RNSIL6B150R Datasheet The actualcompletion ofthe nonvolatile write is asynchro- nous with the system; therefore, either a Data# Polling or Toggle Bit read may be simultaneous with the completion of the write cycle. If this occurs, the system may possibly get an erroneous result, i.e., valid data may appear to conflictwith either DQ70rDQ6.ln orderto preventspurious rejection, if an erroneous result occurs, the software rou- tine should include aloop to read the accessed location an additional two (2) times. If both reads are valid, then the device has completed the write cycle, otherwise the rejec- tion is valid. RNSIL6B150R Price| | | | -------- ---- | ; _O:lMlHz [ | | | | | | | | | | | | ===={l======== | | |
RNSIL6B150R on stock| Ta | =250I | | | | | | L31.5 | | | f | | | | | | 286 | | | f | | | | | | 24.5 | | I | |j | | | | | | l I -21.0 | | 5 | | | | | | | I l -17.5 | | y | | | | | | | I I -14.0 | | f | _ | | | | | | l l -10.5 | | I | | | | | | | I I -7.0 | | | | | | | | | I J -3.5pA | | l | | | | | | | | I la =O | | | | | | | | | |
| Group | ltem | 12 BIt Models 2850-51 | 10 Blt Models 2852-56 | 8 Blt Models 2857-61 | | rn = z | Dig.ital Inputs Initiate Convers,on Pulse Width Maximum Input Loading Reference Input Input Power | TTL Positive Pulse 100ns ~ sons 1 TTL Load - 10V, 4KII +15V:0.5V m 50mA max. + 15V+0.5V m 40mA max. + 1 SVt 0.5V t,, 40mA max. -15V+0.5V m 30mA max. -15V+0.5V ffI 30mA max. -15V+0.5V rrJ 30mA max. +5Vl0.25V m 325mA max. +5V0.25V ff 325mA max. +5V+0.25V m- 325mA max. | | rn o ) < Q r o uI z < | Accuracy Nonlcnearity Differential Nonlinearity Zero Offset Error Gain Error cD Stability vs. Temperatrxe Nonlinearily Difterential Nonlinearity Zero Offset Error Unipolar Bipolar Gain Error Conversion Time Vref out Long-Term Stability 3cr Noise, P- P PSRR (Ref to Input) | +V2 LSB max. +V2 LSB max. +lOmV +lOmV l25mV +O.loio max. ~0,060io typ., +O,loto max. +0.20'o typ., =0.30,o max. *5ppm/oC max. )rrVC max. lOppmrC max. -3ppm/oC typ., -5ppmrC max.l- 9ggpmTC typ- +10ppm/oC max.l.9g~)mrC typ.. -10ppmrC max. +5ppmrC max. +15ppm/oC max, +15ppm/oC max. +10ppm/oC max. +15ppm/oC max. +15ppm/oC max. --10ppmrC max. +10ppmrC max. +20ppmrC max. +2.8ns/oC max. +2ns/oC max. 2ns/'C max. 3ppmrC typ., +10ppm/oC max, 0.0070;o/month 0.01 %/month 0.020jO/month O.010jo FS 0.02% FS 0.02% FS 0.0020toPi | | 0 rl- o | Reference Output (-5mA) D,gital Outputs Logic Codes Parallel Unipolar Parallel Bipolar Serial Unipolar SeriaF Bipolar Format Output Drive. Min. Switching Levels "O" State "1" State Status "1" State Output Drive, Min. Clock Out Logic Output Drive, Mcn. Pulse Width | - lOV+O.100 I -10V+O.l% I - iov_ i.o% BIN OBIN, 2's C BIN OBIN NRZ 8 TTL Loads $o.5v >2.4V During Conversion 5TTLLoads I 5TTLLoads n I4TTLLoads TTL Positive Pulse 8 TTL Loads 40ns | | J z I z o c > Z | Temperature Ranges Operating. Full Ratings Operating, 5000 Derated Storage Relative Humidity Shielding | - ooc to +700C -250C to +850C - 550c to +1250C 1 95% Non-condensing RFI and EMI, on tive sides | | o z cc | Absolute Maximum Ratings Supply Voltage to Ground +15V Input 5V Input Digital Input Voltage Analog Input Voltage R,n = 250fl Rin = 500fl Rm = lKrl Rm = 2K{I | +18V +6V +5v +8v I +11V +16V +22V | | | | | |
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