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ADE7762ARW-RL Fiches technique(PDF) 15 Page - Analog Devices |
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ADE7762ARW-RL Fiches technique(HTML) 15 Page - Analog Devices |
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15 / 28 page ![]() Preliminary Technical Data ADE7762 Rev. PrB | Page 15 of 28 ANALOG INPUTS CURRENT CHANNELS The voltage outputs from the current transducers are connected to the ADE7762 current channels, which are fully differential voltage inputs. IAP, IBP, and ICP are the positive inputs for IAN, IBN, and ICN, respectively. The maximum peak differential signal on the current channel should be less than ±500 mV (353 mV rms for a pure sinusoidal signal) for the specified operation. DIFFERENTIAL INPUT ±500mV MAX PEAK +500mV AGND VCM IA IAP VCM –500mV COMMON-MODE ±25mV MAX IAN IAP–IAN Figure 18. Maximum Signal Levels, Current Channel The maximum signal levels on IAP and IAN are shown in Figure 18. The maximum differential voltage between IAP and IAN is ±500 mV. The differential voltage signal on the inputs must be referenced to a common mode, for example, AGND. The maximum common-mode signal shown in Figure 18 is ±25 mV. VOLTAGE CHANNELS The output of the line voltage transducer is connected to the ADE7762 at this analog input. Voltage channels are a pseudo- differential voltage input. VAP, VBP, and VCP are the positive inputs with respect to VN. The maximum peak differential signal on the voltage channel is ±500 mV (353 mV rms for a pure sinusoidal signal) for speci- fied operation. Figure 19 illustrates the maximum signal levels that can be connected to the ADE7762 voltage channels. DIFFERENTIAL INPUT ±500mV MAX PEAK +500mV AGND VCM VA VAP VCM –500mV COMMON-MODE ±25mV MAX VN VAP–VN Figure 19. Maximum Signal Levels, Voltage Channel Voltage channels must be driven from a common-mode voltage, that is, the differential voltage signal on the input must be refer- enced to a common mode (usually AGND). The analog inputs of the ADE7762 can be driven with common-mode voltages of up to 25 mV with respect to AGND. However, best results are achieved using a common mode equal to AGND. |
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