MC10H130FN

The MC10H130FN is a logic latch designed for use in control systems with multiple digital outputs, such as automotive and industrial applications. The device is typically used to latch digital output signals from devices such as microcontrollers, memory controllers or address decoders. The device has an active-low Reset input, an active-high Enable input and a Clock input for external timing control.

The MC10H130FN logic latch stores the state of one or more digital output pins during a power-up and reset cycle. Upon device power-up, the Reset input should be asserted low and the Enable input should be asserted high. This effectively sets the device into a reset state, where all output pins are inactive. To activate the latch, the Enable and Reset inputs are toggled high and low. This causes the values on the device’s input pins to be stored on the device’s output pins.

The latch operates using a simple three-step process. First, the Reset input is asserted low and the Enable input is asserted high. This causes the outputs of the MC10H130FN to default to whatever values are present on the inputs. Next, the Reset input is toggled high and the Enable input is toggled low, ensuring that the outputs maintain the values present on the inputs. Finally, the outputs of the device can be clocked by the Clock input, and the values on the output pins will remain until the Enable and Reset inputs are toggled again.

The MC10H130FN also has an active-low Busy output which is used to indicate when the device is busy processing data. When the Enable input is active and the Clock input is being used, the Busy output will be active low, which indicates that the device is actively storing data. When the Enable and Clock inputs are toggled again, the Busy output will return to an inactive state.

The MC10H130FN is a versatile, cost-effective device for latching digital output signals. The device can be used in a wide variety of applications, including automotive, industrial and security control systems. The device is also highly configurable, allowing for easy customization of the device’s functionality for specific applications.