HV62208

Features: · HVCMOS® technology· 5V CMOS inputs· Up to 80V output voltage· PWM gray shade conversion· Capable of 256 levels of gray shading· Balanced shift clock complies with RS-422· 8MHz shift and count clock frequency· 16MHz data throughput rate· 8 bit data bus· 32 outputs per device· BLANK ...

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HV62208 Picture
SeekIC No. : 004367576 Detail

HV62208: Features: · HVCMOS® technology· 5V CMOS inputs· Up to 80V output voltage· PWM gray shade conversion· Capable of 256 levels of gray shading· Balanced shift clock complies with RS-422· 8MHz shift ...

floor Price/Ceiling Price

Part Number:
HV62208
Supply Ability:
5000

Price Break

  • Qty
  • 1~5000
  • Unit Price
  • Negotiable
  • Processing time
  • 15 Days
Total Cost: $ 0.00

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Upload time: 2024/4/27

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Product Details

Description



Features:

· HVCMOS® technology
· 5V CMOS inputs
· Up to 80V output voltage
· PWM gray shade conversion
· Capable of 256 levels of gray shading
· Balanced shift clock complies with RS-422
· 8MHz shift and count clock frequency
· 16MHz data throughput rate
· 8 bit data bus
· 32 outputs per device
· BLANK function



Pinout

  Connection Diagram


Specifications

Supply voltage, VDD                             -0.5V to +7.5V
Supply voltage, VPP                              -0.5V to +80V
Supply voltage, VNN                                   -15V to 0V
Logic input levels                           -0.5 to VDD + 0.5V
Continuous total power dissipation                     1.2W
Operating temperature range              -40 to +85
Storage temperature range              -65 to +150
Notes:
All voltages are referenced to GND. Maximum VPP to VNN voltage is 90V. For operation above 25°C ambient derate linearly to 85°C at 20mW/°C.



Description

The HV62208 is a 32-channel gray-shade column driver IC designed for driving electrofluorescent displays. Using Supertex's unique HVCMOS® technology, it is capable of 256 levels of gray shading by PWM conversion.

The shift clock of HV62208 is a balanced clock with electrical characteristics complying with EIA RS-422 standard. Input data, in groups of eight, is latched into a set of data latches on both edges of the shift clock. The data shifted in the first data latch corresponds to HVOUT1, the second data latch corresponds to HVOUT2, and so on. These data are compared to the contents of the master binary counter which counts on both edges of the count clock. Each time the master counter of HV62208 begins to decrement from 1111 1111, the data in the data latches are compared with the contents of the counter; if they match, the corresponding outputs will go high. The master counter counts down to 0000 0001 and then starts to count up again. The outputs that are at high will stay at high until the contents of the counter match the data in the data latches again. Therefore, the higher the binary data in the data latches of HV62208, the longer the outputs will stay at high. Thus, different high voltage pulse widths are produced. When the counter reaches its 1111 1111 count while counting up, the device is ready for the next operation cycle. A data value of 0000 0000 produces no pulse; the output stays low.

The BLANK input signal will reset the master counter of HV62208 to all ones (1111 1111) and set all high voltage outputs to low.




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