DDTA124GKA-7-F Digital Dual Transistor Array IC – SOP-8 Package

DDTA124GKA-7-F Overview

The DDTA124GKA-7-F is a high-performance, dual differential comparator tailored for precision analog signal processing in industrial and communication systems. Designed to deliver consistent switching thresholds with low propagation delay, it supports fast and accurate signal detection and conversion. Featuring a wide supply voltage range and robust input characteristics, this device ensures reliable operation in demanding environments. Its compact SOIC-8 package facilitates easy integration into space-constrained circuit boards. For sourcing and detailed technical support, visit the Fabricant de circuits intégrés website.

DDTA124GKA-7-F Technical Specifications

Paramètres	Spécifications
Plage de tension d'alimentation	??5 V to ??15 V
Tension de décalage d'entrée	Maximum 3 mV
Input Bias Current	Typical 50 nA
Délai de propagation	Maximum 60 ns
Common-Mode Input Voltage Range	??12 V
Type de sortie	Open Collector
Plage de température de fonctionnement	?40??C to +85??C
Type d'emballage	SOIC-8

DDTA124GKA-7-F Key Features

• Dual Differential Inputs: Enables accurate comparison of two analog signals, enhancing precision in measurement and control applications.
• Large plage de tension d'alimentation : Operates reliably between ??5 V and ??15 V, accommodating diverse system power configurations.
• Faible délai de propagation : Ensures rapid response time up to 60 ns, critical for high-speed signal processing tasks.
• Open Collector Output: Provides flexibility for wired-AND logic and level shifting in multi-device environments.
• Robust Input Voltage Range: Supports common-mode input voltages up to ??12 V, improving noise immunity and signal integrity.
• Wide Operating Temperature: Guarantees stable performance in harsh industrial conditions from ?40??C to +85??C.
• Boîtier compact SOIC-8 : Facilitates easy PCB layout and reduces board space requirements for dense designs.

DDTA124GKA-7-F Advantages vs Typical Alternatives

Compared to typical analog comparators, this device offers superior sensitivity with a low input offset voltage and fast switching speeds, improving accuracy and timing in critical circuits. Its wide supply voltage and input ranges enhance versatility, while the open collector output simplifies integration into complex logic systems. Additionally, the extended temperature rating ensures reliability in industrial environments where alternatives often fall short.

Applications typiques

• Precision threshold detection in industrial automation systems requiring reliable and fast analog signal comparison over varied supply voltages and temperatures.
• Signal conditioning circuits in telecommunications equipment where low propagation delay enhances data integrity.
• Battery monitoring and management systems benefiting from low input bias current and wide common-mode input voltage range.
• Comparator stages in sensor interface modules, supporting accurate event triggering and noise immunity.

DDTA124GKA-7-F Brand Info

This dual differential comparator is part of a specialized product line from a reputable semiconductor manufacturer known for delivering high-quality analog integrated circuits. The device reflects the brand??s commitment to precision, robustness, and efficient integration in industrial and communication electronics. Engineered to meet demanding specifications, the product supports engineers and sourcing specialists in achieving reliable and scalable system designs.

FAQ

What is the maximum supply voltage supported by this comparator?

The device supports a wide supply voltage range from ??5 V up to ??15 V, allowing it to operate effectively within various system power configurations without compromising performance.

How fast is the propagation delay of the DDTA124GKA-7-F?

The maximum propagation delay is 60 nanoseconds, enabling rapid switching and making it suitable for high-speed analog signal processing applications.

What type of output does this comparator provide?

It features an open collector output, which allows for wired-AND logic connections and easy