K4S561632J-UC75

The K4S561632J-UC75 is a low dropout three terminal fixed output regulator with minimum of 1A output current capability. This K4S561632J-UC75 is specifically designed to provide well regulated supply for low voltage IC applications as well as generating clock supply for the PC applications.

When the short-cut method of measuring linearity error does not prove sufficient, you can develop a high speed measurement circuit capable of testing all 2n code combinations. A simple schematic of this type of tester appears in Figure 2. The binary counter has n + 1 stages to provide a binary count from 0 to 2n C 1 and to reset the counters at the end of the count. The reference DAC and the x 10 error amplifier must have combined settling times to 1/10LSB of less than 10µs since the system clock must operate at 20kHz to have a flicker-free display. For a 12-bit converter, a complete cycle takes 50µs x 4,096 counts or approximately l00ms. The output of the nth counter stage also displays on the scope to indicate the midscale transition point, and offset and gain adjustment potentiometers are provided to zero the end points of the error display.

BIASOUT Current Limit Soft Start and Delay SS/DEL to FB Input Offset Voltage Charge Current Hiccup Discharge Current OC Discharge Current Charge/Discharge Current Ratio Charge Voltage Delay Comparator Threshold Delay Comparator Hysteresis Discharge Comparator Threshold Over-Current Comparator Input Offset Voltage Adjustable regulator output (Regulator #1) It is recommended to bypass to GND with at least 2.2uF. Size your output capacitor to meet the transient loading requirement. If you have a very dynamic load, a lower ESR capacitor will improve the response to these load steps. The write control byte, word address and the first data byte are transmitted to the 24LC04B/08B in the same way as in a byte write. But instead of generating a stop condition the master transmits up to 16 data bytes to the 24LC04B/08B which are temporarily stored in the on-chip page buffer and will be written into the memory after the master has transmitted a stop condition. After the receipt of each word, the four lower order address pointer bits are internally incremented by one. The higher order seven bits of the word address remains constant.