The MC10186 is a device that contains six high-speed master-slave type D flip-flops. It has a common clock input, and data is entered into the master flip-flop when the clock is low. The transfer of data from the master to the slave flip-flops occurs on the positive-going clock transition. Therefore, outputs can only change on a positive-going clock transition. Due to the master-slave construction of this device, a change in the information present at the data input will not affect the output information at any other time. This circuit includes a common reset function that is only active when the clock is low.
The document describes the MC10186, a high-speed integrated circuit containing six master-slave type 'D' flip-flops with a common reset function. Data is entered into the master stage when the clock signal is low, and transfers to the slave output on a positive-going clock transition.
| Power Supply Drain Current (Typical) | 460 mW typ/pkg (No Load) |
|---|---|
| Toggle Frequency | 150 MHz (typ) |
| Rise Time / Fall Time | 2.0 ns typ (20%–80%) |
| Number of Flip-Flops | Six high-speed master slave type D flip-flops |
The common reset only functions when the clock signal is low.
Master to slave data transfer takes place on a positive-going Clock transition.
The typical maximum toggle frequency is 150 MHz.