This page lists Analog Devices' best-selling products, categorized by category, that Macnica has supported its customers with.
1. Operational Amplifiers
1. Operational Amplifiers
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model number |
Overview |
Macnica FAE's best features |
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Op amps, zero drift, |
This is a zero-drift operational amplifier with low noise, low power consumption, ground sensing input, and rail-to-rail output. It can operate in the range of ±2.25 V to ±27.5 V, making it an excellent choice for applications that use dual power supplies of ±2.5 V, ±5 V, and ±15 V. It is widely used as a sensor front-end amplifier, especially in applications such as measuring instruments and FA sensors where temperature drift characteristics are important. |
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High accuracy, 40V, ±0.07 μV/°C, |
Although this is a new product released in 2023, it has already been adopted by many customers regardless of genre due to its excellent high-performance balance. Please also refer to the introduction article below. |
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Op Amp, Micropower, 30V Power Supply, Overvoltage Input Protection, Rail-to-Rail Input/Output |
This op amp features low power consumption of 60μA (typ) per amplifier as well as input overvoltage protection. Due to its performance and functionality, it is widely used as a sensor front-end amplifier in battery-powered wearable devices. |
2. Linear regulator (LDO)
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model number |
Overview |
data sheet |
Macnica FAE's best features |
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RF Linear Voltage Regulator, 2A, Ultra-Low Noise, High PSRR |
Output current per |
This LDO has extremely high noise and PSRR performance. (Output noise 0.9μV rms typ: Using it for power supplies for high-precision signal chains, PLLs, VCOs, etc. can contribute to improving the noise performance of the entire system. |
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40V, 200mA, Low Noise, CMOS LDO Linear Voltage Regulator |
This LDO offers an excellent balance between noise performance and cost. It also supports high voltage input up to 40V, making it easy to use as a post-regulator for switching power supplies, and is widely used as a power supply for ADCs and DACs. |
3. Switching Regulators (including μModule🄬)
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model number |
Overview |
data sheet |
Macnica FAE's best features |
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Quad DC/DC μModule Regulator with Configurable 4A Output Array |
This is a unique power supply module that is extremely compact and has 4-channel output with built-in inductors for all channels. Since sequences can be easily created, it has been widely adopted as a power supply for FPGAs and CPUs, which are becoming increasingly multi-channel. |
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42V, 3A synchronous step-down regulator (2.5µA quiescent current) |
By function |
This is a user-friendly 3A product from the Silent switcher series, which features low noise. Due to their high voltage resistance, high efficiency, compact size, low noise and no blind spots, they are used in a wide range of markets, including automotive and industrial equipment. |
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Ultra-thin Dual 2.5A or Single 5A Step-Down DC/DC µModule Regulator |
By function |
This product has the same concept as the LTM4644 above, but is a two-channel product. | |
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20V IN, 12A Step-Down DC/DC Module Regulator |
This product is often used to generate bus voltage lines from 12V to 5V due to its abundant output current capability. Despite having a built-in inductor, it is extremely small at 6.25mm x 6.25mm, making it ideal for applications with size constraints. |
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The maximum output current is 700mA. |
This is a highly versatile power supply module that also includes a SEPIC, inverting circuit and inductor. It is also used in cases where you want to build a compact step-up/step-down converter, and by using two chips, it can also generate power from 12V to ±12V for analog circuits. |
4. Analog-to-Digital Converter (ADC)
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model number |
Overview |
Macnica FAE's best features |
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A/D Converter, 24-bit, low noise, low power consumption, Σ-Δ type, with PGA/reference |
This is a standard ADC product for the analog front-end of FA sensors. In addition to the ADC core, it also has two PGAs, a buffer amplifier, and a reference, and is characterized by the fact that sensors can be connected directly to the front of this integrated chip. Please also refer to the introduction article below. [AD7124 Series] Σ-Δ type A/D converter that achieves low power consumption |
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