The LMC6008 octal buffer is designed specifically to buffer the multi-level voltages going to the inputs of the integrated circuits. The LMC6008 AC characteristics, including settling time, are specified for a capacitive load of 0.1 mF. The LMC6008 contains 4 high-speed buffers and 4 low-power buffers. The high-speed buffers can provide an output current of at least 250 mA (minimum), and the low-power buffers can provide at least 150 mA (minimum). By including the 2 types of buffers, the LMC6008 is able to provide this function while consuming a supply current of only 6.5 mA (maximum). The buffers are a rail-to-rail design, which typically swing to within 30 mV of either supply. The LMC6008 also contains a standby function which puts the buffer into a high-impedance mode. The supply current in the standby mode is a low 500 mA max. Also, a thermal limit circuit is included to protect the device from overload conditions.
The LMC6008 is an octal buffer integrated circuit designed to buffer multi-level voltages for inputs of other integrated circuits. It integrates four high-speed buffers and four low-power buffers within a single package, allowing it to drive capacitive loads up to 0.1 pF effectively.
The IC contains a total of eight buffers, split into four high-speed and four low-power types.
The maximum supply voltage is 16V.
The maximum supply current in standby mode is 500 pA.