Save to shopping list
Create a new shopping list
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier

Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier

  • The 992Enh-Ticha is a single high performance discrete operational amplifier designed for professional audio applications and areas where ultra-low noise, low distortion and highly linear uncolored performance is required.
$68.32
incl. VAT / pcs.
Opamp type
Express checkout 1-Click(without registration)
Product available in a very large amount
Product available in a very large amount
14 days for free returns
Find out in which store you can check the product and buy it right away
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier
Opamp type:Single
Safe shopping
Warranty Kinki Studio

Sonic Imagery Labs 992Enh-Ticha Single - discrete operational amplifier

The 992Enh-Ticha is a single high performance discrete operational amplifier designed for professional audio applications and areas where ultra-low noise, low distortion and highly linear uncolored performance is required. It was designed as an performance upgrade replacement universal single op-amp gain block.

The 992Enh-Ticha Discrete OpAmp achieves a new standard of excellence in noise performance with 0.89nV/Rt.Hz @1kHz noise. This ultralow noise is combined with excellent high speed specifications (gain-bandwidth product >50MHz), immeasurably low distortion output, and true precision parameters (>200µV offset voltage, 118dB voltage gain open loop). Although the 992Enh-Ticha's input stage operates at nearly 1mA of collector current to achieve low voltage noise, input bias current is typically less than 1uA.

The all-discrete SMT design utilizes an ultra-precision differential super-matched transistor pair specifically designed to meet the requirements of ultra-low noise and ultra-low THD audio systems. In addition to the enhanced input stage, the 992Enh-Ticha uses high performance temperature stable power supply independent current sources. Supply independent current sources allow the bias to remain locked at the optimum operating point regardless of supply voltage or temperature.
Dual matched pair temperature stable current mirrors, dual matched pair active current loads give the Model 992 it's outstanding power supply rejection performance. The enhanced low distortion Class-A output driver stage can sink or source 150mA allowing this module to drive transformers or headphones directly if required. Each amplifier is tested for noise, offset and distortion and meet or exceed published specifications.

The 992Enh-Ticha op amp is a true bipolar op amp and behaves as such. It does not require a flying ground lead as do other designs on the market. It is a true drop-in replacement upgrade. Because the 992Enh is a true op amp, it can also be operated in single supply applications as long as external biasing has been implemented correctly.

Because of the 992Enh high current drive capability, supporting circuitry impedances can be scaled down within the application circuit. This can reduce the overall system noise, without increased distortion. The 992Enh-Ticha Discrete op-amp voltage noise is less than the thermal noise of a 50 Ohm resistor. Therefore, even in very low source impedance transducer or audio amplifier applications, the 992Enh-Ticha's contribution to total system noise will be negligible.

The pin outs conform to the standard 8 pin dual in-line monolithic IC package, allowing direct replacement. See table 1. on page 6 of data sheet for typical monolithic operational amplifiers which can be upgraded.

 


Features
:

• Ultra Low Total Harmonic Distortion, 0.0003 THD+N @ 1kHz
• Ultra Low Noise 0.89nV/rtHz typical
• High Current Output Drive (150mA into 75 ohms @ ±24V supply)
• +26dBu Output Levels (into 600 ohms @ ±24V supply)
• Standard 8 pin DIP Footprint
• Operates over ±7.5V to ±24V supply rails
• Operating Current 17ma
• Voltage Gain Open Loop 118dB
• Lower output offset voltage than existing counterparts
• Lower input leakage current than existing counterparts
• Particular emphasis on audio performance
• Designed, assembled and produced in the USA
• 3 Year Warranty

Applications:

• Low Impedance Line Amplifiers and Drivers
• Active Filters and Equalizers
• Summing/Mixer Amplifiers
• High Performance Microphone Preamplifiers
• High Performance A/D and D/A front end Preamplifier
• High Performance D/A I-V converters
• High Current Buffer Amplifier


Model 992Enh-Ticha Datasheet and Specifications PDF

Technical specifications
Symbol
Sonic Imagery Labs 992Enh-Ticha Single
Warranty
Opamp type
Single
Write your opinion
Your opinion:
5/5
Add your own product photo:
Do you need help?Do you have any questions?
Ask a question and we will respond promptly,the most interesting questions and answers publishing for others.
Ask a question
If this description is not sufficient, please send us a question to this product. We will reply as soon as possible. Data is processed in accordance with the privacy policy. By submitting data, you accept privacy policy provisions.
banner
Chcesz przetestować sprzęt? Wypożycz go zanim dokonasz zakupu
IdoSell Trusted Reviews
5.00 / 5.00 17 reviews
IdoSell Trusted Reviews
2024-03-08
Good quality products, excellent service, fast and accurate shipping. Difficult to ask for more
2024-02-29
Fast delervery... no problem.
pixel