LH42095 Negative High Temperature Regulator

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  • _0001_单路高温线性电源模块LH42094LH42095系列-2
  • _0000_线性电源LH42094LH42095
  • _0001_单路高温线性电源模块LH42094LH42095系列-2
  • _0000_线性电源LH42094LH42095

LH42095 Negative High Temperature Regulator

LH42095 series of negative high temperature linear voltage regulators are designed to use in high temperature environments, and other harsh environments. These regulators operating temperatures up to +200℃ case. 

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Product Introduction:

LH42095 series of negative high temperature linear voltage regulators are designed to use in high temperature environments, and other harsh environments. These regulators operating temperatures up to +200℃ case, and  have the characteristics that output doesn't change as the input voltage, load current and environment temperature, without connection with the external filter capacitance, the output noise less than 1mv.

Features:

Input Voltage: -40V

Input Current: 1.5A

Output Voltage: -1.8~-24V

Operating Temperature: 200℃

Storage Temperature: -65℃ to 200℃

Power Dissipation: 25W

Application:

Logging while drilling

Measuring while drilling

Down-hole applications

Other industrial devices

Technical Specification:

Parameter

Test Conditions

Test temperature

Typical

The output voltage

Iout=300mA,Vin=Vout-4VDC

+25℃

Vout±1%

Output voltage temperature coefficient

Iout=300mA,Vin=Vout-4VDC

+25℃~+200℃

±50ppm(Vout≥-3.3V)

±120ppm(Vout<-3.3V)

Voltage input adjustment rate

Vin=Vout-4VDC~-40VDC

Iout=50mA

+25℃~+200℃

Vout±0.5%(Vout≥-3.3V)

Vout±2%(Vout<-3.3V)

Current load adjustment rate

Vin=Vout-5VDC

Iout=50mA~300mA

+25℃~+200℃

Vout±0.5%(Vout≥-3.3V)

Vout±1%(Vout<-3.3V)

Robber attenuation (120Hz)

Vin=Vout-5VDC

+25℃

-60dB

Quiescent Current

Vin=Vout-5VDC, Iout=0

+25℃

30mA

Short -circuit current

Vin=Vout-5VDC

+25℃

400mA

Short -circuit current

Vin=Vout-5VDC

+200℃

200mA

Inflection point current

Vin=Vout-5VDC

+25℃

2A

Inflection point current

Vin=Vout-5VDC

+200℃

2A

Output noise

Vin=Vout-5VDC ,Iout=300mA

+25℃

1mVRMS


Minimum differential voltage( ΔV= VIN – VOUT )

Iout=300mA

+25℃~+200℃

-4VDC

 

1 : vout < 5V model, the minimum input voltage of which is 9V

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