 33 volts at a maximum current of 3 amperes. Normally this chip is used in both fixed and adjustable power supplies, voltage

regulators.and voltage references. Since I'm always looking for a new way to obtain highcurrent pulses for flashing lamps and driving motors, I have recently been experimenting with ways to switch the output of the LM350T Power Pulse Generator THE LM150/LM250/LM350 is an adjustable voltage regulator capable of delivering from 1.2 to 33 volts at a maximum current of 3 amperes. Normally this chip is used in both fixed and adjustable power supplies, voltage regulators and voltage references. Since I'm always looking for a new way to obtain highcurrent pulses for flashing lamps and driving motors, I have recently been experimenting with ways to switch the output of the LM350T on and off. Since the The LM350 must be mounted on

a.heat sink. The frequency of the 555 must be determined experimentally to suit the motor. This circuit doesn't operate at high frequencies. The limit is given by the characteristics of the LM350T. 5.4 Additional Information The following table provides information about some threeterminal, positive voltage regulators suitable for the applications described in this chapter. Figure 5.22 shows the pinout for these integrated circuits. 1 23 IN OUT 7805 7812 Power Control Using the LM350T IC A voltage control can be used as an electronic potentiometer to control the amount of power applied to a load. For this task we can use a threeterminal voltage regulator as the IC LM350T. This IC can source up to 3 amps to loads, applying voltages

in.the range between 1.2 and 32 volts. Figure 3.7.13 shows how to wire this IC in a voltage control. The main difference when using this circuit is that the adjust terminal must be connected to the ground.0.005 %/V Typ Load Regulation . . .0.1% Typ Current Limit Constant with Temperature Guaranteed Thermal Regulation Direct Replacement for National Semiconductor LM350 description KA PACKAGE KC PACKAGE (TOP VIEWI ' INPUT ' OUTPUT ADJUSTMENT THE OUTPUT TERMINAL IS IN ELECTRICAL CONTACT WITH THE MOUNTING BASE TO220AB The LM350 is an adjustable 3terminal positive voltage regulator capable of supplying 3 amperes over an output voltage TABLE 63.1 Some Popular 1C Voltage Regulators JLow dropout voltage. the load) that supplies 50 mA

of.output current for a fixed output voltage of 5, 3.3, or 3.0 V. Low dropout voltage regulators are becoming increasingly available and are 5.0 LM338 3term adj pos 1.2 to 32 3.0 LM350 3term adj pos 1.2 to 32 1.5 LM317 3term adj pos 1.2 to 37 0.5 LM317 3term adj pos 1.2 to 37 3.0 LM333 3term adj neg 32to1.2 1.5 LM337 3term adj neg 32to1.2 3.0 LM323 3term fxd pos 5 This kind circuit of circuit maintains a constant circuit current independently of the circuit's resistance and the input voltage, and it can do so within a wide range of both voltage and resistance. Figure 8.5 shows a simple constantcurrent source. It uses an adjustable voltage regulator IC such as the LM150/LM317/LM350T or any equivalent. The LM350T, for instance, can

provide.a load with currents up to 3 A. (See Chapter 1 1 for more information about voltage regulator ICs.) The value Table 10.6 Adjustable voltage regulators have the following advantages over fixed voltage regulators, 1) Improved line and load regulation by a factor of 10 or more. The LM317 is the most widely used adjustable voltage regulator series. Three terminal adjustable regulators Type Output voltage Output current LM317 + 1.2 to 57 V 1.5 A LM337 1 .2 to 47 V 1.5 A LM358 + 1.2 to 32 V 5 A LM350 + 1.2 to 32 V 3 A LM396 + 1.25 to 15 V 10 A IC regulator Output voltage LM340 5 5 V Table 5.6 Adjustable voltage regulators have the following advantages over fixed voltage regulators, 1) Improved line and load regulation by a

factor.of 10 or more. 2) Because of improved overload protection, greater load current can be drawn over the given operating temperature range. 3) Improved reliability for the power supply using these regulators. Thus, adjustable voltage regulators have become more popular because of their versatility, performance, and reliability. The LM317 

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