CD4051BM96

illustrate

The CD4051B, CD4052B, CD4053B analog multiplexers and digitally controlled analog switches have low and very low impedance off leakage current. _{polypropylene}Control analog signals up to 20V can be passed up to 20V (digital signal amplitude is 4.5V, if_VDD's - V's_ß= 3V, one_targetV DD - V_EE'sUp to 13V can be controlled; for_targetV DD - V_{Electronic Engineering Album}The difference above the 13V level, one_targetV DD - V_Ss, at least 4.5V is required). For example, if_targetV DD = +4.5 V, five_ß= 0V,_andV EE = -13.5 V, analog signals from -13.5 V to +4.5 V can be controlled from 0 V to 5 V via digital inputs. These multiplexer circuits dissipate extremely low quiescent power control signals throughout_targetV DD - V_{SS and}V DD - V_EE'sSupply voltage range, country-independent logic.

characteristic

• Wide range of digital and analog signal levels
  • 3V to 20V digital...
  • Mock... 20V_{polypropylene}
• Low on-resistance, 125 (typical) signal input range over 15V is_{Polypropylene}V DD - V_{Electronic Engineering Album}= 18V
• High turn-off resistance with 100Pa channel leakage ± (typical)_atV DD - V_{Electronic Engineering Album}= 18V
• logic level) to digital signal processing 20V is 3V to_20V（VDD's - V's_ß= 3V to 20V switching to analog signals_{Polypropylene (V}DD's - V's_{Electronic Engineering Album}= 20V)
• Matching switching characteristics, study_Right= 5 (typical)._targetV DD - V_{Electronic Engineering Album}= 15V
• Very low (typical) quiescent power consumption at full digital control input and supply conditions, 0.2μW_atV DD - V_ß=_targetV DD - V_{Electronic Engineering Album}= 10V
• Binary address decoding chip
• 5V and 10V and 15V ratings
• 10% of the test time is at 20V quiescent current
• The maximum input current of 1μA is over the full package temperature range of 18V, 100nA at 18V and 25°C
• Profit and loss eliminate overlapping channels before switching
• apply
  • Analog and digital multiplexing and demultiplexing
  • A/D and D/A conversions
  • Signal gating