NJM4580M-TE1

The NJM4580M-TE1 is a dual operational amplifier designed for high-performance applications. It features low noise and low distortion, making it suitable for audio and signal processing tasks. The device operates over a wide voltage range, typically from ±2V to ±15V, with a high slew rate of 9 V/µs and a gain bandwidth product of 8 MHz, ensuring fast response times in diverse applications.
The NJM4580M-TE1 boasts low input offset voltage, which enhances precision in signal amplification, and includes a class AB output stage for improved linearity. Its low power consumption and wide supply voltage range allow for versatility in battery-operated devices. Additionally, the amplifier is housed in a compact 8-pin DIP package, facilitating integration into various circuit designs.
Overall, the NJM4580M-TE1 is well-suited for applications such as audio amplifiers, filters, and other analog signal processing circuits, providing reliable performance with minimal distortion.

The NJM4580M-TE1 is a dual operational amplifier known for its low noise and high-performance characteristics. Key features include:
1. Dual Design: Contains two independent, high-gain, internally frequency-compensated op-amps.
2. Low Noise: Offers low input noise voltage, making it suitable for audio and precision applications.
3. Wide Bandwidth: High unity-gain bandwidth typically around 3 MHz, allowing for a variety of applications.
4. Low Total Harmonic Distortion (THD): Ensures high fidelity in audio applications.
5. Low Input Offset Voltage: Enhances accuracy in signal processing.
6. Supply Voltage Range: Operates on a wide range of supply voltages (+3V to +15V), making it versatile for different power supply configurations.
7. High Slew Rate: Approximately 0.5 V/µs, enabling fast signal response.
8. Package: Available in a variety of packages including the surface mount SOIC (M-TE1), facilitating easy integration into designs.
These features make the NJM4580M-TE1 suitable for applications in audio processing, signal conditioning, and instrumentation.

The NJM4580M-TE1 is packaged in a 8-pin DIP (Dual In-line Package) configuration.

The NJM4580M-TE1 is a dual operational amplifier featuring an 8-pin configuration. The pin assignments and functions are as follows:
1. Offset Null: Used for offset adjustment.
2. Inverting Input (A): Input for the first op-amp.
3. Non-Inverting Input (A): Non-inverting input for the first op-amp.
4. V-: Negative power supply pin.
5. Non-Inverting Input (B): Non-inverting input for the second op-amp.
6. Inverting Input (B): Input for the second op-amp.
7. Output (B): Output for the second op-amp.
8. Output (A): Output for the first op-amp.
The NJM4580M-TE1 is widely used in various applications due to its low noise and wide bandwidth characteristics.

The NJM4580M-TE1 is manufactured by New Japan Radio Co., Ltd. (NJR), a Japanese company specializing in the design and production of analog and digital electronic components. NJR focuses on a wide range of products, including operational amplifiers, audio ICs, RF components, and power management devices. Established in 1959, the company is known for its innovation in semiconductor technology and serves various markets, including consumer electronics, automotive, communications, and industrial applications. NJR is recognized for its commitment to quality and reliability in its electronic components, making it a reputable player in the semiconductor industry.

The NJM4580M-TE1 is a dual operational amplifier widely used in various applications, including audio signal processing, active filtering, signal conditioning, and data acquisition systems. Its low noise and high slew rate make it suitable for high-fidelity audio equipment, instrumentation, and precision measurement systems. Additionally, it can be used in feedback circuits, voltage followers, and as a buffer amplifier in various electronic designs.

Equivalent products to the NJM4580M-TE1 include the TL074, LM358, and MCP6002 operational amplifiers. These alternatives provide similar performance characteristics, such as low noise and high bandwidth, making them suitable for comparable applications. Always check specific electrical parameters and pin configurations for compatibility in your design.