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The AMC097 is a single module, compact size (mid-size and full-size options are available) AdvancedMCTM (AMC) 24-Channel Isolated Output board.

The outputs are divided into two categories. The isolated output voltage is used to drive 12 ports and another set of 12 ports is used to sink current.

Each output channel is independent and is processed separately, so activity on one channel has no effect on other channels. A key feature of the AMC097 is the capability to have multiple outputs change state with a single atomic-write transaction.

On the AMC097 the PODO is connected to the +28V Air Craft Voltage.

The AMC097 is a single module, compact size (mid-size and full-size options are available) AdvancedMCTM (AMC) 24-Channel Isolated Output board.

The outputs are divided into two categories. The isolated output voltage is used to drive 12 ports and another set of 12 ports is used to sink current.

Each output channel is independent and is processed separately, so activity on one channel has no effect on other channels. A key feature of the AMC097 is the capability to have multiple outputs change state with a single atomic-write transaction.

On the AMC097 the PODO is connected to the +28V Air Craft Voltage.

The AMC096 is a single module, compact size (mid-size and full- size options are available) AdvancedMCTM (AMC) 24-channel isolated digital input board. The AMC096 has twelve voltage source +5 to +66 V opto-isolated channels and twelve contact sense +5 to +66 V opto-isolated channels.

The digital inputs can be simultaneously used in more than one of several modes. For example, each input channel can be used to periodically read the current state of a contact closure, and to count the number of times that the closure was opened or closed over a period of time (de-bounce time).

Each input channel is independent and is processed separately, so activity on one channel has no effect on other channels. A change of state on one channel can be detected and stored while the de-bouncer is timing on another channel.