XTR75030
XTR75030 is High Temperature Negative Voltage Regulator manufactured by EASii.
FEATURES
- Up to 10 possible output voltages from same part: -1.2V / -1.8V / -2.5V / -3.3V / -5V / -5.5V / -9V / -10V / -12V / -15V.
- Input voltage from -35V to -3.2V.
- Drop-in replacement of mercial voltage references.
- Trimming capabilities.
- Operational beyond the -60°C to +230°C temperature range.
- Output current up to 50m A @ 230°C.
- Soft-start.
- patible with low and high dropout voltages.
- Stable over a wide range of load capacitance (0.1µF to 10µF).
- Low intrinsic current consumption (380µA @ 230°C).
- Low temperature dependence (40ppm/°C).
- Excellent line regulation (0.04%/V @ 230°C).
- Active-low shutdown control.
- Monolithic design for high-reliability.
- Latch-up free SOI process.
- Ruggedized SMT and thru-hole packages.
APPLICATIONS
- Reliability-critical, Automotive, Aeronautics & Aerospace, Downhole.
- Positive and negative precision regulators/references, A/D and D/A converters, current sources, bridge excitation.
PRODUCT HIGHLIGHT
-1.8V Voltage Regulator/Reference
VIN ENABLE
XTR75031
VIN ENABLE
VOUT VOUT_RANGE
Vout=-1.8V
Cin
Cout
DESCRIPTION
XTR75030 is a family of low-power voltage regulators/references designed for extreme reliability and high temperature applications. Being able to operate with input voltages from -35V to -3.2V, XTR75030 parts can supply up to 50m A at +230°C while providing excellent regulation characteristics. Parts from this product family operate as a 3-terminal series regulator/reference with a temperature coefficient (TC) as low as 40ppm/°C. Up to ten possible output voltages (-15V to -1.2V) can be obtained from the same part. Functionality features include shut-down mode and soft-start. XTR75030 parts can be used in a wide range of applications such as positive and negative regulators/references, adjustable power supply, current sources, as well as precision bridge excitation. Special design techniques were used allowing XTR75030 parts to offer a precise, robust and reliable operation in critical...