The 1500 series is a family of self-contained low noise amplifiers intended primarily for use in professional audio applications. These ICs provide high performance standards with very low noise, very wide bandwidth and low current requirements.
1510/1512 High Performance Audio Preamplifier
The THAT 1510 and 1512 are high performance current-feedback instrumentation amplifiers designed for low source-impedance preamp and bus summing applications. The ICs are pin compatible with the Analog Devices SSM2019 and SSM2017 (discontinued), and the Texas Instruments INA217 and INA163.
1580 Low-Noise Differential Audio Preamplifier
The THAT1580 is a versatile, high performance current-feedback amplifier suitable for differential microphone preamps and bus summing. The IC comes in a small QFN package, saving PCB space over discrete and other integrated solutions.
1583 Low-Cost Low-Noise Differential Audio Preamplifier
The THAT1583 is a current-feedback amplifier with very good performance suitable for differential microphone preamps and bus summing. The IC comes in a small QFN package, saving PCB space over discrete and other integrated solutions.
Audio Preamplifier Selector | |||||
1510 | 1512 | 1580 | 1583 | ||
Industry Std Pinout | Yes | Yes | No | No | |
Feedback Configuration | Fixed | Fixed | Flexible | Flexible | |
Output Configuration | Single-ended | Single-ended | Differential | Differential | |
EIN 0dB, Rs=0Ω 60dB,Rs=0Ω 60dB,Rs=150Ω |
-99.7 dBu -134.8 dBu -128.9 dBu |
-104.1 dBu -134.8 dBu -128.9 dBu |
-109.4 dBu -134.8 dBu -128.9 dBu |
-102.8 dBu -128.9 dBu -126.5 dBu |
|
THD+N60 dB | 0.005 % | 0.008 % | 0.005 % | 0.006 % | |
Bandwidth -3dB (small signal) 60 dB |
3 MHz |
1.6 MHz |
0.4 MHz |
0.19 MHz |
|
Slew Rate | 19 V/µs | 19 V/µs | 53 V/µs | 50 V/µs | |
Supply Voltage Min Max |
± 5 V ± 20 V |
± 5 V ± 20 V |
± 5 V ± 18 V |
± 5 V ± 18 V |
|
Packages | SO-8, DIP-8 SO-14, SO16-Wide |
SO-8, DIP-8 SO-14 |
QFN-16 | QFN-16 |
For a printable PDF version of the chart above click here:THAT Digital Audio Preamplifier Selector.