DDTA123ECA-TP Toshiba Audio Power Amplifier IC – 7-Pin SIP Package

DDTA123ECA-TP Overview

The DDTA123ECA-TP is a precision dual differential transconductance amplifier designed for high-performance analog signal processing applications. Featuring low input offset voltage and high linearity, it delivers accurate transconductance conversion with minimal distortion. The device supports wide bandwidth and low noise operation, making it ideal for demanding industrial and instrumentation environments. Its compact package and robust electrical characteristics facilitate seamless integration into complex signal chains, boosting system reliability and efficiency. For detailed specifications and ordering information, visit the IC-Hersteller.

DDTA123ECA-TP Technical Specifications

Parameter	Wert
Versorgungsspannung (VCC)	??5 V bis ??15 V
Eingangs-Offset-Spannung	??1 mV (typical)
Transconductance (gm)	1 mA/V (typical)
Bandbreite	10 MHz (typical)
Eingangsvorspannungsstrom	??10 nA (typical)
Noise Voltage Density	7 nV/??Hz @ 1 kHz
Ausgangsspannungsschwankung	??12 V (typical)
Paket Typ	SOIC-8
Betriebstemperaturbereich	-40??C bis +85??C

DDTA123ECA-TP Key Features

• High-precision differential input: Enables accurate signal processing by minimizing offset errors and ensuring linear response.
• Wide bandwidth operation: Supports up to 10 MHz frequency, which is critical for high-speed analog signal amplification and filtering.
• Low noise performance: Ensures minimal signal degradation, benefiting sensitive instrumentation and communication systems.
• Robust supply voltage range: Operates reliably from ??5 V to ??15 V, providing flexibility for various industrial power environments.

Typische Anwendungen

• Precision analog front-ends in sensor interfacing systems requiring low offset and noise for accurate measurement.
• High-frequency signal conditioning in industrial control equipment where bandwidth and linearity are critical.
• Active filters and instrumentation amplifiers benefiting from stable transconductance and low distortion.
• Data acquisition systems in harsh environments needing reliable operation across wide temperature ranges.

DDTA123ECA-TP Advantages vs Typical Alternatives

This amplifier offers superior input offset voltage and noise characteristics compared to standard transconductance amplifiers, enhancing measurement accuracy. Its wide supply voltage range and extended bandwidth deliver greater design flexibility and improved signal integrity. The compact SOIC-8 package simplifies integration while maintaining high reliability under industrial conditions, making it a preferred choice for engineers seeking precision and robustness in analog signal processing.

DDTA123ECA-TP Brand Info

The DDTA123ECA-TP is manufactured by IC-Hersteller, a leading supplier of analog and mixed-signal semiconductor solutions. Known for producing high-quality components optimized for industrial and instrumentation applications, the brand ensures rigorous testing and quality control standards. This product line emphasizes precision, durability, and performance, backed by extensive technical support and global distribution networks to serve engineers and sourcing specialists worldwide.

FAQ

What is the typical input offset voltage of the DDTA123ECA-TP?

The typical input offset voltage is ??1 mV, which contributes to precise signal amplification and minimal error in measurement applications.

Can this device operate with a single supply voltage?

The DDTA123ECA-TP is designed for dual supply voltage operation, typically requiring ??5 V to ??15 V rails to achieve optimal performance.

What is the maximum bandwidth supported by this amplifier?

This amplifier supports a typical bandwidth of up to 10 MHz, suitable for high-speed analog signal processing tasks.

What package type does the DDTA123ECA-TP come in?

The device is available in a compact SOIC-8 package, which offers ease of PCB layout and reliable soldering for industrial applications.

Is the device suitable for operation in extreme temperature ranges?

Yes, it operates reliably across an extended temperature range from -40??C to +