LOW POWER, BANDGAP VOLTAGE REFERENCES

GENERAL DESCRIPTION The TC9491 (1.220V output) bipolar, two-terminal, bandgap voltage references offer precision performance without premium price. These devices do not require thinfilm resistors, greatly lowering manufacturing complexity and cost. A 50ppm/°C output temperature coefficient and a

LOW POWER, BANDGAP VOLTAGE REFERENCES

GENERAL DESCRIPTION The TC9491 (1.220V output) bipolar, two-terminal, bandgap voltage references offer precision performance without premium price. These devices do not require thinfilm resistors, greatly lowering manufacturing complexity and cost. A 50ppm/°C output temperature coefficient and a

LOW POWER, BANDGAP VOLTAGE REFERENCES

GENERAL DESCRIPTION The TC9491 (1.220V output) bipolar, two-terminal, bandgap voltage references offer precision performance without premium price. These devices do not require thinfilm resistors, greatly lowering manufacturing complexity and cost. A 50ppm/°C output temperature coefficient and a

LOW POWER, BANDGAP VOLTAGE REFERENCES

GENERAL DESCRIPTION The TC9491 (1.220V output) bipolar, two-terminal, bandgap voltage references offer precision performance without premium price. These devices do not require thinfilm resistors, greatly lowering manufacturing complexity and cost. A 50ppm/°C output temperature coefficient and a

LOW POWER, BANDGAP VOLTAGE REFERENCES

GENERAL DESCRIPTION The TC9491 (1.220V output) bipolar, two-terminal, bandgap voltage references offer precision performance without premium price. These devices do not require thinfilm resistors, greatly lowering manufacturing complexity and cost. A 50ppm/°C output temperature coefficient and a

1.235V VOLTAGE REFERENCE

GENERAL DESCRIPTION The AMS9491 is a two-terminal micropower band-gap voltage reference diode. It feature a very low dynamic impedance and good temperature coefficient, operating over a 10µA to 20mA current range. On-chip trimming is used to provide tight voltage tolerance. Since the AMS9491 is a