LT1413
LT1413 is Single Supply/ Dual Precision Op Amp manufactured by Linear Technology.
LT1413 Single Supply, Dual Precision Op Amp
Features
Single Supply Operation: s Input Goes Below Ground s Output Swings to Ground Sinking Current s No Pull-Down Resistors Needed s Phase Reversal Protection At 5V, 0V Low Cost Grade Specifications: s 280µV Max Offset Voltage s 380µV Max in S8 Package s 0.8n A Max Offset Current s 480µA Max Supply Current per Amplifier s 0.5µV/°C Drift s 1.4 Million Voltage Gain s 950k Hz Gain-Bandwidth Product s 0.55µV P-P, 0.1Hz to 10Hz Noise
DESCRIPTIO
The LT1413 is a low cost, upgraded version of Linear Technology’s industry standard LT1013 dual, single supply op amp. The LT1413 is optimized for single 5V applications, although ± 15V specifications are also provided for pleteness. In the design of the LT1413, particular emphasis has been placed on low cost plastic and SO-8 package performance: 60µV offset voltage, 0.1n A offset current, in excess of 10m A output current at 330µA supply current and 140d B channel separation are some of the specifications achieved. Other dual, single supply amplifiers are available to plement the LT1413 family: the micropower LT1078’s supply current is 10 times lower with a 4.5 fold speed performance degradation pared to the LT1413. Conversely, the LT1211, LT1213 and LT1215 duals have 4 to 14 times higher supply current, but also 13 to 50 times higher speed.
Protected by U.S. Patent 4,775,884.
APPLICATI s s s s s
Single Supply Systems Two and Three Op Amp Instrumentation Amplifiers Active Filters Battery-Powered Systems Strain Gauge and Bridge Amplifiers
TYPICAL APPLICATI
+90V,
- 3V mon-Mode Range Difference Amplifier (AV = 1)
30 10M 9V 25
Distribution of Input Offset Voltage (In Plastic DIP, N8 Package)
VS = 5V, 0V TA = 25°C
- INPUT
- +
8 1 OUTPUT 20m V TO 8V
PERCENT OF UNITS
10M
2 1M 1M
20 15 10 5
+
10M
1/2 LT1413 3 4
10M OUTPUT OFFSET = 1.5m V (INPUT REFERRED = 125µV) INPUT RESISTANCE = 11M BANDWIDTH = 80k Hz (THE 0.1n A TYPICAL OFFSET CURRENT PERMITS THE USE OF 1MΩ...