PDF GX3202 Data sheet ( Hoja de datos )

Número de pieza	GX3202
Descripción	202 x 202 3.5Gb/s Crosspoint Switch
Fabricantes	Semtech
Logotipo
Hay una vista previa y un enlace de descarga de GX3202 (archivo pdf) en la parte inferior de esta página. Total 30 Páginas
No Preview Available ! GX3202 202 x 202 3.5Gb/s Crosspoint Switch with Trace Equalization and Output De-emphasis Key Features • 202 x 202 crosspoint switch architecture supporting broadcast and multi-cast modes • Supports all data rates up to 3.5Gb/s • Low power consumption: 25W typical (all channels active) • Sophisticated, dynamic on-chip power management control • Independent, programmable input trace equalization to reduce deterministic jitter (ISI) • Independent, programmable output de-emphasis for driving long board traces • High-speed, video-optimized control for multi-format applications • Built-in system test features with on-chip PRBS generators and analyzers • 2.5V analog core voltage, 1.8V digital core voltage • Input and output voltages support either 1.2V, 1.8V or 2.5V CML • JTAG-controlled boundary scan • Selectable parallel/serial host interface • 50mm x 50mm BGA (2377 ball) • Operating temperature range: 0°C to +85°C • RoHS compliant Applications Large m x n cascaded routers/switch fabrics for: • Professional broadcast applications • Enterprise and carrier applications • High-speed automated test equipment • 10GbE and InfiniBand networks Description The GX3202 is a low-power, high-speed 202 x 202 crosspoint switch, with robust signal conditioning circuits for driving and receiving high-speed signals through backplanes. The device typically consumes 25W of power with all channels operational, and features sophisticated, dynamically scalable power management. Unused portions of the core are automatically turned off without affecting the operation of the remaining channels. The signal conditioning features of the GX3202 include per-input programmable equalization and per-output programmable de-emphasis. The input equalizer removes ISI jitter—typically caused by PCB trace losses—by opening the input data eye in applications where long PCB traces are used. There are four settings available for the input equalizer, allowing flexibility in adjusting the equalization level on a per-input basis. Output de-emphasis capability provides a boost of the high-frequency content of the output signal, such that the data eye remains open after passing through a long interconnect of PCB traces and connectors. There are four de-emphasis settings that can be enabled on a per-output basis. Two integrated programmable pattern generators, and two pattern checkers are provided to assist in system test and configuration. The pattern generators can each be routed to any output of the device without impacting the normal operation of any other channel. Any input can be routed to each of the pattern checkers. The chip features eight independent strobe inputs, UPDATE_EN[7:0], which are used to determine the timing of the output updates. Any output can be linked to any strobe. GX3202 202 x 202 3.5Gb/s Crosspoint Data Sheet 56077 - 1 October 2012 www.semtech.com 1 of 49 Proprietary & Confidential 1 page 1. Ball Out 1.1 Ball Assignment Legend: Power Ground Input Output Digital Control Reserved 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 A ANC NC NC GND SDO_ 268 SDO_ SDO_ 268 244 SDO_ 244 SDO_ 264 SDO_ 264 SDO_ 248 SDO_ 248 SDO_ 228 SDO_ 228 GND SDO_ 208 SDO_ 208 SDO_ 192 SDO_ SDO_ 192 176 SDO_ 176 SDO_ 160 SDO_ 160 GND SDO_ 144 SDO_ 144 SDO_ SDO_ 124 124 SDO_ 112 SDO_ 112 SDO_ 96 SDO_ 96 SDO_ SDO_ 80 80 GND SDO_ 60 SDO_ SDO_ 60 44 SDO_ SDO_ 44 28 SDO_ 28 SDO_ 12 SDO_ 12 MON0 MON0 GND NC NC NC B BNC NC GND GND GND SDO_ 280 SDO_ 280 SDO_ 236 SDO_ 236 SDO_ 240 SDO_ 240 SDO_ 232 SDO_ 232 GND SDO_ 212 SDO_ 212 SDO_ 188 SDO_ SDO_ 188 172 SDO_ 172 SDO_ 156 SDO_ 156 GND SDO_ 140 SDO_ 140 SDO_ 128 SDO_ 128 SDO_ 108 SDO_ 108 SDO_ 92 SDO_ SDO_ 92 76 SDO_ 76 GND SDO_ 64 SDO_ SDO_ 64 48 SDO_ 48 SDO_ 32 SDO_ 32 SDO_ 16 SDO_ SDO_ 16 0 SDO_ RSV 0 _DNC GND GND NC NC C CNC GND GND GND GND VCC_ SDO_ SDO_ OUT1 284 284 SDO_ 272 SDO_ SDO_ 272 204 SDO_ 204 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 216 216 196 196 180 180 164 164 GND SDO_ SDO_ 148 148 SDO_ SDO_ 132 132 SDO_ 116 SDO_ SDO_ 116 100 SDO_ 100 SDO_ SDO_ 84 84 GND SDO_ SDO_ 68 68 SDO_ SDO_ 52 52 SDO_ 36 SDO_ SDO_ 36 20 SDO_ SDO_ 20 4 SDO_ RSV 4 _DNC GND GND GND GND NC D DGND GND GND GND GND GND RSV _DNC SDO_ 260 SDO_ 260 SDO_ 252 SDO_ 252 SDO_ 224 SDO_ 224 GND SDO_ 200 SDO_ SDO_ 200 184 SDO_ SDO_ 184 168 SDO_ SDO_ 168 152 SDO_ 152 GND SDO_ 136 SDO_ 136 SDO_ SDO_ 120 120 SDO_ 104 SDO_ 104 SDO_ 88 SDO_ 88 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 72 72 56 56 40 40 24 24 8 8 GND GND GND GND GND GND GND E EXT RSV _PG1 _DNC GND GND GND GND GND DTHERMA SDO_ 3 276 SDO_ SDO_ 276 256 SDO_ SDO_ SDO_ GND 256 220 220 SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 258 258 210 210 186 186 178 178 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 150 150 138 138 122 122 98 98 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ VCC_ 74 74 50 50 26 26 2 2 OUT1 GND GND GND GND GND GND SDI _0 E EXT F F_PG1 SDI_ 3 RSV _DNC GND GND GND GND GND DTHERMK 3 SDO_ 282 SDO_ SDO_ SDO_ SDO_ SDO_ 282 274 274 234 234 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 242 242 190 190 198 198 174 174 GND SDO_ 146 SDO_ SDO_ SDO_ SDO_ 146 126 126 102 SDO_ SDO_ SDO_ 102 78 78 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 54 54 34 34 6 6 GND GND GND GND GND GND VCC _IN1 SDI_ 4 SDI_ 0 SDI_ G G7 SDI_ 3 SDI_ 11 GND GND GND GND GND GND VCC_ OUT1 RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND SDO_ 30 SDO_ SDO_ 30 10 SDO_ VCC_ 10 OUT1 GND GND GND GND GND RSV _DNC SDI_ SDI_ 84 SDI_ 20 SDI_ SDI_ H H7 19 SDI_ 11 SDI_ 23 VCC _IN2 GND GND GND GND GND GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO GND GND GND GND GND GND DTHERMA 0 SDI_ 12 SDI_ 8 SDI_ 24 SDI_ 20 SDI_ J J15 SDI_ 19 SDI_ 43 SDI_ 23 SDI_ 1 GND GND GND GND GND GND VCC_ OUT1 RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV GND _IO RSV RSV _IO _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO GND VCC_ GND OUT1 GND GND GND GND DTHERMK 0 SDI_ 16 SDI_ 12 SDI_ SDI_ SDI_ 28 24 40 SDI_ K K15 SDI_ 35 SDI_ 43 SDI_ 27 SDI_ 1 SDI_ 5 VCC _IN2 GND GND GND GND GND GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV GND _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND GND GND GND GND GND GND VCC _IN1 SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ 2 16 32 28 44 40 SDI_ L L31 SDI_ 35 SDI_ 59 SDI_ 27 SDI_ SDI_ 95 SDI_ 13 GND GND GND GND GND GND GND VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ VCC_ OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 OUT1 GND GND GND GND GND GND GND RSV _IO SDI_ SDI_ 2 36 SDI_ SDI_ SDI_ SDI_ 32 48 44 60 SDI_ SDI_ M M31 51 SDI_ SDI_ SDI_ 59 39 9 SDI_ SDI_ 17 13 RSV _IO VCC _IN2 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND VCC _IN1 RSV _IO RSV _IO SDI_ SDI_ SDI_ SDI_ SDI_ 22 36 52 48 64 SDI_ 60 SDI_ N N47 SDI_ 51 SDI_ 71 SDI_ 39 SDI_ 37 SDI_ 17 SDI_ 29 RSV _IO GND GND GND GND GND GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND GND GND GND GND RSV _IO RSV _IO RSV _IO SDI_ SDI_ 22 56 SDI_ 52 GND SDI_ SDI_ 64 76 SDI_ SDI_ P P47 67 SDI_ SDI_ SDI_ 71 55 37 SDI_ 25 SDI_ 29 GND RSV _IO GND GND GND GND GND GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND VCC_ OUT1 VCC_ VCC_ GND OUT1 GND OUT1 GND VCC_ OUT1 GND VCC_ OUT1 GND GND GND GND GND RSV _IO RSV _IO RSV RSV _IO _IO SDI_ SDI_ 42 56 GND SDI_ 68 GND SDI_ 76 R RGND SDI_ 67 SDI_ 75 SDI_ 55 SDI_ 33 SDI_ 25 GND RSV _IO RSV _IO RSV _IO GND GND GND GND EXT _CLK2 VCC _25_ VCO2 LDO2 GND VCC_ VCC_ 25_A 25_A GND GND VCC_ VCC_ 25_A 25_A GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND LDO0 VCC _25_ VCO0 EXT CLK0 GND GND GND GND RSV _IO RSV RSV RSV _IO _IO _IO SDI_ 42 GND SDI_ 72 SDI_ 68 SDI_ 80 GND SDI_ T T63 GND SDI_ 75 SDI_ 87 SDI_ 33 GND RSV _IO RSV _IO RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND EXT _CLK2 GND LF2 VCC_ VCC_ GND 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND LF0 GND EXT CLK0 GND GND GND GND RSV _IO RSV _IO RSV _IO RSV _IO GND SDI_ 62 SDI_ SDI_ 72 84 SDI_ SDI_ 80 92 SDI_ U U63 SDI_ 83 GND SDI_ 87 GND SDI_ 85 RSV _IO RSV _IO RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND GND GND GND GND GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND GND GND GND GND GND GND VCC _IN1 VCC _IN1 RSV _IO RSV _IO RSV _IO GND SDI_ 70 SDI_ 62 SDI_ 88 SDI_ 84 SDI_ 96 SDI_ 92 SDI_ V V79 SDI_ 83 SDI_ 91 SDI_ GND 57 SDI_ 85 RSV _IO RSV _IO RSV _IO RSV _IO GND GND GND GND VDD _25 GND VDD_ VDD_ 18 18 GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND VDD_ VDD_ 18 18 GND VDD_ 25 GND GND VCC _IN1 VCC _IN1 RSV _IO RSV _IO GND RSV _IO SDI_ 70 SDI_ 86 SDI_ 88 SDI_ 100 SDI_ 96 SDI_ 108 SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ RSV W W79 99 91 103 57 73 _IO RSV _IO RSV _IO RSV _IO GND GND GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND GND GND RSV _IO GND RSV _IO RSV _IO SDI_ SDI_ SDI_ SDI_ 90 86 104 100 SDI_ SDI_ 112 108 SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ RSV Y Y95 99 107 103 81 73 _IO RSV _IO RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND VCC_ VCC_ GND 25_A 25_A GND VCC_ 25_A VCC_ 25_A GND GND VCC_ VCC_ 25_A 25_A GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND GND GND GND RSV _IO RSV _IO RSV _IO SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ 90 110 104 116 112 128 SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ RSV AA AA95 115 107 119 81 101 _IO RSV _IO RSV _IO GND VCC _IN2 VCC _IN2 GND GND GND GND VCC_ VCC_ 25_A 25_A GND VCC_ VCC_ GND 25_A 25_A VCC_ GND GND 25_A GND VCC_ VCC_ GND 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND GND GND VCC _IN1 VCC _IN1 RSV _IO RSV RSV _IO _IO RSV SDI_ SDI_ SDI_ SDI_ _IO 118 110 120 116 SDI_ SDI_ 124 128 SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ RSV AB AB111 115 123 119 113 101 _IO RSV _IO GND RSV _IO GND GND GND GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND VCC_ VCC_ 25_A 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND VCC _IN1 VCC _IN1 RSV _IO RSV _IO RSV _IO RSV _IO SDI_ 118 SDI_ 134 SDI_ 120 GND SDI_ 124 SDI_ 144 SDI_ AC AC111 SDI_ 131 SDI_ 123 SDI_ 135 SDI_ 113 SDI_ 121 RSV _IO GND RSV _IO RSV _IO GND GND GND GND GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND VCC_ VCC_ GND 25_A 25_A GND GND GND GND GND GND RSV _IO RSV RSV _IO _IO RSV _IO SDI_ 138 SDI_ 134 GND SDI_ 132 GND SDI_ 144 SDI_ AD AD127 SDI_ 131 SDI_ 139 SDI_ 135 SDI_ 129 SDI_ 121 GND RSV _IO RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND VCC_ VCC_ 25_A 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND GND VCC_ 25_ REF_ GND GND GND GND RSV _IO CLK RSV _IO RSV _IO RSV _IO SDI_ 138 GND SDI_ 136 SDI_ SDI_ 132 140 GND SDI_ AE AE127 SDI_ 147 SDI_ 139 SDI_ 151 SDI_ 129 GND RSV _IO RSV _IO RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ VCC_ 25_A 25_A GND VCC_ VCC_ 25_A 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND VDD_ 25 CLK_ REF_ IN GND GND VCC _IN1 VCC _IN1 RSV _IO RSV _IO RSV _IO RSV _IO GND SDI_ 158 SDI_ 136 SDI_ SDI_ 148 140 SDI_ 160 AF GND SDI_ AF147 SDI_ 155 SDI_ 151 GND SDI_ 149 RSV _IO RSV _IO RSV _IO RSV _IO GND GND GND GND VDD_ 25 GND VDD_ 18 VDD_ 18 GND GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND VDD_ 18 VDD_ 18 GND CLK_ REF_ OUT GND GND VCC VCC _IN1 _IN1 RSV _IO RSV _IO RSV _IO GND SDI_ 166 SDI_ 158 SDI_ 152 SDI_ 148 SDI_ 156 SDI_ 160 SDI_ AG AG143 GND SDI_ 155 GND SDI_ 153 SDI_ 149 RSV _IO RSV RSV _IO _IO RSV _IO GND GND GND GND GND GND GND GND GND GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A GND GND VCC_ VCC_ 25_A 25_A GND GND GND GND GND GND GND GND GND GND RSV _IO RSV GND RSV _IO _IO SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ 166 174 152 164 156 176 SDI_ AH AH143 SDI_ 163 GND SDI_ 167 SDI_ 153 SDI_ 169 RSV _IO RSV _IO RSV _IO RSV _IO VCC VCC _IN2 _IN2 GND GND EXT _CLK1 GND LF1 GND VCC_ VCC_ 25_A 25_A GND GND VCC_ VCC_ 25_A 25_A GND VCC_ VCC_ 25_A 25_A GND GND VCC_ 25_A VCC_ 25_A GND LF_ DIGITAL GND EXT_ CLK_ DIGITAL GND GND GND GND RSV _IO GND RSV _IO RSV _IO SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ 186 174 168 164 172 176 SDI_ AJ AJ159 SDI_ SDI_ SDI_ SDI_ SDI_ RSV 163 171 167 177 169 _IO RSV _IO RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND EXT _CLK1 VCC_ 25_ VCO1 LDO1 GND VCC_ 25_A VCC_ 25_A GND GND VCC_ 25_A VCC_ 25_A GND VCC_ 25_A VCC_ 25_A GND GND VCC_ VCC_ 25_A 25_A GND LDO_ DIGITAL VCC_ VCO_ DIGITAL EXT_ CLK_ DIGITAL GND GND VCC _IN1 VCC _IN1 GND RSV _IO RSV _IO RSV _IO SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ 186 206 168 180 172 192 SDI_ SDI_ SDI_ SDI_ AK AK159 175 171 183 SDI_ SDI_ RSV 177 197 _IO RSV _IO RSV _IO GND GND GND GND GND GND GND GND GND GND GND GND VDD_ GND 18 GND VDDIO GND D GND VDD_ GND 18 GND GND GND GND GND GND GND GND VCC _IN1 VCC _IN1 RSV _IO RSV RSV _IO _IO RSV SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ _IO 214 206 184 180 188 192 SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ RSV AL AL179 175 187 183 201 197 _IO RSV _IO GND RSV _IO GND GND GND GND GND GND TCK TMS TDO TDI GND GND P_CS P_R/W P_ADS GND GND GND GND GND GND RSV RSV RSV RSV _DNC _DNC _DNC _DNC GND GND GND GND RSV _IO RSV _IO RSV _IO RSV _IO SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ 214 230 184 196 188 208 SDI_ SDI_ SDI_ SDI_ SDI_ SDI_ RSV AM AM179 191 187 199 201 217 _IO GND RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND GND P_ADD P_ADD P_ADD P_ADD P_ADD P_ADD P_ADD P_ADD P_ADD P_ADD P_ADD P_ADD UPDATE UPDATE UPDATE UPDATE UPDATE UPDATE UPDATE UPDATE 0 1 2 3 4 5 6 7 8 9 10 11 _EN0 _EN1 _EN2 _EN3 _EN4 _EN5 _EN6 _EN7 GND GND GND GND RSV _IO RSV _IO RSV _IO RSV _IO SDI_ 202 SDI_ 230 GND SDI_ 196 SDI_ SDI_ 204 208 SDI_ SDI_ SDI_ SDI_ SDI_ AN AN195 191 203 199 225 SDI_ 217 GND RSV _IO RSV _IO RSV _IO VCC _IN2 VCC _IN2 GND GND HOST_ S/P SCLK SDIN SDOUT S_CS P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT P_DAT 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 GND GND VCC _IN1 VCC _IN1 RSV _IO RSV _IO RSV _IO RSV _IO SDI_ 202 GND SDI_ 200 GND SDI_ 204 SDI_ 224 SDI_ AP AP195 SDI_ 207 SDI_ 203 SDI_ 215 SDI_ 225 GND RSV _IO RSV _IO RSV _IO RSV _IO GND GND GND GND VDD_ 18 GND VDDIO VDDIO DD GND VDDIO VDDIO GND DD VDDIO VDD_ D 18 GND VDD_ VDDIO 18 D GND VDDIO VDDIO DD GND VDDIO VDDIO DD GND VDD_ 18 GND GND VCC _IN1 VCC _IN1 RSV _IO RSV RSV _IO _IO RSV _IO GND SDI_ 254 SDI_ 200 SDI_ 212 GND SDI_ 224 GND SDI_ AR AR207 SDI_ 219 SDI_ 215 GND SDI_ 245 RSV _IO RSV _IO RSV _IO RSV _IO GND GND GND GND VDDIO VDDIO VDDIO DDD GND VDD_ 18 GND VDD_ VDD_ VDD_ 18 18 18 GND VDD_ 18 GND VDD_ VDD_ VDD_ 18 18 18 GND VDD_ 18 GND POR_ DFT RSV _DNC RESET GND GND GND GND RSV _IO RSV _IO RSV _IO GND SDI_ 262 SDI_ 254 SDI_ SDI_ 232 212 SDI_ 220 GND SDI_ AT AT211 GND SDI_ 219 GND SDI_ 231 SDI_ 245 RSV _IO RSV _IO RSV _IO RSV _IO GND GND GND GND GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND GND GND GND VCC_ 25_A GND RSV _IO GND SDI_ 258 SDI_ 262 SDI_ 250 SDI_ 232 SDI_ 216 SDI_ SDI_ 220 240 SDI_ AU AU211 SDI_ 223 SDI_ GND 235 SDI_ 231 SDI_ 265 RSV _IO RSV _IO RSV _IO GND GND GND GND GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND VCC_ OUT2 GND GND GND GND VCC_ 25_A GND RSV _IO SDI_ SDI_ SDI_ SDI_ SDI_ 258 270 250 248 216 SDI_ SDI_ 236 240 SDI_ AV AV227 SDI_ SDI_ 223 239 SDI_ 235 SDI_ SDI_ 251 265 RSV _IO RSV _IO VCC _IN2 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND VCC _IN1 RSV _IO SDI_ 274 SDI_ SDI_ 270 278 SDI_ SDI_ 248 228 SDI_ SDI_ 236 256 SDI_ SDI_ AW AW227 243 SDI_ SDI_ 239 255 SDI_ SDI_ 251 285 RSV _IO GND GND GND GND GND GND VCC_ 25_A VCC_ OUT2 VCC_ OUT2 VCC_ OUT2 VCC_ OUT2 VCC_ OUT2 VCC_ VCC_ OUT2 OUT2 VCC_ OUT2 VCC_ OUT2 VCC_ VCC_ OUT2 OUT2 VCC_ OUT2 VCC_ VCC_ OUT2 OUT2 VCC_ OUT2 VCC_ OUT2 VCC_ OUT2 VCC_ OUT2 VCC_ VCC_ OUT2 OUT2 VCC_ OUT2 GND GND GND GND GND GND GND SDI_ SDI_ 274 282 SDI_ SDI_ SDI_ SDI_ 278 260 228 252 SDI_ 256 SDI_ AY AY247 SDI_ 243 SDI_ 259 SDI_ 255 SDI_ 271 SDI_ 285 VCC _IN2 GND GND GND GND GND VCC_ 25_A GND RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV RSV RSV _IO _IO _IO RSV _IO GND GND GND GND GND GND VCC _IN1 SDI_ 282 SDI_ SDI_ 286 260 SDI_ SDI_ SDI_ 244 252 272 SDI_ BA BA247 SDI_ 263 SDI_ 259 SDI_ 275 SDI_ 271 DTHERMK 2 GND GND GND GND GND VCC_ OUT2 GND RSV _IO RSV _IO RSV _IO RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV RSV _IO _IO RSV _IO GND RSV _IO RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO VCC_ GND OUT2 GND GND GND GND GND SDI_ SDI_ 286 264 SDI_ SDI_ 244 268 SDI_ 272 SDI_ BB BB267 SDI_ 263 SDI_ 279 SDI_ 275 DTHERMA 2 GND GND GND GND GND GND RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND GND GND GND GND GND VCC _IN1 SDI_ 264 SDI_ 276 SDI_ SDI_ 268 280 SDI_ BC BC267 SDI_ 283 SDI_ 279 RSV _DNC GND GND GND GND GND VCC_ SDO_ SDO_ SDO_ SDO_ OUT2 277 277 257 257 GND RSV _IO RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV RSV _IO _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO GND RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO RSV _IO VCC_ OUT2 GND GND GND GND GND GND SDI_ SDI_ 276 284 SDI_ 280 SDI_ BD BD287 SDI_ 283 VCC _IN2 GND GND GND GND GND GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 281 281 253 253 233 233 GND SDO_ 209 SDO_ 209 SDO_ 185 SDO_ 185 SDO_ 161 SDO_ 161 SDO_ 141 SDO_ 141 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 113 113 89 89 97 97 45 45 GND SDO_ 53 SDO_ 53 SDO_ 13 SDO_ 13 SDO_ 5 SDO_ DTHERMK 51 GND GND GND GND GND RSV _DNC SDI_ 284 EXT _PG0 SDI_ BE BE287 GND GND GND GND GND GND VCC_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ OUT2 285 285 261 261 237 237 213 213 GND SDO_ 189 SDO_ 189 SDO_ 165 SDO_ SDO_ SDO_ SDO_ SDO_ 165 149 149 137 137 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 109 109 101 101 77 77 29 29 GND SDO_ 67 SDO_ 67 SDO_ 31 SDO_ 31 SDO_ 11 SDO_ DTHERMA 11 1 GND GND GND GND GND RSV _DNC EXT _PG0 BF BFGND GND GND GND GND GND GND SDO_ SDO_ 279 279 SDO_ SDO_ SDO_ 263 263 247 SDO_ SDO_ 247 231 SDO_ 231 SDO_ SDO_ 215 215 GND SDO_ 199 SDO_ SDO_ SDO_ 199 183 183 SDO_ 167 SDO_ 167 SDO_ SDO_ 151 151 GND SDO_ SDO_ 135 135 SDO_ 119 SDO_ SDO_ 119 103 SDO_ SDO_ 103 87 SDO_ 87 GND SDO_ 63 SDO_ SDO_ SDO_ SDO_ SDO_ RSV 63 35 35 27 27 _DNC GND GND GND GND GND GND BG BGNC GND GND GND GND RSV _DNC SDO_ 283 SDO_ 283 SDO_ 267 SDO_ 267 SDO_ SDO_ SDO_ SDO_ 251 251 235 235 SDO_ SDO_ 219 219 GND SDO_ 203 SDO_ SDO_ SDO_ SDO_ 203 187 187 171 SDO_ SDO_ SDO_ SDO_ SDO_ 171 155 155 139 139 GND SDO_ 123 SDO_ 123 SDO_ SDO_ SDO_ SDO_ SDO_ 107 107 91 91 71 SDO_ 71 GND SDO_ 83 SDO_ 83 SDO_ SDO_ SDO_ SDO_ 15 15 3 3 VCC_ OUT2 GND GND GND GND NC BH NC NC GND GND RSV _DNC SDO_ 287 SDO_ 287 SDO_ 271 SDO_ 271 SDO_ 255 SDO_ 255 SDO_ 239 SDO_ 239 SDO_ 223 SDO_ 223 GND SDO_ 211 SDO_ 211 SDO_ 195 SDO_ 195 SDO_ 179 SDO_ SDO_ 179 159 SDO_ 159 SDO_ 147 SDO_ 147 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 131 131 115 115 99 99 75 75 GND SDO_ 55 SDO_ 55 SDO_ 47 SDO_ 47 SDO_ 51 SDO_ 51 SDO_ 7 SDO_ 7 DIGITAL _CL_SEL GND GND NC NC BH BJ BJNC NC NC GND MON1 MON1 SDO_ 275 SDO_ 275 SDO_ 259 SDO_ 259 SDO_ 243 SDO_ SDO_ 243 227 SDO_ 227 GND SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ SDO_ 207 207 191 191 175 175 163 163 143 143 GND SDO_ 127 SDO_ 127 SDO_ 111 SDO_ 111 SDO_ 95 SDO_ 95 SDO_ 79 SDO_ 79 GND SDO_ 59 SDO_ 59 SDO_ 39 SDO_ 39 SDO_ SDO_ 23 23 SDO_ 43 SDO_ SDO_ SDO_ 43 19 19 GND NC NC NC 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 Figure 1-1: GX3202 Ball Assignment Overview (Top View) GX3202 202 x 202 3.5Gb/s Crosspoint Data Sheet 56077 - 1 October 2012 5 of 49 Proprietary & Confidential 5 Page 2.3 DC Electrical Characteristics Table 2-3: DC Electrical Characteristics Parameter System Symbol Power P Power in Reset Mode Current - VCC_25_A P ICC_25_A Conditions Min Typ Max Units Note All channels active, VCC_IN[1,2] = VCC_OUT[1,2] = 1.2V±5%, ΔVOD = 200mV, ΔVSDI = 800mVppd, de-emphasis=6, without Pattern Generator/Checker, AC-coupled — 25 31.6 All channels active, VCC_IN[1,2] = VCC_OUT[1,2] = 1.2V±5%, ΔVOD = 400mV, ΔVSDI = 800mVppd, de-emphasis=6, without Pattern Generator/Checker, AC-coupled — 27.35 — All channels active, — 32.20 39.5 VCC_IN[1,2] = VCC_OUT[1,2] = 2.5V±5%, ΔVOD = 800mV, ΔVSDI = 800mVppd, de-emphasis=6, without Pattern Generator/Checker, AC-coupled All channels active, VCC_IN[1,2] = VCC_OUT[1,2] = 2.5V±5%, ΔVOD = 1200mV, ΔVSDI = 800mVppd, de-emphasis=6, without Pattern Generator/Checker, AC-coupled — 35.5 43.8 Pattern Generator/Checker — 1.86 — RESET = 0 — 0.5 — With de-emphasis, without Pattern Generator/Checker — 10 11.9 Without de-emphasis, without Pattern Generator/Checker — 9.5 — W W W W W W A A 1 1 1 1 — — — — GX3202 202 x 202 3.5Gb/s Crosspoint Data Sheet 56077 - 1 October 2012 11 of 49 Proprietary & Confidential 11 Page

Páginas	Total 30 Páginas
PDF Descargar	[ Datasheet GX3202.PDF ]

Hoja de datos destacado

Número de pieza	Descripción	Fabricantes
GX3202	202 x 202 3.5Gb/s Crosspoint Switch	Semtech

Número de pieza	Descripción	Fabricantes
SLA6805M	High Voltage 3 phase Motor Driver IC.	Sanken
SDC1742	12- and 14-Bit Hybrid Synchro / Resolver-to-Digital Converters.	Analog Devices

DataSheet.es es una pagina web que funciona como un repositorio de manuales o hoja de datos de muchos de los productos más populares,
permitiéndote verlos en linea o descargarlos en PDF.

DataSheet.es | 2020 | Privacy Policy | Contacto | Buscar