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Princeton Technology Corp |
VFD Driver/Controller • CMOS Technology • Low Power Consumption • Key Scanning (12 x 4 matrix) • Multiple Display Modes: (12 segments, 16 digits to 20 segments, 8 digits) • 8-Step Dimming Circuitry • LED Ports Provide (5 channels, 20mA max.) • 4- Bits General Purpose Inpu |
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Princeton Technology |
VFD Driver/Controller IC • • • • • • • • • • • CMOS Technology Low Power Consumption Key Scanning (6 x 4 matrix) Multiple Display Modes: (11 segments, 11 digits to 16 segments, 6 digits) 8-Step Dimming Circuitry LED Ports Provided (4 channels, 20 mA max.) 4- Bits General Pur |
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Princeton Technology Corp |
PICTURE CELL LCD DRIVER IC • CMOS Technology • Up to 32 Segment Output Drivers • Up to 3 Common Output Drivers • 1/3 Duty Display • 1/2 or 1/3 Bias can be selected for LCD Power Supply Applications • Multi-Media Portable Terminal • P.O.S. Terminal • ECR Terminal • Short Wave |
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Princeton Technology |
LED Controller • • • • • • • CMOS Technology Low Power Consumption Multiple Display Modes (10 segment, 7 Grid to 13 segment, 4 Grid) Key Scanning (10 x 2 Matrix) 8-Step Dimming Circuitry Serial Interface for Clock, Data Input, Data Output, Strobe Pins Available in |
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Princeton Technology Corp |
VFD Driver/Controller IC • CMOS Technology • 28 High Voltage Output Ports: 8 to 16 Digit Ports 8 to 16 Segment Ports • 17 All-Purpose I/O Ports • 9 LED Drive Capable Ports • Display Modes: 8 DGT x 8 SG to 16 DGT x 12 SG or up to 12 DGT x 16 SG • 32 Bytes Display Data • Key S |
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Princeton Technology Corp |
1/3 Duty General Purpose LCD Driver IC • Up to 156 Segments Outputs • 1/3 Duty - 1/2 Bias and 1/3 Duty - 1/3 Bias Drive Techniques • Power Saving Mode and all Segments OFF Function • Direct Display of Display Data without using a Decoder • RC Oscillation Circuit • Power Supply Voltage: 4. |
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Princeton Technology Corp |
LCD Driver IC • CMOS Technology • Supports Display Duties from 1/64 to 1/256 • Operating Supply Voltage: VDD (Logic Block): 5V + 10% VDD -VEE (LCD Block): 12 to 32 V • Operating Temperature: -20 to +75 oC • Supports Power Reduction in Large Scale Panel via a Chip |
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Princeton Technology Corp |
12 Bits Shift Register Latched Constant Current Driver IC • CMOS Technology • Serial I/O, Parallel Output Interface • Constant Current Output (adjustable by external resistor for 50mA max.) • Cascade Extension • Available in 20 - pin, SO Package APPLICATION • LED Panel Driver PT6956 v1.1 1 Updated Nov. |
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Princeton Technology Corp |
16 Bits Shift Register Latched Constant Current Driver IC • CMOS Technology • Serial I/O, Parallel Output Interface • Cascade Extension • Constant Current Output (adjustable by external resistor for 0 to 30mA) • Output-enabled Control (ENA, ENB) • Available in 28-pin, SO Package APPLICATION • LED Panel Dri |
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Princeton Technology Corp |
LED Driver IC • CMOS Technology • Low Power Consumption • Key Scanning (6 x 4 matrix) • 8-Step Dimming Circuitry • Serial Interface for Clock, Data Input, Data Output, Strobe Pins • Available in 28-pin, SO Package APPLICATION • Micro-computer Peripheral Device P |
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Princeton Technology Corp |
Output Expander • Low Power Consumption • N-Channel Open Drain Output: (Qx) • High Output Withstanding Voltage (12V): (Qx) • Serial Cascade • Operating Voltage Range: 3.0 to 5.5 V • Low Power Dissipation • High Driving Capability APPLICATIONS • Radio Cassette Player |
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Princeton Technology |
General Purpose LCD Driver ic Utilizing CMOS Technology Specially Designed For Electronic Tuners Controlled BY Microcontroller • • • • • • • • • CMOS Technology Up to 4 Common and 51 Segment Drivers Up to 204 LCD Segments Up to 12 General Purpose Output Ports 1/4 Duty – 1/2 Bias or 1/4 Duty – 1/3 Bias Drive Technique No Decoder Intervention Necessary to Display the Data Data |
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Princeton Technology |
Front Panel LED Control/Driver Power • IC front panel LED controller driver • Standby power management to the host • 5.0V (VDD) supply and 3.3V interface for the IC • IR remote control decoder (Philips, NEC, Thomson, Sony, Matsushita) • Multiple display modes ( 10 segments and 6 digits |
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Princeton Technology Corp |
VFD Driver/Controller IC r CMOS Technology r Low Power Consumption r Key Scanning (6 x 4 matrix) r Multiple Display Modes: (11 segments, 11 digits to 16 segments, 6 digits) r 8-Step Dimming Circuitry r LED Ports Provided (4 channels, 20 mA max.) r 4- Bits General Purpose Inp |
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Princeton Technology Corp |
VFD Driver/Controller IC • • • • • • • • • CMOS Technology Low Power Consumption Key Scanning (16 x 2 matrix) Multiple Display Modes: (16 segments, 12 digits to 24 segments, 4 digits) 8-Step Dimming Circuitry LED Ports Provided (4 channels, 20 mA max.) Serial Interface for C |
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Princeton Technology Corp |
VFD Driver/Controller IC • CMOS Technology • Internal Pull-Low Resistor • 4-Step Dimming Circuitry • 8 to 18 Segment Outputs • 7 to 10 Grid Outputs • Built-in Noise Filter in Serial Clock and Serial Input Pins with 2MHz sampling • 8-bit x 6 channels Analog |
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Princeton Technology Corp |
LCD Driver IC • Up to 126 Segments Outputs • Up to 4 General Purpose Output Ports • Key Input Function (up to 30 Keys) • 1/3 Duty - 1/2 Bias and 1/3 Duty - 1/3 Bias Drive Techniques • Sleep Mode and all Segments OFF Function • Direct Display of Display Data withou |
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Princeton Technology Corp |
LCD Driver IC • CMOS Technology • 64 Channel Outputs • Provides 64 Bits Shift Register in the Internal LCD Driver Circuit • Internal Timing Generator Circuit for Dynamic Display • Selectable Master/Slave Mode • Power Supply: + 5V + 10 % • LCD Driving Voltage: 8V t |
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Princeton Technology Corp |
LCD Driver IC the internal display RAM used as storage for the display data which are transferred from an 8-bit microcontroller. It generates the dot matrix liquid crystal driving signals corresponding to the given stored data. Paired with PT6607 (Common Driver IC |
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Princeton Technology Corp |
LCD Driver IC • CMOS Technology • 80 bits On-Chip Display Drive Circuit • 1/64 to 1/256 Display Duty may be selected • Supports Externally Supplied Bias Voltage • On-Chip 80-bit Bi-Directional Shift Register • Supports Single Mode (80-Bit Shift Register) Applicati |
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Desde 2024. D4U Semiconductor.
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