TPCI270

One Slot Passive PMC Carrier

  • Cost effective solution to provide I/O in PCI environment
  • Flexible I/O (TEWS offers a wide range of I/O PMCs)
  • Supports one single-width 32 bit PMC
  • Provides access to the PMC front I/O
  • Optional provides rear I/O (P14) via VME P2 style connector
  • 33 MHz PCI frequency

Product status: Active

The TPCI270 is a standard 33 MHz, 32 bit PCI carrier for a single PMC Card. It provides PMC front I/O and PMC P14 rear I/O. This PMC to PCI adapter is used to build modular, flexible and cost effective I/O solutions with PMC devices in standard PCI systems.

The TPCI270 is used as a mechanical adapter to connect a PMC module into standard PCI bus based systems.

Operation with 3.3 V and 5.0 V PCI I/O signaling voltage guaranties compatibility with nearly all PC main boards.

The TPCI270-2xR provides a local 3.3 V Generation with a typical current limit of 2 A for PC mainboards that do not support 3.3 V as PCI supply voltage.

The TPCI270 offers standard PMC front I/O and PMC P14 rear I/O routed to a VME P2 style connector (603-2-IEC-C064-M).

Operating temperature range is -40°C to +85°C.

PCI Interface PCI 2.2 compliant interface, 33 MHz, 32 bit
PCI I/O Signaling Voltage 3.3V and 5V
PMC Slots 1
I/O Access Front panel I/O
P14 rear I/O routed to a VME P2 style connector (603-2-IEC-C064-M)
3.3 Volt Supply for PMC Module TPCI270-10: depends on host system
TPCI270-20: local 3.3V supply, typical current limit 2A
Power Requirements without PMC Module 10mA typical @ VI/O DC
Additional power is required by the PMC module
Temperature Range Operating -40°C to +85C
Storage -40°C to +85°C
MTBF 592000 h
Weight 95 g
Size 170 mm x 107 mm
Humidity 5-95 % non-condensing

PRODUCT VARIATIONS

TPCI270-10R

1 Slot Passive PMC Carrier

Passive PCI Carrier; 1 PMC Slot; 33 MHz/32 bit PCI bus; PMC front panel I/O; Rear I/O via VME P2 style connector

TPCI270-20R

1 Slot Passive PMC Carrier, on board generation of 3.3 V

Passive PCI Carrier; 1 PMC Slot; 33 MHz/32 bit PCI bus; PMC front panel I/O; Rear I/O via VME P2 style connector; onboard generation of 3.3 V

Data Sheet

Data Sheet - Issue 1.0.2

User Manual

User Manual - Issue 1.0.3