Analog Devices Inc. Tariff Inquiry

LT1058CJ

LT1058CJ Description

The LT1058CJ from Analog Devices Inc. is a high-performance JFET-input operational amplifier housed in a 14-pin CERDIP package. Designed for precision analog applications, this quad-channel op-amp operates over a wide supply voltage range of 20V to 36V, making it suitable for industrial and instrumentation systems. With a low input bias current of 7 pA and a moderate input offset voltage of 250 µV, the LT1058CJ ensures accurate signal conditioning. Its 5 MHz gain bandwidth product and 13V/µs slew rate enable fast signal processing, while the low supply current of 1.7mA per channel enhances power efficiency.

LT1058CJ Features

• Quad-channel JFET op-amp with high input impedance for minimal loading.
• Wide supply range (20V–36V), ideal for high-voltage applications.
• Low input bias current (7 pA) for precision signal amplification.
• High slew rate (13V/µs) and 5 MHz bandwidth for dynamic signal processing.
• Low power consumption (1.7mA per channel), suitable for battery-powered systems.
• Through-hole mounting (CERDIP package) for robust mechanical stability.
• Obsolete status but remains reliable for legacy designs.

LT1058CJ Applications

The LT1058CJ excels in applications requiring high-speed, low-noise amplification, such as:

• Active filters and precision integrators in test equipment.
• Data acquisition systems due to its low input bias current.
• Medical instrumentation where signal integrity is critical.
• Audio processing circuits leveraging its high slew rate.
• Industrial control systems benefiting from its wide voltage range.

Conclusion of LT1058CJ

The LT1058CJ is a versatile JFET op-amp offering a balance of speed, precision, and power efficiency. While now obsolete, its high-performance specifications make it a preferred choice for legacy designs in industrial, medical, and audio applications. Engineers seeking low-noise, high-impedance amplification in a rugged through-hole package will find the LT1058CJ a dependable solution.