ZXLD1615 1601 boost converter for LCD OLED bias and DC DC supply Features Benefits Internal 30V NMOS switch Minimum external components True analog output voltage control Reduced flicker High efficiency 80 typical Longer battery life 2 5V to 5 5V supply range Compatible with Li Ion battery Low quiescent current Longer battery life TSOP23 5 and SC70 6 packages Minimum board area ZXLD1615 is pin compatible
ZXLD1350EV2 mm SEMICONDUCTORS ZXLD1350EV2 EVALUATION BOARD USER GUIDE DESCRIPTION The ZXLD1350EV2 Figure 1 is an evaluation board for evaluating the ZXLD1350 350mA LED driver with internal switch The evaluation board can be used to drive 1 2 or 3 one watt LEDs or an external choice of LEDs The number of external connected LEDs depends on the forward voltage of the LEDs connected A connector J1 is provided which is compatible with the modular evaluation system used b
ZXLD1350EV2 mm SEMICONDUCTORS ZXLD1350EV2 EVALUATION BOARD USER GUIDE DESCRIPTION The ZXLD1350EV2 Figure 1 is an evaluation board for evaluating the ZXLD1350 350mA LED driver with internal switch The evaluation board can be used to drive 1 2 or 3 one watt LEDs or an external choice of LEDs The number of external connected LEDs depends on the forward voltage of the LEDs connected A connector J1 is provided which is compatible with the modular evaluation system used b
ZXLD1362EV3 USER GUIDE DESCRIPTION The ZXLD1362EV3 Figure 1 is a PCB constructed using an aluminium base for evaluating the ZXLD1362 LED driver with internal switch 1 The evaluation board can be used to drive an external choice of LEDs the total forward voltage across the LEDs depending on the number and type connected The operating voltage is nominally higher than 30V for the external LEDs and can be raised to 60V maximum which will reduce the supply current Please refe
ZXLD1362EV3 USER GUIDE DESCRIPTION The ZXLD1362EV3 Figure 1 is a PCB constructed using an aluminium base for evaluating the ZXLD1362 LED driver with internal switch 1 The evaluation board can be used to drive an external choice of LEDs the total forward voltage across the LEDs depending on the number and type connected The operating voltage is nominally higher than 30V for the external LEDs and can be raised to 60V maximum which will reduce the supply current Please refe