TS6001AIG325T TOUCHSTONE [Touchstone Semiconductor Inc], TS6001AIG325T Datasheet

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TS6001AIG325T

Manufacturer Part Number
TS6001AIG325T
Description
A 7ppm/oC, 0.08 o/o Precision +2.5V Voltage Reference in SOT23
Manufacturer
TOUCHSTONE [Touchstone Semiconductor Inc]
Datasheet
FEATURES
APPLICATIONS
Battery-Operated Equipment
Data Acquisition Systems
Hand-Held Equipment
Smart Industrial Transmitters
Industrial and Process-Control Systems
Precision 3V/5V Systems
Hard-Disk Drives
TYPICAL APPLICATION CIRCUIT
Improved Electrical Performance
over MAX6025
Initial Accuracy:
Temperature Coefficient:
Quiescent Supply Current: 35μA (max)
Low Supply Current Change with V
Output Source/Sink Current: ±500µA
Low Dropout at 500μA Load Current: 75mV
Load Regulation: 30ppm/mA
Line Regulation: 10ppm/V
Stable with C
0.08% (max) – TS6001A
0.16% (max) – TS6001B
7ppm/°C (max) – TS6001A
10ppm/°C (max) – TS6001B
A 7ppm/°C, 0.08% Precision +2.5V Voltage Reference in SOT23
LOAD
up to 2200pF
IN
: 0.1μA/V
© 2012 Touchstone Semiconductor, Inc. All rights reserved.
DESCRIPTION
The TS6001 is a 3-terminal, series-mode 2.5-V
precision voltage reference and is a pin-for-pin,
identical to the MAX6025 voltage reference with
improved
consumes only 31μA of supply current at no-load,
exhibits an initial output voltage accuracy of less than
0.08%, and a low output voltage temperature
coefficient of 7ppm/°C. In addition, the TS6001’s
output stage is stable for all capacitive loads to
2200pF and is capable of sinking and sourcing load
currents up to 500µA.
Since the TS6001 is a series-mode voltage reference,
its supply current is not affected by changes in the
applied supply voltage unlike two-terminal shunt-
mode references that require an external resistor.
The TS6001’s small form factor and low supply
current operation all combine to make it an ideal
choice in low-power, precision applications.
The TS6001 is fully specified over the -40°C to +85°C
temperature range and is available in a 3-pin SOT23
package.
electrical
2.5010
2.5005
2.5000
2.4995
2.4990
-40
Output Voltage Temperature Drift
DEVICE #3
performance.
THREE TYPICAL DEVICES
TEMPERATURE DRIFT- °C
-15
10
TS6001
DEVICE #1
DEVICE #2
35
The
60
TS6001
Page 1
85

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TS6001AIG325T Summary of contents

Page 1

A 7ppm/°C, 0.08% Precision +2.5V Voltage Reference in SOT23 FEATURES  Improved Electrical Performance over MAX6025  Initial Accuracy: 0.08% (max) – TS6001A 0.16% (max) – TS6001B  Temperature Coefficient: 7ppm/°C (max) – TS6001A 10ppm/°C (max) – TS6001B  Quiescent ...

Page 2

... Exposure to any absolute maximum rating conditions for extended periods may affect device reliability and lifetime. PACKAGE/ORDERING INFORMATION ORDER NUMBER TS6001AIG325TP TS6001AIG325T TS6001BIG325TP TS6001BIG325T Lead-free Program: Touchstone Semiconductor supplies only lead-free packaging. Consult Touchstone Semiconductor for products specified with wider operating temperature ranges. ...

Page 3

ELECTRICAL CHARACTERISTICS V = +5V unless otherwise noted. Typical values are OUT A MIN MAX PARAMETER SYMBOL OUTPUT Output Voltage V OUT Output Voltage Temperature TCV OUT Coefficient ...

Page 4

TS6001 TYPICAL PERFORMANCE CHARACTERISTICS V = +5V 0mA +25°C, unless otherwise noted. IN OUT A Output Voltage Histogram -0.02 0 0.02 OUTPUT VOLTAGE ERROR - % ...

Page 5

TYPICAL PERFORMANCE CHARACTERISTICS V = +5V 0mA +25°C, unless otherwise noted. IN OUT A Power Supply Rejection vs Frequency 100 V =+5.5V±0.25V 0.1 0.01 100 1k 10k 100k FREQUENCY - Hz Supply Current ...

Page 6

TS6001 TYPICAL PERFORMANCE CHARACTERISTICS V = +5V 0mA +25°C, unless otherwise noted. IN OUT A Small-signal Load Transient Response I = 0µA → 50µA → 0µA, AC-Coupled OUT 10µs/DIV Line Transient Response V =5V±0.25V, AC-Coupled IN ...

Page 7

PIN FUNCTIONS PIN NAME FUNCTION 1 IN Supply Voltage Input 2 OUT +2.5V Output 3 GND Ground DESCRIPTION/THEORY OF OPERATION The TS6001 incorporates a precision 1.25-V bandgap reference that is followed by an output amplifier configured to amplify the base ...

Page 8

TS6001 Supply Current The TS6001 exhibits excellent dc line regulation as its supply current changes slightly as a function of the applied supply voltage. Because of a unique bias loop design, the change in its supply current as a function ...

Page 9

I least 10 times I . QSC Figure 4: A Low-power, General-Purpose Current Source. A Negative, Precision Voltage Reference without Precision Resistors When using current-output DACs oftentimes desired that the polarity of the output ...

Page 10

TS6001 For example 0V, then the upper input SY supply voltage level for the circuit is 35V. With a 2.1kΩ load and the TS6001’s supply current of 35µA (max), this circuit supplies approximately a 1.23-mA current to ...

Page 11

Generating Positive and Negative Low-Power Voltage References The circuit in Figure 8 uses a CD4049 hex inverter and a few external capacitors as the power supply to a dual-supply precision op amp to form a ±2.5V precision, bipolar output voltage ...

Page 12

TS6001 PACKAGE OUTLINE DRAWING 3-Pin SOT23 Package Outline Drawing 0.5Max 0.3Min 2.05 Max 1.78 Min 3.04 Max 2.80 Min 0.10 Max NOTE: Does not include mode flash, protrusions or gate burns. 1 Mode flash, protrusions or gate burns shall not ...

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