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MXR5943 Datasheet
is not necessary to use equal value split supplies, how- ever, the offset voltage will degrade about 350~V per volt of mismatch. The internal compensation capacitor de- creases with increasing supply voltage. The -3dB Band- width versus Supply Voltage curve shows how this affects the bandwidth for various feedback resistors. Generally, the bandwidth at +5V supplies is about half the value it is at +1 5V supplies for a given feedback resistor.
MXR5943 Price

No PIN Xf o{rTl) Yf1
127 SEG17 4276 2 -661 6
128 SEG^6 4366 2 -661 6
129 SEGis 4456 2 -661.6
130 SEG14 4546 2 -661 6
131 SEG13 4636 2 -661 6
132 SEG12 4726 2 -661 6
133 SEG11 4816 2 -661.6
134 SEGl 4906 2 -661 6
135 SEG9 4996 2 -661 6
136 SEG8 5086 2 -661 6
137 SEG7 5176 2 -661.6
138 SEG6 5266 2 -661 6
139 SEGs 5356 2 -661 6
140 SEG4 5446 2 -661 6
141 SEG3 5536 2 -661.6
142 SEG2 5626 2 -661 6
143 SEG1 5716 2 -661 6
144 DUMMY 5806 2 -661 6
145 DUMMY 5896 2 -661.6
146 DUMMY 6094 8 -563.4
147 DUMMY 6094 8 -473 4
148 DUMMY 6094 8 -383 4
149 DUMMY 6094 8 -293.4
150 DUMMY 6094 8 -203.4
151 PCOM1 6094 8 -113 4
152 COM1 6094 8 -23 4
153 COM2 6094 8 66 6
154 COM3 6094 8 156 6
155 COM4 6094 8 246 6
156 COMs 6094 8 336 6
157 DUMMY 6094 8 426 6
158 DUMMY 6094 8 516 6
159 DUMMY 5870 6 760
160 DUMMY 5780 6 760
161 DUMMY 5690 6 760
162 DUMMY 5600 6 760
163 COM6 5510 6 760
164 COM7 5420 6 760
165 COM8 5330 6 760
166 COM9 5240 6 760
167 COMl 5150 6 760
168 COM11 5060 6 760
169 COM12 4970 6 760
170 COM13 4880 6 760
171 COM14 4790 6 760
172 COMis 4700 6 760
173 COMis 4610 6 760
174 DUMMY 4520 6 760
175 VLC5 4400 8 760
176 VLC4 4224 8 760
177 VLC3 4048 8 760
178 VLC2 3872 8 760
179 VLC1 3696 8 760
180 VLCD 3520 8 760
181 VLCD 3344 8 760
182 AmpiN(-) 3168 8 760
183 A ripIN(+) 2992 8 760
184 AnipOUT 2816 8 760
185 Ci- 2640 8 760
186 Ci 2550 8 760
187 Ci- 2460 8 760
188 Ci 2284 8 760
189 Ci+ 2194 8 760


MXR5943 on stock

Symbol Parameter Limits Unit
Min. Max.
tcW Write cycle time 150 ns
tw(WE) Write pulse width 80 ns
tsu(A) Address set up time 20 ns
tsu(A-WEH) Address set up time with respect to WE# high 100 ns
tsu(CE-WEH) Card enable set up time with respect to WE# high 100 ns
t(D-WEH) Data set up time with respect to WE# high 50 ns
th(D) Data hold time 20 ns
trec(WE) Write recovery time 20 ns
tdis(WE) Output disable time (from WE#) 75 ns
tdis(OE) Output disable time (from OE#) 75 ns
ten(WE) Output enable time (from WE#) 5 ns
ten(OE) Output enable time (from OE#) 5 ns
tsu(OE-WE) OE# set up time with respect to WE# low 10 ns
th(OE-WE) OE# hold time with respect to WE# high 10 ns


Parameter Min Max Unit Comments
MASTER CLOCK AND RESET tMH MCLK High tML MCLK Low tPDR PD/RST Low 15 ns 15 ns 20 ns
SPI PORT tCCH CCLK High tCCL CCLK Low tCCP CCLK Period tCDS CDATA Setup tCDH CDATA Hold tcLs CLATCH Setup tCLH CLATCH Hold tCOE COUT Enable tCOD COUT Delay tCOT5 COUT Three-State 40 ns 40 ns 80 ns 10 ns 10 ns 10 ns 10 ns 15 ns 20 ns 25 ns To CCLK rising edge From CCLK rising edge To CCLK rising edge From CCLK rising edge From CLATCH falling edge From CCLK falling edge From CLATCH rising edge
DAC SERIAL PORT (48 kHz and 96 kHz) Normal Mode (Slave) tDBH DBCLK High tDBL DBCLK Low fDB DBCLK Frequency tDLS DLRCLK Setup tDLH DLRCLK Hold tDDS DSDATA Setup tDDH DSDATA Hold Packed 128/256 Modes (Slave) tDBH DBCLK High tDBL DBCLK Low fDB DBCLK Frequency tDLS DLRCLK Setup tDLH DLRCLK Hold tDDS DSDATA Setup tDDH DSDATA Hold 60 ns 60 ns 64 x fs 10 ns 10 ns 10 ns 10 ns 15 ns 15 ns 256 x fs 10 ns 10 ns 10 ns 10 ns To DBCLK rising edge From DBCLK rising edge To DBCLK rising edge From DBCLK rising edge To DBCLK rising edge From DBCLK rising edge To DBCLK rising edge From DBCLK rising edge
ADC SERIAL PORT (48 kHz and 96 kHz) Normal Mode (Master) tABD ABCLK Delay tALD ALRCLK Delay tABDD ASDATA Delay Normal Mode (Slave) tABH ABCLK High tABL ABCLK Low fAB ABCLK Frequency tALS ALRCLK Setup tALH ALRCLK Hold tABDD ASDATA Delay Packed 128/256 Mode (Master) tPABD ABCLK Delay tPALD LRCLK Delay tPABDD ASDATA Delay 25 ns 5 ns 10 ns 60 ns 60 ns 64 x fs 5 ns 15 ns 15 ns 40 ns 5 ns 10 ns From MCLK rising edge From ABCLK falling edge From ABCLK falling edge To ABCLK rising edge From ABCLK rising edge From ABCLK falling edge From MCLK rising edge From ABCLK falling edge From ABCLK falling edge