Features: • 32 bidirectional CMOS T switches in an 8*4 non-blocking array• Break-before-make switching configuration• Fast setup & hold times for switch programming• 3dB bandwidth of 200MHz• Low feedthrough and crosstalk, better than -80dB at 5MHz• Very lo...
MT88V32: Features: • 32 bidirectional CMOS T switches in an 8*4 non-blocking array• Break-before-make switching configuration• Fast setup & hold times for switch programming• 3d...
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Parameter |
Symbol | Min | Max | Units | |
1 | Supply Voltage VDD to VSS VDD to VEE VSS to VEE GND to VSS |
-0.3 -0.3 -0.3 VEE -0.3 |
15 15 15 VDD+0.3 |
V V V V | |
2 | Analog Input Voltage | VIN | VEE-0.3 | VDD+0.3 | V |
3 | Digital Input Voltage | VIND | VEE-0.3 | VDD+0.3 | V |
4 | Continuous Current (any analog I/O terminal) | ±15 | mA | ||
5 | Storage Temperature | -65 | ±150 | °C | |
6 | Operating Temperature | -40 | +85 | °C | |
7 | Package Power Dissipation | 600 | mW |
The MT88V32 is a digitally programmable (TTL levels) 8×4 crosspoint switch that is designed to control wideband analog (video) signal.
Each of the 32 nodes of the switching matrix of MT88V32 has a Tswitch, see Fig.1. This grounds the nodes of all open connections, which greatly reduces feedthrough noise. In order to reduce crosstalk, individual analog signal lines are isolated by interleaving them with ground lines.
The two stage programmable latch system of MT88V32 allows the state of all switching nodes to be updated simultaneously. The next state of the switch is written into the first stage of the latches through individual write cycles. These changes will not affect the current state of the switch. The STROBE2 control input is used to load the state of all first stage latches to the second stage latches, which updates the complete matrix. Therefore, all 32 switching nodes of MT88V32 are updated simultaneously.
The MT88V32 supports separate analog (VEE) and digital (VDD) voltage references. This allows the user to select an optimum analog signal bias point.