TSV912AIDSGR

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The TSV912AIDSGR is a linear amplifier used for instrumentation, op amps, and buffers. It is an amplifier with a wide range of applications, and is designed to give precise measurement results with high accuracy. Its working principle is based on the current feedback amplifier circuit which enables it to operate on a wide range of input signals. In addition, it has excellent gain accuracy over the full input range.

The TSV912AIDSGR is a single-ended input/two-channel output amplifier, allowing for simultaneous measurement of dual-channel signals. It has a high input impedance of 10k ohms, allowing for precise measurement of the input signals. Its differential mode offers a wide input voltage range of up to ±25V, which is excellent for measuring low voltage signals. It also has a wide bandwidth of 1MHz, making it suitable for use in measurement of fast transients.

The TSV912AIDSGR features an output current up to 20mA, allowing for precise measurement of power signals. It also has fast response time and excellent stability over temperature. In addition, it is designed to be resistant to interference, providing reliable performance in environments that are subject to high levels of interference. This makes it suitable for use in applications such as noise measurement and power line control.

The TSV912AIDSGR is powered by an AC adapter and has integrated thermal protection. It is designed to be easy to mount and connect, making it suitable for uses in tight spaces. It also has low power consumption and excellent power efficiency, offering long-term reliability and performance. In addition, it has a wide temperature operating range of -20°C to +85°C, making it suitable for use in extended temperature environments.

The TSV912AIDSGR is an ideal instrumentation amplifier for use in various applications, including general measuring and monitoring, power measurement, and power line control. It also has excellent gain accuracy over the full input range, allowing for precise measurement and control of the signals. Its wide temperature operating range makes it suitable for use in extended temperature environments, providing long-term reliability and performance.

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