INA193A-EP cur...

  • 2022-09-21 17:24:28

INA193A-EP current division of road monitors-16-v to 80-V co-model range

1 Function supports national defense, aerospace, aerospace, and medical application wide -moving voltage: –16 V to 80 V control baseline low error: 3.0%ultra -temperature (maximum) one assembly/test site bandwidth: up to 500 kHz one manufacturing venue Provide three transmission functions: 20V/V, military (–55 ° C/125 ° C) 50 V/V and 100 V/V temperature range (1) complete current influenza response solution extend product life week extension product change notice [ 123]

Application

Product traceability

Welding equipment

Notebook computer

Telecom equipment

Automobile

Power Management

Battery charger

Instructions

Ina193A current division with voltage output output The road monitor can detect the voltage voltage range of the co-mold division roads from -16 V to 80 V, which has nothing to do with INA19X power supply voltage. They have three output voltage levels: 20V/V, 50V/V and 100V/V. The bandwidth of 500KHz simplifies the use of the current control loop. INA193A runs from a single 2.7-V to 18-V power supply, with a maximum current of 1300-μA. It is specified within the extended operating temperature range (–55 ° C to 125 ° C), and provides SOT33 packaging in a way to save space.

This integrated circuit may be damaged by electrostatic discharge. Texas instruments recommend that all integrated circuits proper prevention measures. Not observing the correct operation and installation program may cause damage. The range of ESD damage drops from fine performance to the device completely fails. The precision setting circuit is easy to damage, because the changes in very small parameters may cause the device to not comply with its announcement.

Absolute maximum rated value (1)

Excellent air temperature range of free work (unless otherwise explained)

[ 123]

(1) The stress that exceeds the absolute maximum rated value " may cause permanent damage to the device. These are the functional operations of the device under these or any other conditions under the stress level. Long -term exposure to absolute maximum rated conditions may affect the reliability of the device.

(2) If the current of any pin is limited to 5 mA