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Yaskawa Sigma 5 JUSP-OP06A

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JUSP-OP06A

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The JUSP-OP06A, developed by Yaskawa, is a hand-held operator module within the Sigma 5 series. It is engineered with precise specifications, including a minimal input offset voltage of 0.06 mV and a bias current of 30 nA.

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Technical specifications for JUSP-OP06A

ManufacturerYaskawa
Product TypeHand-held Operator Module
Product LineSigma 5
Part NumberJUSP-OP06A
Input Offset Voltage (Vos)0.06 mV
Input Offset Current (Ios)0.3 nA
Input Bias Current (Ib)30 nA
Input Noise Voltage (en)8.0 nV/√Hz
Input Noise Current (in)0.25 pA/√Hz
Input Resistance (Rin)1.0 MΩ
Voltage Gain (Avo)12.5 V/mV
Output Voltage (Vo)12.0 V
Output Swing11.0 V
Input Voltage Range (IVR)13.5 V
Common-Mode Rejection Ratio (CMRR)114 dB
Power Supply Rejection Ratio (PSRR)0.5 µV/V
Power Consumption (Pd)90 mW
Temperature GradientNot specified

The Yaskawa JUSP-OP06A is a sophisticated hand-held operator module designed for use in the Sigma 5 series. This component is characterized by precise technical parameters, including a low input offset voltage of 0.06 mV and an input bias current limited to 30 nA, which enables enhanced stability in its operation. The module’s input resistance is a significant 1.0 MΩ, allowing for effective signal processing without compromising performance.

In terms of gain, the JUSP-OP06A showcases a voltage gain of 12.5 V/mV, making it suitable for applications requiring accurate amplification. Its output voltage reaches up to 12.0 V with an output swing of 11.0 V, accommodating a wide range of operational requirements. This hand-held device operates within an input voltage range of 13.5 V, ensuring versatility across various conditions.

With respect to noise performance, it delivers an input noise voltage of just 8.0 nV/√Hz and an input noise current of 0.25 pA/√Hz, facilitating precise measurements. The common-mode rejection ratio of 114 dB further underlines its capability to minimize unwanted signal interference. Additionally, the module features a power supply rejection ratio of 0.5 µV/V and consumes a total power of 90 mW. Notably, the temperature gradient has not been specified for this component, emphasizing its focused design for specific applications.