Key facts
- Brand
- Linear Technology
- Model
- LTC2393-16
- Category
- Other Electronics
- Documents
- 2
- Languages
- EN
- Last added
- 2012-06-05
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linear DESIGN FEATURES LTJournal-V20N2-05-di-LTC2393-16-Guy_Hoover service manual
The article discusses designing a driving topology for the LTC2393-16 SAR ADC to deliver uncompromising performance in data acquisition systems. It presents two specific circuit solutions: one converting single-ended signals to differential, and another providing AC-coupled fully differential drive for low impedance sensors.
Read onlineLinear Technology LTC2393-16 specifications
| Resolution | 16-Bit |
|---|---|
| Sampling Rate | 1Msps |
| SNR (Typical) | 94.2dB at fy = 20kHz |
| INL (Max) | +2LSB |
| Power Dissipation | 140mW at 1Msps |
| Shutdown Power | 175uW |
All Linear Technology LTC2393-16 documents by type
How to use the product for one specific task, with worked examples.
Ratings, dimensions and ordering codes, for selection and design work.
Questions answered in these manuals
What is the maximum input voltage range for the single-ended to differential converter circuit?
The circuit converts a single-ended signal ranging from 0V to 4.096V into a differential ±4.096V signal.
From: linear DESIGN FEATURES LTJournal-V20N2-05-di-LTC2393-16-Guy_Hoover service manual
What is the input bandwidth limit of the single-ended to differential converter?
Resistors and a capacitor in the circuit limit the input bandwidth to approximately 100kHz.
From: linear DESIGN FEATURES LTJournal-V20N2-05-di-LTC2393-16-Guy_Hoover service manual
Does the LTC2393-16 have an internal reference?
Yes, it features a temperature-compensated internal reference with 0.5% initial accuracy.
Is there cycle latency in the LTC2393-16?
No, it features true no latency operation enabling accurate one-shot measurements.