UT64BS1X433 Matrix-A Bus Switch
| Part Number | SMD Part Number | Flight Grade | Package | LET (MeV-cm^2/mg) | TID krad(Si) | Supply Voltage | Impedance |
|---|---|---|---|---|---|---|---|
| UT64BS1X433 | 5962-15242 | QML-Q, QML-V | 400-Lead CLGA400-Lead CCGA | ≤100 | 100 | +5V | 5Ω |
The UT64BS1X433 Matrix-A™ is a 64-Channel, 1:4 Bus Switch that provides bus isolation for up to four banks of 64 I/O connections.
By providing bus isolation, the UT64BS1X433 can significantly reduce the amount of load capacitance seen by a host processor and memory devices.
The reduction in both load capacitance and delay time significantly increase speed and performance compared to a discrete logic implementations or FPGA memory interface solution.
The UT62BS1X433 also provides logic to control up to eight discrete devices per bank and can interface to four, UT8R4M39, 160Mb SRAM performance memories with any Frontgrade LEON processor, without the need for additional logic, to reduce total overall solution cost.
Features:
64-Channel, 1:4 Bus Switch
+3.3V Single Power Supply
RON 5 Ohms Typical
Flat RON Characteristics over Channel Voltage
204ps Propagation Delay through Switch
Transmission Gate Technology Allows for True Bi-Directional Operation
Bus Holders Maintain Output States on All 64 Channels when Deselected
Independent 5-Bit Address Decoding to Select 1 of 32 Devices
Applications:
Microprocessor interfaces that require large amount of memory
High-speed applications or systems with large bus capacitance
Cost-sensitive applications that require bus isolation without an expensive
Operational Environment:
Temperature Range: -55°C to +125°C
Total Ionizing Dose: <300 krad (Si)
SEL Immune: ≤100 MeV-cm2/mg
Physical:
400-Pin CLGA, CBGA, CCGA
1mm Pitch
Power:
1mW/MHz
Flight Grade:
QML-Q, QML-V