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HV830 PDF预览

HV830

更新时间: 2024-11-05 14:53:43
品牌 Logo 应用领域
美国微芯 - MICROCHIP /
页数 文件大小 规格书
6页 781K
描述
HV830 is a high-voltage driver designed for driving EL lamps of up to 50nF. EL lamps greater than

HV830 数据手册

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Supertex inc.  
HV830  
High Voltage EL Lamp Driver IC  
Features  
General Description  
Processed with HVCMOS® technology  
2.0 to 9.5V operating supply voltage  
DC to AC conversion  
The Supertex HV830 is a high-voltage driver designed for  
driving EL lamps of up to 50nF. EL lamps greater than 50nF  
can be driven for applications not requiring high brightness.  
The input supply voltage range is from 2.0 to 9.5V. The device  
uses a single inductor and a minimum number of passive  
components. The nominal regulated output voltage that is  
applied to the EL lamp is ±100V. The chip can be enabled  
by connecting the resistors on the RSW-Osc and REL-Osc  
pins to the VDD pin, and disabled when connected to GND.  
200V peak-to-peak typical output voltage  
Large output load capability typically 50nF  
Permits the use of high-resistance elastomeric lamp  
components  
Adjustable output lamp frequency to control lamp  
color, lamp life, and power consumption  
Adjustable converter frequency to eliminate harmon-  
The HV830 has two internal oscillators, a switching MOSFET  
and a high-voltage EL lamp driver. The frequency of the  
switching converter MOSFET is set by an external resistor  
connected between the RSW-Osc and the VDD pins. The EL  
lamp driver frequency is set by an external resistor connected  
between the REL-Osc and the VDD pins. An external induc-  
tor is connected between the LX and VDD pins. A 0.01µF to  
0.1µF capacitor is connected between the CS pin and the  
GND. The ELlamp is connected between the VAand VB pins.  
ics and optimize power consumption  
Enable/disable function  
Low current draw under no load condition  
Very low standby current - 30nA typical  
Applications  
Handheld personal computers  
Electronic personal organizers  
GPS units  
The switching MOSFET charges the external inductor and  
discharges it into the CS capacitor. The voltage at CS will  
start to increase. Once the voltage at CS reaches a nominal  
value of 100V, the switching MOSFET is turned OFF to con-  
serve power. The output pins VA and VB are configured as  
an H-bridge and are switched in opposite states to achieve  
200V peak-to-peak across the EL lamp.  
Pagers  
Cellular phones  
Portable instrumentation  
Block Diagram  
LX  
CS  
VDD  
Switch  
Osc  
RSW-Osc  
Q
VA  
GND  
+
Q
C
_
Output  
Disable  
VREF  
Osc  
Q
Q
VB  
REL-Osc  
Doc. # DSFP-HV830  
E072913  
Supertex inc.  
www.supertex.com  

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