MT88V32AP Mitel, MT88V32AP Datasheet
MT88V32AP
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MT88V32AP Summary of contents
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... VDD VEE VSS R/W I/O Control DATA Logic CS AY0-AY2 Figure 1 - Functional Block Diagram MT88V32 Preliminary Information ISSUE 1 August 1993 Ordering Information MT88V32AP 44 Pin PLCC -40° to 85° voltage references. This allows the user Yi Xi GND T-Switch Configuration ) and 3-51 ...
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MT88V32 * Connects toV EE Pin Description Pin #* Name GND Analog Ground. Connect to system ground for crosstalk noise isolation. Pins 3 and 39 8, 10, are not bonded internally. 12, 14, 16, 18, 20, ...
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Preliminary Information Functional Description The state of the MT88V32 switching matrix is updated through a simple parallel interface. This interface provides access to 32 two stage latches, which determines the state (open/ close) of each switching array ...
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MT88V32 AX1 AX0 AY2 ...
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Preliminary Information Wideband Input Buffers Figure 3 - High Frequency Switching Applications Figures 4, 5 and 6 show methods of interfacing the MT88V32 to Motorola and Intel microcontrollers. The address decoding for these configurations is in Table ...
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MT88V32 MC6800/ 6802/6809 VMA R/W Notes: for the MC6802 2 will be E. for the MC6809 2 will be E and VMA will be the OR’ed product of Q and E. Figure ...
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Preliminary Information 8031/8051 8085 (P0 (P0 (P2 ALE WR RD Figure 7 - Typical On-state Resistance (R AD0 5 74HCT574 ...
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MT88V32 Figure 8 - Single Channel Feedthrough (all crosspoints open) Figure 9 - Single Channel Crosstalk (one crosspoint closed) Figure 10 - All Channel Crosstalk (all crosspoints closed) 3-58 Preliminary Information ...
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Preliminary Information between this reference chrominance signal determines colour hue. 7) Differential Phase Error - (measured in degrees phase change in the chrominance signal due to a change in luminance amplitude. 8) Differential Gain Error - percentage) is ...
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MT88V32 Figure 12 - Typical Differential Phase vs. Ramp Voltage Figure 13 - Typical Differential Gain vs. Ramp Voltage 3-60 Preliminary Information ...
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Preliminary Information Absolute Maximum Ratings Parameter 1 Supply Voltage 2 Analog Input Voltage 3 Digital Input Voltage 4 Continuous Current (any analog I/O terminal) 5 Storage Temperature 6 Operating Temperature 7 Package Power Dissipation * Exceeding these values may cause ...
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MT88V32 DC Electrical Characteristics Voltages are with respect to V =5V, V =-7V Characteristics 1 Input logic "1" level 2 Input logic "0" level 3 Input leakage (digital pins) 4 Data output high voltage 5 Data output ...
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Preliminary Information AC Electrical Characteristics V =0V =50pF unlesss otherwise stated. Also applicable for Characteristics 1 DATA to STROBE1 setup 2 DATA to STROBE1 hold STROBE1 setup 4 CS ...
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MT88V32 css1 t STROBE1 t ass1 ADDRESS DATA t rwss1 R/W t s2s1 STROBE2 on SWITCH off STATUS t csov CS t rwov R/W t aov ADDRESS DATA High Z Note: STROBE1 is disabled when R/W is ...